CURRICULUM FOR ADVANCE DIPLOMA PROGRAMME IN · 2013-06-28 · CURRICULUM FOR ADVANCE DIPLOMA...

w. e. f Academic Year 2009-10 ‘Y’ Scheme

MSBTE - Final Copy Dt. 15/10/2010

CURRICULUM FOR

ADVANCE DIPLOMA PROGRAMME IN INDUSTRIAL SAFETY (IT)

Scheme - Y

DURATION: ONE YEAR PATTERN: FULL TIME - YEARLY

(To be implemented from the Academic Year 2009 – 2010)

[[[

MAHARASHTRA STATE BOARD OF TECHNICAL EDUCATION. MUMBAI (AUTONOMOUS)

ISO 9001-2008 Certified

49, Kherwadi, Aliyawer Jung Marg, Mumbai – 400 051


MSBTE - Final Copy Dt. 15/10/2010 1

MAHARASHTRA STATE BOARD OF TECHNICAL EDUCATION, MUMBAI

TEACHING AND EXAMINATION SCHEME

COURSE NAME : ADVANCE DIPLOMA IN INDUSTRIAL SAFETY

COURSE CODE : IT

DURATION OF COURSE: ONE YEAR WITH EFFECT FROM 2009 - 10

YEAR : FIRST DURATION : 32 WEEKS

PATTERN : FULL TIME - YEARLY SCHEME : Y

SR.

NO. SUBJECT TITLE

Abbrevi

ation

SUB

CODE

TEACHING

SCHEME EXAMINATION SCHEME

TH TU PR PAPER

HRS

TH (1) PR (4) OR (8) TW (9) SW

(16009) MAX MIN MAX MIN MAX MIN MAX MIN

1 Safety, Health and Environmental Management

SEM 13360 3 -- -- 3 100 50 -- -- -- -- -- --

100

2 Safety Engineering - I SEE 13361 3 -- 2 3 100 50 -- -- 50# 25 -- --

3 Safety Engineering - II SEG 13362 3 -- -- 3 100 50 -- -- -- -- -- --

4 Quality Control in Occupational Safety, Health and Environment

QCS 13363 3 -- -- 3 100 50 -- -- -- -- -- --

5 Safety, Health and Environmental Legislation

SEL 13364 3 -- -- 3 100 50 -- -- -- -- -- --

6 Industrial Hygiene and Occupational Health

IHH 13365 3 -- 2 3 100 50 -- -- 50# 25 -- --

7 Safety in Chemical Industry SCI 13366 3 -- -- 3 100 50 -- -- -- -- -- --

Elective Subject (Any One)

8 Safety in Engineering Industry SEI 13367 3 -- -- 3 100 50 -- -- -- -- -- --

8 Safety in Textile Industry STI 13368 3 -- -- 3 100 50 -- -- -- -- -- --

8 Safety in Docks SFD 13369 3 -- -- 3 100 50 -- -- -- -- -- --

8 Safety in Construction industry SFC 13370 3 -- -- 3 100 50 -- -- -- -- -- --

8 Advanced Safety Management and Engineering

ASF 13371 3 -- -- 3 100 50 -- -- -- -- -- --

8 Environmental Management EMN 13372 3 -- -- 3 100 50 -- -- -- -- -- --

8 Applied Ergonomics AER 13373 3 -- -- 3 100 50 -- -- -- -- -- --

9 Project PRO 13351 -- -- 4 -- -- -- -- -- 50# 25 50@ 25

Total 24 -- 08 -- 800 -- -- -- 150 -- 50 -- 100

STUDENT CONTACT HOURS PER WEEK (FORMAL TEACHING): 32 HRS.

THEORY & PRACTICAL PERIODS OF 60 MINUTES EACH. @ Internal Assessment, # External Assessment, Ø Common to All Conventional Diploma, #* Online Examination, No Theory Examination.

TOTAL MARKS : 1100 Abbreviations: TH-Theory, TU- Tutorial, PR-Practical, OR-Oral, TW- Termwork, SW- Sessional Work

� Conduct two class tests each of 25 marks for each theory subject. Sum of the total test marks of all subjects is to be converted out of 100 marks as sessional work (SW).

� Progressive evaluation is to be done by subject teacher as per the prevailing curriculum implementation and assessment norms. � Code number for TH, PR, OR and TW are to be given as suffix 1, 4, 8, 9 respectively to the subject code.



ADVANCED DIPLOMA PROGRAMME IN INDUSTRIAL SAFETY

1.0 INTRODUCTION

Education is an arrangement with objectives of learning and development. Curriculum development is scientific process. It is guided by the needs of the systems of users. The needs, expectations and aspirations of stakeholders/ clients in the technician education system must be reflected in the curriculum. All academic activities are to be followed as per the curriculum.

Design, development and implementation of the academic curriculum must be done with utmost care for its effect and effectiveness. The design, review or revision of curriculum should be based on scientific principles of theories of educational /technology. Since 1995-96 the process of curriculum development has been designed to make curriculum development on strong base of scientific principles backed by hard data and authentic information rather than course committee approach. There are four domains of development to execute process of curriculum development:

1. Personal development domain 2. Social development domain 3. Learning skills domain 4. Professional skills domain

1.1 ACTIONS :

1] To constitute a Core Group to provide necessary guidance to the process and professionals in

the area of Occupational Safety, Health and Environment (SHE). 2] To create a wider platform for involvement of the experts from industries and faculty

members, in the process of curriculum development and to be motivated through search conference and field experience.

3] To identify some polytechnics as Project Institutions and Associate institutes for conducting

workshop for necessary guidance on curriculum development and to execute process of curriculum development . The guidance is provided by Core Group Members.

4] To form Subject Groups from experienced faculty members, professionals and experts to take

responsibility to develop suitable curriculum to meet the latest development in the area of Safety, Health and Environment (SHE).

5] To establish The Project Office in MSBTE to coordinate all activities regarding curriculum

development and development of learning resources . The Project office has undertaken the following Curriculum Development

1.2 Projects at present :

1) Curriculum Development Project for Phase- I for 22 specialised Post / Advanced / Diploma

courses.

2) Curriculum Development Project for Conventional Courses in four groups viz.

• Civil Engg. Group

• Mechanical Engg. Group



• Electrical Engg. Group

• Electronics Engg. Group

3) Curriculum Development Project for five specialised courses through Industry Participation. 4) Curriculum Development Project for Generic Skills.

2.0 APPROACH TO DESIGN OF REVISED CURRICULUM :

The revised curriculum has been designed on scientific principles of curriculum development to meet the needs of the latest development in the specialised field of Safety, Health and Environment (SHE).This approach is firmed up with meeting with Management and other Experts in the field, examination of documents, reports etc., Visit to the field to confirm the data collected through Documents and Management. Interview with the Select Target Groups, Safety Officers, Management, Safety Committee Members, Enforcement Authorities and others. The steps of curriculum development are in following logical sequence

2.1 Conducting Search Conferences : 'Search Conference' is a process for collecting the relevant data from the industries /field persons, research studies, case studies, reports of accidents, ILO, WHO, EPA , UNO, other International Bodies. For the Search Conference, the Experts from Industries, Professional Institution, Enforcement Authorities and other Organisation are invited to share their experience for revising the present Curriculum. Preparation of questionnaire, field test of the questionnaire developed by Expert Committee. The data is collected as under: 1) By sending questionnaires to the Management, Safety, Health and Environment Professionals,

Associations, Institutions, Faculty Members, Experts in Industries, Govt. Bodies, Enforcement Authorities, Workers Representatives etc.

2) Through observations 3) By interviews 4) By study of International Documents, Reports and trade literatures etc. For Search Conference, Experts from industries and other organizations are invited to give their views on the curriculum . Search conference brings up needs of the different stakeholders and also gives the information about –

Attitude, Skill and Knowledge, Competence, Building etc. required to be possessed by the successful candidates.

- As the basis for curriculum modifications, information about emerging technologies in practice is

collected and also about technology which have become outdated is collected for deletions from the curriculum. The search conference gives details information about the attitude, skill and knowledge, competence etc. to be acquired by the successful candidates.



2.2 Describing Roles/ Responsibilities:

Advanced Diploma in Safety, Health and Environment (SHE) holders get opportunities to work in the Management Cadre in the industry positions to carry out jobs preferably in enhancement of quality of life and higher productivity through applied Research and Development as under : 1) Research & Development 2) Design 3) Organisation at Site 4) Production, Installation, Inspection 5) Quality Control & Quality Assurance 6) Maintenance of Instruments 7) Purchase and Store 8) Marketing and Sales 2.3 Analyzing the job :

The job analysis reveals the roles and responsibilities as well as Core Attitude Skills and Knowledge required to perform tasks and responsibilities. 2.4 Deriving objectives of curriculum , curriculum areas (subjects) and hierarchical order :

The curriculum objectives are decided according to the output to be designed. curriculum areas in subjects. and supporting subjects Basic in categories a) Human Science, b) Basic Science, c) Engineering Science, d) Core Technology and e) Technology Subjects.

2.5 Designing contents for each curriculum area

• A 'Block Diagram is drawn for each subject in curriculum. The block diagram gives relation with other subjects in the hierarchy and also connects its relationship to job profile and curriculum objectives.

• Objectives of the subjects.

• From the subject objectives 'Graphical Structure' ('Tree Diagram')of the subject, is derived which further connected into development. It is based on content analysis.

• The graphical structure the content outline of a subject is derived with chapters and chapter into topic outline.

• Content outline has two components 1) Theory (cognitive) components i.e. knowledge 2) Practical (behavioral ) i.e. skills

• After content outline i.e. Theory and Practical of each subjects, following terms are decided

1) Time required for theory and practice 2) Number of years 3) Total no. of contact hours required to teach the entire subject 4) Total no. of contact hours per year, as the case may be. 5) Total no. of lectures and practicals per week.

• It is necessary to ensure that contact hours/per week do not exceed 36.



After finalization of above details assessment scheme is designed, it has two compounds (a) continuous evaluation ( term-work and class-tests etc) and (b) Yearly examination.(Theory and practicals)

• Implementation strategies.

1) Learning resources material for students were prescribed such as- 2) Text-books 3) Monographs, handbooks, periodicals, articles, journals etc. 4) Data-books, manuals and relevant literature etc.

• The list of learning resources like print, non-print, books, equipment etc. required to teach the subject effectively and efficiently must be identified.

In all these activities, views of senior faculties regarding relevance of course contents and implementation strategies being presently followed were also elicited through curriculum analysis instruments. The data gathered was suitably analysed and curricula were revised accordingly, keeping their recommendations in mind.

2.6 A programme structure finalisation

Programme structure consisting of teaching and examination schemes for the One Year Diploma /Advanced Diploma in Industrial Safety, Health and Environment.

2.7 Curriculum Development Process Execution

3.0 AIMS OF THE ADVANCED DIPLOMA PROGRAMME IN INDUSTRIAL SAFETY: Modern life is dependent on things provided by Industry. The curriculum honours expectations of the Industry. The Industries employ the successful candidates in the Management Cadre in Safety,

Planning Meeting

Identification Project and associated Institutes

Conduct of Search conference, workshop for analysis of existing

Curriculum

Workshop of finalisation

of contents

Validation of curriculum draft

Implementation



Health and Environment at the level of Safety Professionals as required under the Environment Protection Act, enlisting Legislation. and other Acts in various capacities like Consultant, Expert Safety Auditor under the Statutes of the Government of India and Govt.of Maharashtra. supervisory/Inspector cadre, as management cadre which has respect in the society. The aims of this course are: 1) To induce life long learning knowledge skills, attitudes for social & personal development. 2) To provide trained Human Resource. 3) To provide leadership qualities. 4) To create awareness of “The Quality of Life Protection” through Safety, Health and

Environment. 5) To create awareness of hazards & operational hazards. 6) To assist in development of new methods & process of Safety ,Health and Environment skills

and analytical techniques. 7) To develop managerial abilities and analytical skills ,training, communicate with the community

and interaction with government and statutory authorities 8) To train the people concerned. Attempts have been made in this document to address to the expectations of the user system from the Safety Professionals. If implementation is in right earnest, it would pay much better dividends, it is hoped.

4.0 TYPES OF INDUSTRIES AND CAPACITY IN WHICH SUCCESSFUL CANDIDATES

HOLDER GET EMPLOYMENT

A) Wage Employment

Sr.

No. Types of industries organisation

Capacity (Designation) in which

employed

1.

Chemical, Petro-chemical, Engineering, Textile, Construction, Pharmaceutical, Food & Paint Industries in which Safety, Health & Environment (SHE) matters involving and activity is carried out for raw, intermediate and finished products, designs and processes including Transportation.

a) Safety officer b) Advisor / Consultant c) Expert d) SHE Department

B) Self Employment / Opportunities

Sr. No. Nature of Work Capacity



1.

To start own Consultancy / Advisory Services, Auditing of SHE and Co-ordinate with approval By and MSPCB (Maharashtra State Pollution Control Board ) DISH, MOE&Fto carry out Analysis as per the recommended Standards for various products and as well as for air,water and industrial effluents

Self – Employment Consultant Advisor

5.0 JOB FUNCTIONS OF THE INDUSTRIAL SAFETY DIPLOMA HOLDERS

Sr. No. Position of Employment Job function to be Performed

1. Safety Analyst

To carry out analysis of various Product samples such as pharmaceuticals food, oil petroleum products, paper – pulp, coal, water, industrial effluents, cosmetics etc.

2.

Senior Safety Analyst

To do all the job functions as stated in Sr. No. 1 as well as he/she has to supervise the methods employed are as per the I.S.I F.D.A.,G.M.P. etc. and also to see the routine functions of Instruments

3. Safety Officer Planning & Supervising the work of analysis carried out and also check the proper functioning of instruments.

4. Safety Manager Planning of Analysis to do overall surveillance of the SHE activity.

6.0 IDENTIFYING SUBJECT AREAS (MAIN SUBJECTS AND SUPPORTING SUBJECTS)

FROM CURRICULUM OBJECTIVES

FOLLOWING TABLE IS BASED ON THE OUTCOMES OF CURRICULUM ANALYSIS

AND SEARCH CONFERENCE

Sr.

No. Curriculum Objectives Main Subjects

Supporting subjects

1.

Personal development

related values / attitudes

• Values in - Safety, Health and Environment - Work commitment - Hard working - Honesty, Sincerity,

Faithfulness - Problem solving - Punctuality - Loyalty, Commitment, Devation

• Safety Management

• Quality control in safety

• Industrial Hygiene and Occupational Health

• Environment Management

• Thinking and analytical Skills



Sr.

No. Curriculum Objectives Main Subjects

Supporting subjects

2.

3.

4..

5.

- Independent study

Social development

related skills / values /

attitudes

- Social responsibility - Professional ethics - Concern for Safety, Health and Environmental conservation

Skills in

Communication

Life long learning skills

Professional skills

- To supernise the safe work conditions, work procedure etc.

- Safe operations of Processes

- Quality Control - Quality Assurance - Safety Management

System - Environmental

Management System

• Safety, Health and Environmental Legislation

• Advanced Safety Management and Engineering

• Environmental Management

• Applied Ergonomics

• Training, Promotional Activities

• Seminar

• Group Discussion

• Workshop

• In plant training

• Visits to Laboratories & industries

• Safety Management

• Safety Engineering – I

• Safety Engineering – II

• Quality Control in Safety

• Safety in Chemical Engineering

• Safety in Engineering Industry

• Safety in Textile Industry

• Safety in Construction Industry

• Safety in Docks

• Environment Management

Better compliance with statutory requirements under Factory Act etc.

� �

� �

• Principles of Management Skills

• Principles of standard management practices and systems



7.0 (A) CONTEXT IN THE FORM OF BLOCK DIAGRAM SHOWING

INTERRELATIONSHIP OF SUBJECT AREAS

HUMAN

SCIENCES

• Seminar

• Group Discussion

• Project

CORE

TECHNOLOGY

• Safety, Health & Environmental Mgt.

• Safety in other industry

• Quality control in occupational safety, health & environment

• Safety, Health & Environmental legislation

• Industrial Hygiene & Occupational Health

TECHNOLOGY

SUBJECTS

• Safety in Chemical Industry

• Safety in Engg. Industry

• Safety in Textile Industry

• Safety in Docks

• Adv. Safety Mgt. & Engg.

• Environmental Mgt.

• Applied Ergonomics

ENGINEERING SCIENCES

1. Safety in Engineering

2. Advance Safety Management and

Engineering

BASIC SCIENCES

Applied Chemistry Applied Physics Applied Mathematics

JOB PROFILE

1. Better compliance of OSHMS

2. Quality Control /Quality Assurance

3. Safety Officer 4. Safety

Consultant 5. Safety Advisor 6. Safety Expert 7. Member of

Society 8. Safety Auditor 9. Auditor –

Safety, Health & Environment

10. Life Long Learner

CURRICULUM

OBJECTIVES

Skill of Management of Safety, Health & Environment Technical Skills

- Identification - Detection - Analysis - Estimation - Quality Control - Fire fighting &

Safety - Preparation of

On-Site and Off-Site Emergency Management Plan etc.



7.0 (B) VERTICAL AND HORIZONTAL ORGANISATION CHART

Professional Skills Weightage

Operation of Various Fire fighting equipments

VE

Analysis of various Safety products

VE

Quality Control

VE

Safety, Health & Environmental Management

VE

Curricul-um area

Name of the Subject Area I

Year

Human Science

Seminar

Group Discussion

Project

Basic Science

Appl. Chemistry

Appl. Physics

Appl. Mathematics & Statistics

Engg. science *Safety Engineering

T 4 p 2

*Adv. Safety Management & Engineering

T 4

p -

Core techno-logy

* Safety, Health & Environmental Mgt.

T 4 P -

* Safety in other industry T 4 P -

* Quality control in occupational safety, health & environment

T 4

P -

* Safety, Health & Environmental legislation

T 4

P -

* Industrial Hygiene & Occupational Health

T 4

P 2 Techno-logy

*Safety in Chemical Industry

T 4

P -

*Safety in Engg. Industry T 4

P -

*Safety in Textile Industry T 4

P -

*Safety in Docks T 4 P -

*Adv. Safety Mgt. & Engg. T 4

P -

*Environmental Mgt. T 4

P -

*Applied Ergonomics T 4

P -

Attitudes Weigh-tage

Values in Health E

Work Commitment E Hard Working VE

Honesty VE Problem Solving E

Punctuality E Loyalty E

Independent Study D

Social skills Weigh-tage

Social Responsibility

VE

Professional Ethics

VE

Concern for Environmental & Ecological Balance

VE

ST

UD

EN

T W

ITH

RE

CO

GN

ISE

D D

EG

RE

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RS

EX

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NC

E. Curriculum Objectives

To next page

I NPUT

LEGEND * - Theory Examination T – Theory Period / Week P – Practical period / Week VE – Very Essential E – Essential D – Desirable



D E

D

Research And Dev.

Record Keeping

Testing and

Estimating

Medical Aid Centre

Safety Lab.

Water Storage with H.P. pumps

Safety Equipment

Fire Signal Alarm system

Traing. Dept.

Stores

PE

RS

ON

WIT

H A

DV

. D

IP.I

ND

. S

AF

ET

Y Q

UA

LIF

ICA

TIO

N. Q

UA

LIF

ICA

TIO

N

Structure of S.H.E. Dept. in any type of industry /

docks / construction unit.

Area of Technolo

gy

Sector of development

Urban/

Rural

So-cial

Econo-mical

Fire fighting

Technique

� � Urban / Rural

Industrial Hygine &

Safety � �

Urban / Rural

Safety Training

� � Urban

Research &

Development

- � Urban

Supporting Infrastructure

Contribute To the growth of

VE VE

VE

VE

7.0 C) ORGANOGRAM OF A TYPICAL PRODUCTION UNIT WITH S.H.E. DEPT.


MSBTE - Final Copy Dt. 15/10/2010 13360 IT1

12


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : SAFTY, HEALTH AND ENVRIOMENT MANAGEMENT

SUBJECT CODE : 13360

Teaching and Examination Scheme:

TEACHING SCHEME EXAM SCHEME & MAXIMUM MARKS

TH TU PR PAPER HRS.

TH PR OR TW TOTAL

3 -- -- 3 100 -- -- -- 100

NOTE:

� Two tests each of 25 marks to be conducted as per the schedule given by MSBTE.

� Total of tests marks for all theory subjects are to be converted out of 100 and to be

entered in mark sheet under the head Sessional Work. (SW)

RATIONALE:

To inculcate the Management Principles and Techniques for better practices of Safety, Health and Environment (SHE).



13

Learning Structure:

Application

Procedures

Principles

Concepts

Facts

DETAILED CONTENTS:

Chapter Contents Marks Hours

1

1.1 Introduction: Management and Management Principles and Types of Management

1.2 General principles of Management. Managerial Role, Authority, Responsibility and Power. Span of Management, Delegation and decentralisation of authority. 1.3 Safety, Health and Environment Management. (SHE). Occupational Safety, Health and Environmental Safety Management – Principles & practices

1.4 Role of Management in Industrial Safety.

10 08

To develop management skills and understand basic functioning of Safety, Health & Environment Management.

Organising, Directing & Monitoring for SHE

Compilation and Collation

Application of Standards

Development of Training Programme

Statutory Enactments

Analysis and Programming

Principles of Accident

Prevention

Training Methods and Strategy

Strategic Planning

Data Information System

Theories and Models of Accident Prevention

C.B.T. Competence

Building Techniques

Planning Management

Information

Accident, Injury, Unsafe Condition

Education and Training



14

1.5 Organisation Behaviaraion Human factors contributing to accident.

2

2.1 Planning for Safety : Planning : Definition, purpose, nature, scope and procedure. Range of planning, variety of plans. 2.2 Strategic planning and tools of implementation. Management by objectives and its role in Safety, Health and Management (SHE). Policy formulation and implementation.

10 08

3

3.1 Organising for Safety :

Organising: Definition, need, nature and principles. Organising for Safety, Health and Environment Organisation structure, functions and responsibilities. 3.2 Safety Committee : Structure and functions. 3.3 Line and Staff Functions for Safety, Health and Environment.

10 08

4

4.1 Directing for Safety :

Direction: Definition, process, principles and techniques, Leadership: Role, functions an attributes of a leader Communication: Purpose, process, types and channels Essential rules in communication, Two ways communication. Barriers in communication, essentials of effective communication. Communication and group-ynamics, Team building.

10 08

5

5.1 Monitoring for Safety, Health & Environment :

Occupational Safety, Health and Environment Management System, Bureau of Indian Standards on Safety and Health : 14489 –1998 and 15001- 2000, ILO and EPA Standards.

10 10

6

6.1 Principles of Accidents Prevention :

Definition: Incident, accident, injury, dangerous, occurrences, unsafe acts, unsafe conditions, hazards, error, oversight, mistakes etc. 6.2 Accident Prevention: Theories/Models of accident occurrences .Principles of accident Prevention. Accident and Financial implication.

10 10

7

7.1 Safety, Health and Environment (SHE)

Education and Training :

SHE : Element of training cycle, Assessment of needs. Techniques of training, design and development of training programs. Training methods and strategies types of training. Evaluation and review of training programs.

7.2 Competence Building Techinque (CBT), Concept for

training,safety as a on-line function. Role of Multi-Media, Communication, Applications of Computers. Relevance of

10 10



15

WTO regarding Safety, Health and Environment.

8

8.1 Employee Participation in Safety : Employee Participation :Purpose, areas of participation, methods. Role of trade union in Safety Health and Environment Protection. Safety Promotion and Safety Awards and Suggestion Schemes, Safety Competitions Safety Incentives Publicity Schemes, Audio Visual Publicity, other Promotional Methods.

10 10

9

9.1 Global warming and mitigation measures.

9.2 Human behavior :Individual differences, behavior as function of self and situation, perception of danger and acceptance of risk, knowledge, and responsibility vis-a-vis safety performance, theories of motivation and their application to safety, role of, supervisors and safety departments in motivation.

9.3 Conflict & Frustration :Identification of situations leading to

conflict and frustration and techniques of management.

10 12

10

10.1 Management information System : Sources of information on Safety, Health and Environment Protection. Compilation and collation of information, Analysis & use of modern methods of programming, storing and retrieval of MIS for Safety, Health and Environment. 10.2 QCC HS Computer Software Application and Limitations. 10.3 Status and future goals of computer utilization in Safety,

Health and Environment (SHE) Services in Industries.

10 12

TOTAL 100 96

Reference: Books:

Sr. No.

Author Title Publisher

1 ‘Packet Book of Labour Statistics’, 1979. Labour Bureau, Simla

2 Heinrich H.W ‘Industrial Accident Prevention’ Md Graw-Hill, 1959.

3 ‘ Health & Safety : Manufacturing and Service Industries, 1977.

Her Majesty’s Stationery Office

4 ‘Accident Facts’, 1977. National Safety Council, USA

5 IS : 3786 – 1968 ‘Method for computation of Frequency and Severity Rates for Industrial Injuries and Classification of Industrial Accidents’

Indian Standards Institution, New Delhi,–

6 , ‘Antiac’ (Lepburn, H.A.),

‘The Fundamental Causative Factors of an Industrial Accidents’, ‘

The British Journal Industrial Safety,



16

Vol. I, No. 13, 1950.

7 Eapburn, H.A ‘The Causation of an Industrial Accdient’ British Journal of Industrial Safety, Vol. 6, No. 63, 1963

8 Schulzinger M.S. ‘ ‘The Accident Syndrom’, Charles C. Thomas Co., Springfield, 111, 1956

9 Ghiselli, F.E., ‘The Myth of Accident Proneness’ the British Journal of Industrial Safety, Vol. 6, No. 71, 1963.


MSBTE - Final Copy Dt.15/10/2010 13361 IT1

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COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : SAFTY IN ENGINEERING -I




TH TU PR PAPER HRS.

TH PR OR TW TOTAL

3 -- 2 3 100 -- 50 -- 150

NOTE:




RATIONALE:

Acquire the Knowledge, Skill and Mechanism of functioning of machine, tools and safe use of the same.



18

Learning Structure:

Application

Procedures Principles

Concepts

Facts

DETAILED CONTENTS:


1

1.1 Machine Operation and Guarding :

Principles in machine guarding. Ergonomics of machine guarding. Type of guards, their design and selection. Guarding of different types of machinery including special precautions for wood working, paper, rubber and printing machinery, machine, tools etc. Built-in-safety devices, maintenance and repairs of guards, incidental safety devices and tools.

04 07

2

2.1 Safety in the use of Machines :

Safety in the use of 1) power presses (all types), 2) shearing, 3) bending, 4) rolling, 5) drawing, 6) turning, 7) boring, 8) milling,

08 07

Engineering Techniques being applied to use of machines and materials in safe manner.

Ergonomics of Machine Guarding

Proper Design and Procedure

Work Permit Application and Enforcement

Safe use of Tools and Gadgets etc.

Operation and Guarding

In-built Safety

Safety System

Centralised and Personal Tool Issue System

Preventive Maintenance

Safety

Prevention and Handling

Prevention and Control

of Accidents

Use of

Machines Working at different sites

Hazards

Handling of Materials



19

shaping, 9) planning broaching, planting, 10) grinding, 11) CNCS.

2.2 Need for selection and care of cutting tools. 2.3 Preventive maintenance, periodic checks for safe operation.

2.4 Associated hazards and their prevention.

3

3.1 Material Handling and Storage of Materials :

3.1.1 Manual : Kinetics of manual handling. Maximum loads that could be carried. Lifting and carrying of objects of different shapes, size and weight. Safe use of accessories for manual handling Storage of materials. Safety in stacking and unstacking, floor loading conditions. Layout condition for safety in storage, ergonomics of manual handling and storage.

3.1.2 Mechanical : Lifting machinery, lifts and hoists; safety aspects in design and construction, testing, use and care, signaling, inspection and maintenance. Safety in design and construction, operation, inspection and maintenance of industrial trucks, lifting tackles and loose gears, conveyors. Safety features, safe locations, testing, inspection and maintenance of lifting tackles,safe working load for all mechanical material handling equipment. The competent persons in relation to safety legislation - duties and responsibilities.

08 07

4

Working at Different Levels :

4.1 Working at Heights :

Incidence of accidents. Safety features associated with design, construction and use of stairways, ramps, working platforms, gangway, ladders of different types, scaffolds of different types including Boatswain's chair and safety harness working on roofs. Other safety requirements while working at heights.

08 07

4.2 Working in Confined Spaces : 04 06

4.3 Working Underground :

5

5.1 Hand Tools and Power Tools : Main causes of accidents, prevention and control of accidents. Centralised and personal tool issues System. Purchase, storage and supply of tools. Inspection, maintenance and repair of tools. Detectable causes of tool failures. Tempering, safe end in and dressing of certain tool. Safe use of various types of hand tools used for metal cutting,

04 07



20

wood cutting, miscellaneous cutting work, other hand tools such as torsion tools, shock tools, non-sparking tools. Portable power tools and their selection, inspection, maintenance, repair and safe use.

6

6.1 Plant Design and Housekeeping :

Plant layout, design and safe distance. Need for planning and follow-up. Safety and good house-keeping. Typical accidents due to poor housekeeping. Disposal of scrap and other trade wastes. Prevention of spillage. Marking of aisles space and other locations. Use of colour as an aid for good housekeeping. Housekeeping contest. Cleaning methods. Employee assignment. Inspections and check-lists. Benefits of good housekeeping. Role of preventive maintenance in safety and health. Importance of standards and codes of practice for plant and equipment.

08 07

7

PRACTICE

7.1 Industrial Lighting & Illumination :

Purpose of lighting. Benefits of good illumination. Phenomenon of lighting and safety. Lighting and the work. Sources and types of artificial lighting. Principles of good illumination. Recommended optimum standards of illumination. Design of lighting installation. Maintenance. Standards relating to lighting and color.

08 07

Measurement of illumination Photometer level

8

PRACTICE

8.1 Ventilation and Heat Stress : Purpose of ventilation. Physiology of heat regulation. Thermal environment and its measurement. Thermal comfort. Indices of heat stress. Thermal limits for comfort, efficiency and freedom from health risk. Natural ventilation. Mechanical ventilation. Air conditioning. Control of heat exposures at source, dilution and local ventilation. Recommended values for air changes required for various areas as per Factories Act, 1948 and National Standards. IS:3103-1975-Code of practice for Industrial Ventilation, National Building Code Part VIII, Building Services. 08 07

Measurement of Ventilation

(a) Measurement of thermal (i) Dry Bulb Temperature (ii) Wet Bulb Temperature (b)Determination of relative humidity and effective corrective effective.

1) Aspirator Hygrometer Parameters. 2) Kata-Thermometer 3) Globe-Thermometer



21

9

PRACTICE

9.1 Noise and Vibration :

Continues and impulse noise. The effect of noise on man. Measurement and evaluation of noise. Noise isolation. Noise absorption techniques, silencers. Practical aspects of control of noise.

08 07 Noise Level Measurement. (a) Measurement of Sound pressure level in dbA and db linear. (b) Frequency analysis of noise.

1) Sound Level Meter 2) Octave filter set

10

10.1 Electrical Hazards 14.1.1 Hazards of electrical energy. Safe limits of amperages, voltages. Safe distance from lines. Capacity and protection of conductor. Joints and connections. Means of cutting off power. Overload and short circuit protection. No load protection. Earth fault protection. Earth insulation and continuity tests. Earthing Standards. Protection against sure and voltage fluctuation. 14.1.2 Hazards arising out of 'borrowed' neutrals. Others precautions. Types of protection for electrical equipment in hazardous atmosphere. Electrical area classification. Criteria in their selection, installation, maintains and use.

08 07

11

11.1 Static Electricity : Introduction, Electro-Static charging – where charging can occur contact electrification. Electro Static dischargers (sparks) . Electro Static hazards and their control. Earthing and bonding. Recommended earthling resistance for control of electricity.

08 07

12

12.1 Lightning Arrestors :

Definition, lightning splash, lightning strokes, lightning protection systems. Characterisation of health effects of lightening stroke (electrical effects, side flashers, thermal effects, mechanical effects. Function of lightning. Where lightning protection is required – System design, material of construction, component of a lightning arrestors, earth terminal / network.

08 07

13

13.1 Safety Check list for buying new machinery for the plant

08

07

TOTAL 100 96



22

Reference: Books:

Sr.

No. Author Title Publisher

1 -- Safety code for Scaffolds and Ladders, (Part II) – Ladders

IS : 3696 , (Part II) - 1966

2 -- Safety in Construction Work : Scaffolding H.M.S.O London, 1977.

3 -- 1979 Glossary of terms relating to wire ropes IS 2363

4 -- 1977 Steel wire ropes for general engineering purposes

IS 2266

5 -- 1964 Wire rope slings and sling legs IS 2762

6 -- 1977 Steel wire suspension ropes for lifts, elevators and hoists.

IS 2365

7 -- 1967 Code of practice for the selection, installation and maintenance of wire ropes

IS 3973

8 -- Accident Prevention Manual for Industrial Operations

National Safety Council444, North Michigan Avenue, Chicago, I 11 – 60611

.



23


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : SAFTY IN ENGINEERING -II




TH TU PR PAPER HRS.

TH PR OR TW TOTAL

03 -- -- 03 100 -- -- -- 100

NOTE:




RATIONALE:

The subject paper is based for various industries for which National classification is considered

to be based for selection of new industries. Since no. of industries under classification is very large,

the scope is limited to only certain industries.



24

Learning Structure:

Application

Procedures

Principles

Concepts

Facts

DETAILED CONTENTS The industries have been selected keeping in view of degree of risk frequency and severity of accidents caused in the specific industries and the safety, health & environment measures to be taken


1

1.1 Agro-Industry / Sugar Industry. 1.2 Harvesting and activities related to harvesting, such as preparation of crop by cleaning, triming, grading, drying, decorticating, retting, cooling or bulk packaging. Includes cotton picking.

10 10

2

2.1 Manufacture of Basic Metals : Ferrous and

Non Ferrous

2.2 Metallurgy : Foundary, Steel Plant. 2.3 Hazards in the Process of melting (furnaces) casting,

forging, working on hot rolling and cold rolling, N. D. Test

10

08

Engineering Techniques being applied to use of machines and materials in safe manner.

Ergonomics of Machine Guarding

Proper Design and Procedure

Work Permit Application and Enforcement

Safe use of Tools and Gadgets etc.

Operation and Guarding

In-built Safety

Safety System

Centralised and Personal Tool Issue System

Preventive Maintenance

Safety

Prevention and Handling

Prevention and Control of

Accidents

Use of Machines

Working at different sites

Hazards

Handling of

Materials



25

& heat treatment

3

3.1 Automobile Manufacturing activity like pattern making, melting, moulding, machining, forging, chipping, grinding, heat treatment N. D. Test, Pollution control measures.

10

10

4

4.1 Textile Industry : 4.2 Introduction to Textile process involving cotton, jute and man made fibre. Significant hazards and preventive measures.

10 10

5

5.1 Construction Industry :

5.2 Basic philosophy peculiarities and parameters governing the safety in construction such as site planning and layout, safe access, good housekeeping, safety in the use of construction machinery, signs and indication liaison for safety with local authorities,structural soundness accident and hazards their causes and effects.

10

08

6

6.1 (IT Industry)

6.2 Manufacture of Computers, Radio, Television and communication Equipment and Apparatus 6.2.1 Manufacture of electronic valves and tubes

and other Electro-Magnetic Devices. 6.3 Safety in semiconductor industry.

10

10

7

7.1 Safety in docks

7.2 Handling of cargo 7.3 Container operation 7.4 Lifting appliance 7.5 Responsibility of different agency for safety, health & environment involved in dock work.

10

10

8

8.1 Safety in Boilers 8.2 Safety precautions and operations of boilers 8.3 Different type of boilers 8.4 Preservations of boilers when not in use 8.5 Steam pressure, Pressure gauge. 8.6 Treatment of feed water etc.

10

08

9

9.1 Environment protection 9.2 Principles & practices for prevention and control of air

pollution, water pollution, solid and hazardous waste management.

9.3 Cleaner technologies.

10

10

10

10.1 Work Permit Application, Adoption and Enforcement : 04 06

11

11.1 Welding, Gas Cutting 11.2 Precautions in welding, gas cutting, brazing, soldering, and

other operations.

06

06

TOTAL 100 96



26

Reference:

Books

Sr.


1 -- The Chain Testers’ Handbook Chain Jesters Association of Great Britain, 430 Barking Road, London E 13 BHG.

2 -- Rigging Manual

Construction Safety Association of Ontario, 74 Victoria Street, Toronto, Ontaric, Cananda, M 5C 2A5.

3 W.E. Rossnagel Handbook of Rigging for Construction and Industrial Operations

McGraw- Hill Book Co., 1221, Avenue of the Americans, New York, N.Y. 10020

4 N.C. Weston Report No. 67 (1945) Great Britain Medical Research Council Industrial Heath Research Board,.

5 H.R Blackwoll

: Illumination Engineering Vol. 54, P-317-353, 1959.

--

6 V R & B.K.S : Ind. J. of Tech. Vol. 2 No. 3, P. 102-106, 1964

--

7 V.R & B.K.S Forthlight roofs Ind. J. of Tech. Vol. 3. No. 3, Pg. 72-74, 1965

8 Arsult Procoadings of C.I.B. Deylight Technial Committee, 1953.

--

9 TIIum . ng. Society Technical Report No.2, London – 1951.

--

10 -- Rigging Manual

Construction Safety Association of Ontario, 74 Victoria Street, Toronto, Ontaric, ananda, M 5C 2A5

11 W.E. Rossnagel Handbook of Rigging for Construction and Industrial Operations

McGraw- Hill Book Co., 1221, Avenue of the

Americans, New York, N.Y. 10020.



27


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : QUALITY CONTROL IN OCCUPATION SAFTY, HEALTH AND

ENVRIOMENT




TH TU PR PAPER HRS.

TH PR OR TW TOTAL

04 -- -- 03 100 -- -- -- 100

NOTE:




RATIONALE:

To equip the student with skills and techniques for prevention and control of risks and hazards

and mitigation of the same in efficient manner.



28

Learning Structure: Application

Procedures

Principles

Concepts

Facts

DETAILED CONTENTS:


1

1.1 Plant and Equipment : Safety Appraisal &

Control Techniques. 1.2 Plant Safety Rules and Procedure, Safe Operating Systems, Safety Check List, Plant Safety Inspection. Safety Sampling. Safety Surveys. Jobs Safety Analysis. Safety Inventory system. Product Safety. Safety tag system. Total Loss Control & Prevention.

14 18

Effective Quality Control to prevent and control of Accidents and Losses.

Quantitative and Qualitative H & R analysis FMEA, MORT

Identification of key factors immediate and basic causes

Compliance with Acts & Rules

Check List, Tag System, Loss Control and Prevention

Hazard and Risk. Identification Techniques

Rules of SHE

Principle of Minimisation of injuries, frequency of accidents

Analysis and Investigation

Identification of Risk

Corrective Action

Reportable and Non –Reportable Fatal and Non-

Fatal Accidents

Sampling Survey and Rules

Risk Appraisal and Control

Measurement and Evaluation

Safety



29

2

2.1 Hazard and Risk Identification Techniques. 2.2 Hazard and Risk Analysis : Quantitative and Qualitative : Failure, Mode and Effect Analysis (FMEA) & Maximum Credible Accident Analysis (MCAA). Fault Tree Analysis, event tree analysis. Example of each. HAZAN, HAZOP, Managerial Oversight Review Technique (MORT), Incident Recall Technique. Critical Incident Review Technique

safety integrity levels (SIL) etc.

16 13

3

3.1 Accident and Incident Investigation :

Reporting and Analysis 3.1.1 Accident and Incident Investigation :

Philosophy, purpose, process and types of investigations. Identifying the key factors and

the immediate and basic causes. Corrective Action. Agencies investigating accident. Accident reporting : Report forms, writing reports, essential elements.

3.1.2 Accident and Incident Analysis : Standard classification of factors associated with accident. Methods of collating and tabulating

data. Record keeping.

14 13

4

4.1 Measurement & Evalution of Performance. 4.2 Definition of Accident, Reportable, Non- Reportable, Fatal, Non-Fatal. 4.3 Near miss accident. Lost time accident. Disabling injury. Accidents reportable under the Factories Act and ESI Act. Frequency Rate, Severity Rate, Incidence Rate, Frequency Severity Index, Safety Score . 4.4 Temporary Disablement and Permanent Disablement Partial and Total Disablement. Time Charges scheduled in Workmen's Compensation Act 1928 and the National and International Standards.

14 13

5

5.1 Major Accident Hazards (MAH) Control System 5.2 Major Accident Control : Definition, Major Accident Hazards, Identification and Assessment of MAH Units. Role of Govt., Role of Management, Local Authorities and Public.

14 13

6

6.1 Preparation and Assessment of Safety Audit. 6.2 Report as BIS 14489 : 1998, Safety Report,

Standards, ILO Code of Practice for Major Accident Control.

14 13

7 7.1 Major Accident Control System : Local , State, National and International 14 13

TOTAL 100 96



30

Reference:

Books

Sr.

No. Title Publisher

1 Accident Prevention Manual for Ind. Operations. Vol. II

2 National Building Code of India – 1970 – Chapters IV & VIII

3 Code of Practice : Safe guarding of Machinery BS 5504:1975

British Standards Institution

4 Indian Standard is under printing DOC:EDC 11 (3218)

5 Accident Prevention Manual National Safety Council, C , USA

6 1979 Glossary of terms relating to wire ropes IS 2363

7 1977 Steel wire ropes for general engineering purposes

IS 2266

8 1964 Wire rope slings and sling legs IS 2762

9 1977 Steel wire suspension ropes for lifts, elevators and hoists

IS 2365

10 1967 Code of practice for the selection, installation and maintenance of wire ropes

IS 3973

11 Accident Prevention Manual for Industrial Operations

National Safety Council, 444, North Michigan Avenue, Chicago, I 11 – 60611.



31


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : SAFTY, HEALTH AND ENVRIOMENTAL LEGISLATION




TH TU PR PAPER HRS.

TH PR OR TW TOTAL

04 -- -- 03 100 -- -- -- 100

NOTE:




RATIONALE:

To acquaint the student with National and International Acts, Rules, Conventions pertaining to

Safety, Health and Environment.



32

Learning Structure:

Application

Procedures

Principles

Concepts

Facts

DETAILED CONTENTS:

Chapter Content Marks Hours

1

1.1 ILO Convention and Recommendation

concerning Occupational Health & Safety

1.2 Relevant Conventions and Recommendation of ILO in the furtherance of Safety, Health and Environment (SHE). SHE a human right issue. Trade Policy affecting OHS.

20 16

Year Convention

Recommendation

Effective compliance of SHE Legislation at work and prevention of injury, accident and danger to Health and Property and Environment.

Compliance with the Status and Interaction

Awareness and

Education

National and International

Deliberation

Education, Training System Changes and Quality Control

Acts and Rules of Legislative

Act and Rules of ESI, Public Liability, Insurance, Workmen’s Compensation

ILO, WHO, UNEP, UNDP, EPA, WTO

ISO BIS IS : Codes of SHE

Prevention and Control of Injury

and Accidents

Accountability Safety, Health and

Environment

Minimum National Standards

Acts Social Security Convention

Standards



33

1981 155-OHS 164-OHS 1985 161-OHS 171-OHS 1988 167-Safety & Health 175-Safety & in construction Health in construction 1990 170-Chemicals 177-Chemicals 1993 174-Prevention of 181- Prevention of

major industrial major industrial accidents accidents

2

2.1 The Factories Act, 1948 (Amended) and Rules :

2.1.1 Factories Act. Provisions under the Act and Rules made there-under with Amendments Case Laws under the Factories Act.

20 20

3

3.1 Social Security – Legislations :

3.1.1 Workmen's Compensation Act and Rules. 3.1.2 ESI Act and Rules. Contract Labour (Abolition and Regulation) Act. 3.1.3 Public Liability Insurance Act. 3.1.4 Social Accountability 8000 SA-8000.

20 20

4

4.1 Safety, Health and Environment (SHE)

related Important Legislation :

Salient feature : 4.1.1 Sections pertaining to SHE. 4.2 Indian Boilers Act, 1923 with allied Regulations,1961. Indian Electricity Act, 2003 and Rules, Indian Explosives Act,1984 and Rules. Petroleum Act and Rules. Gas Cylinders Rules. Calcium Carbide Rules. The Insecticides Act and Rules. 4.3 Radiation Protection Rules. Hazardous Material Transportation Rules. 4.4 Static and Mobile (Unfired) Pressure Vessel Rules,1981 as amended in 2000. 4.5 The Dock Workers (Safety, Health & Welfare) Act 1996 and Rules and Regulations. 4.6 The Building and other Construction Workers (Regulation of Employment and Conditions of Service) Act, 1996. 4.7 The Building and other Construction Workers (Regulation of Employment and Conditions of Service) Central Rules, 1998. 4.8 The Building and other Construction Worker’s Welfare Cess Act, 1996 Cess Rules, 1998.

20 20



34

5

5.1 Environment Protection Legislations :

5.2 Water (Prevention & Control of Pollution) Act 1974 and Rules. Air (Prevention and Control of Pollution) Act 1981 and1982 and Rules. Motor Vehicles Act, 1988 as amended in 2000, The Central Motor Vehicles Rules, 1989 as amended in 2000, The Maharashtra Motor Vehicles Rules, 1989 and Transport of Hazardous Goods Rules. 5.3 Environment Protection Act 1986 (Amended) and Rules. MSIHC Rules. Noise Pollution Act, 1998, Bio-Medical Waste, Hazardous Waste Management Rules. 5.3 Chemical accidents (Emergency preparedness, planning and response) Rule 1986.

20 20

TOTAL 100 96

Reference:

Books

Sr.


1 Peterson, D Techniques of Safety Management McGraw Hill, P.

2 -- American Society of Safety Engineers Journal, April 1971, P. 16-20

--

3 -- American Society of Safety Engineers Journal, April 1972, P. 26-29

--

4 -- American Society of Safety Engineers Journal, July 1973, P. 8-10

--

5 -- American Society of Safety Engineers Journal, March 1974, P. 34-38

--

6 -- Safety Practices pamphlet no. 68 National Safety Council, Chicago

7 -- ICI Engineering codes and regulations, Group B, Vol. 1.4,

The Royal Society for the Prevention of Accidents, London

8 Larry M.Soring Pressure Vessels for Industry McGraw Hill Book Co. Inc. New York



35


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : INDUSTRIAL HYGIENE AND OCCUPATIONAL HEALTH




TH TU PR PAPER HRS.

TH PR OR TW TOTAL

04 -- 02 03 100 -- 50 -- 150

NOTE:




RATIONALE:

Acquire knowledge of interaction of Man and Machine to maintain Hygiene and Health while working to prevent exposure to dangers.



36

GRAPHICAL STRUCTURE OF THE SUBJECT AREA - Application

Procedures

Principles

Concepts

Facts

Designing proper work station based on ergonomics and hygiene and protect health while working.

Sampling and Analysis Assessment

of Work Capacity

Training and Maintenance of PPE

Monitoring and Evaluation Health Management Services

Work Environment Monitoring

Physiology of Human Being

Selection of

PPE

Biology of Disease and Diagnostic Method, Acts.

hold limits of affection for human being

Workstation and its design Protection from

injuries and accident and

health affection

Disease

Hygience

and Health

Ergonomics Personal Protective Equipment (PPE)

Occupational Disease



37

DETAILED CONTENT:

SECTION – I


1

Practice

1.1 Industrial Hygiene.

1.2 Definition of Industrial Hygiene, Industrial Hygiene : Control Methods, Substitution, Changing the

process, isolation, wet method, local exhaust ventilation, personal hygiene, housekeeping and maintenance, waste disposal, special control measures.

1.3 Introduction to chemical hazards, dangerous properties of chemical, dust, gases, fumes, mist, vapours, smoke and aerosols.

1.4 Route of entry to human system, recognition, evaluation and control of basic hazards, concepts of dose response relationship, bio-chemical action of toxic substances.

1.5 Concept of threshold, limit values, air sampling strategies, personal exposure monitoring.

1.6 Work environment monitoring biological sampling & analysis.

16

18

Name of the Experiment Equipment/Glass Wares to be

used

1) Demonstration and Calibration of Art Sampling Equipment

Personal Sampler. High x Volume Sampler. Instan- taneous Gas Delegator. Midget Impinger Tubes. Rotameter. WetGas Brow Meter.Spectrophotometer. Automic Absorption Spectrometer. Gas Liquid Chromatograph. Phase Contrast Microscope.

2) Sampling and Estimation of Gases in Work Environ-ment by Colorimetry (a) Oxides of Nitrogen (b) Sulpur Dioxide (c) Ammonia (d) Chorine

Personnal, Sampler. All Glass Bubbler. Rotameter. Spectrumpotometer,Drager Demonstaration.

-do - do - - do -



38

3) Sampling and Estimation of Solvent vapours in work environment. Benzene-Sampling by Activities Charcoal and Analysis by Gas Liquid Chromotograph CS2 Sampling by Asphiratory Bottle Analysis by Colorimetric Method.

Low flow Personnal Sampler. Rotameter. Activities Charcoal Tubes Gas Liquid Chromatograph. Aspirator Bottle. All glass Impenger tubes.

4) Sampling and Analysis of. Mercury

Personnal Sampler. All glass Impinger Tubes Rota-meter. Mercury Analyser.

5) Sampling and Estimation of Dust-Gravi-Metric Method.

Personnal Sampler. Rotameter. Bottle Holders, Electronic Balance.

6) Personnal Protective Equipment

Respiratory and Non-respiratory demonstration of testing facilities.

2

2.1 Personal Protective Equipment : 2.1.1 Need for personal protection equipment, selection, applicable standards, supply, use, care & maintenance respiratory and non-respiratory personal protective equipment. 2.1.2 Non-respiratory personal protective devices : Head protection, Ear protection. Face and Eye protection. Hand protection, Foot protection, body protection. 2.1.3 Respiratory personal protective devices : Classification of hazards. Classification of respiratory personal protective devices. Selection of respiratory personal protective devices 2.1.4 Instructions and training in the use, maintenance and care of self containing breathing apparatus. Training in the use of breathing apparatus (open circuits and close unit).

2.2 Testing Procedures and Standards.

12 12

3

3.1 Occupational Health :

3.2 Definition : As per WHO.

12 06



39

4

4.1 Common Occupational Disease :

4.1.1 Occupations involving risk of contracting these disease - mode of causation of the diseases and its effects - diagnostic methods. 4.1.2 Biological monitoring - Method of prevention Compensation for occupational diseases.

4.1.3Evaluation of injuries 4.1.4 Occupational Health Management Services at

the work place. 4.1.5List of notifiable diseases Schedule III of Factories Act - 1948.

12 12

5

5.1 Occupational Health Hazards :

3.1.1 Adverse health effects of noise, vibration, cold, heat

stress, improper illumination, thermal radiation, lonising and non-lonising radiations. 5.2 Permissible threshold exposure limits - short term and long term effects of exposures – Preventive and control measures.

12 12

6

Practice

4.1 Common Occupational Diseases as per the Schedule III of the Factories Act. 4.2 Pre-employment, periodic medical examination of workers. Medical surveillance for control of occupational diseases and health records. 4.3 Fundamentals of First-Aid-Burns, Fractures, Suffocation, Toxic Ingestion - Bleeding Wounds and Bandaging, Artificial Respiratory, Techniques. OCCUPATIONAL HEALTH :

1. Lung Function Test on Medspirator. 2. Ear Testing on Audiometer & Demonstration of various

models of Audiometer, Bakery Audiometer, BA-3, Arphi. 3. Study of Notificable Diseases by use of models. 4. Study of various models of lungs. (Sections of lungs). 1. Demonstration of medical laboratory equipment such as

tetanus. Vision tester, blood analyser, electrocardiography etc. 2. Explanation on the charts of Industrial Noise. Notificable

diseases. Physical Health Hazards. Chemical Health Hazards. Industrial Dermatosis. Prevention and Control.

7. Explanation of various notifiable occupational diseases with photographic models. 8. Explanation on the charts of control of noise in industry, noise levels in some industries And permissible

level of exposure to noise in Industry.

12 12



40

7

Practice

7.1 Physiology and Ergonomics at Work :

5.1.1 Physiology of respiration, cardiac cycle, muscle contraction,

nerve conduction system etc. Assessment of Workload based on Human Physiological reactions. Permissible limits of load for manual lifting and carrying. Criteria for fixation limits.

5.1.2 Working posture : Its effect on cardio-vascular and musculo-skeletal system and implications on health. Nutrition and its importance in manual work. Nutritional requirements and nutritional of diet.

5.1.3 Assessment of Work Capacity Fatigue and Rest Allowances. Physiological Test for Assessment of Occupational Health. Nutrition : Nutritional requirements and the Diets for Exercise,Work and Physical Fitness.

5.1.4 Aerobic work capacity (physical work capacity), methods of its determination ( use of bicycle,

ergometer, treadmill, step-stool ergometer). Factors affecting aerobic capacity and work performance.

5.1.5 Environmental Physiology. 12

12

1) Evaluation of Environment Stress (Heat)

Thermal Kit Containing i) Sling Psychrometer ii) Kata Thermometer (of different range) Iii) Globe Thermometer (OC to OC) Iv) Stop-watch v) AirVelo-Charts Psychrometric Chart.

vi) ET/CET Chart.

2) Physical Fitness test (PFI Test)

i) Step Test Stool. (HT 46 CM) ii) Metronome. iii) Stop-Watches-2 Nos.

3. Respiratory Physiology for evaluation of Pulmonary function impairment.

i) Spirameter, Peak Flow Meter

4 .Anthropometry Practical Measurements of a few body. dimension, its treatment and application

i) Anthropometer ii) Calipers iii) Skin Fold Caliper iv)Weighing Machine

8

8.1 Introduction to Ergonomics, Definition,

Aims and Scope, Man-machine (Job), Environment System, Constituents of Ergonomics, Application of Ergonomics in industry for Safety, Health and Environment.

6.1.2 Ergonomics of Automation / Assembly, Visual Fatigue,

12 12



41

Ergonomics of Rehabilitation while assigning alternate jobs. Anthrapometry and fundamental of bio-mechanics : Basic and applied aspects : Anthropometric measurements and their usefulness in industry.

6.1.3 Ergonomic Design of Work Station : Concept of workstation and its design. Improving safety and productivity through work station design. Technical and Engineering control measures. Economics consideration.

TOTAL 100 96

Reference:

Books

Sr.


1 -- C.I.S. Information S ……….. “Ergonomics of Ma……………………” (ILO)

--

2 -- “Heath & Safety At Work” Booklets Department of Employment and Productivity, U.K

3 -- Model Code of Safety Regulation for Industrial Establishments (ILO)

--

4 -- Encyclopaedia of Occupational Health and Safety (ILO)

--

5 -- Accident Prevention Manual for Industrial Operations

National Safety Council, 444, North Michigan Avenue, Chicago, I 11 – 60611.

6 -- The Chain Testers’ Handbook

the Chain Jesters Association of Great Britain430 Barking Road, London E 13 BHG

7 Cotes J.E Lung function assessment and application in Medicine

3rd Edn. Blackwell Scientific Publications 1969 P.g. 385 to 387

8 Morris J.P. Spirometric Standards for normal

males and females,.

Am. Rev. Resp. Dis. 1971, 03, 57

9 Kamath S.R. et all Predictor equation for Lung function

in Indians

Jr. Ass. Phys. Ind. Vol. 25, Aug. 1977

10 Horvath P.E Proper Training, Techniques Vital to

pulmonary testing Pg. 23-27.

11 S.F.Cleary (Ed.), Biological effects and

health,implications of microwave radiation.

US HEW Report BRH (DBE2-70), Rockville, 1971

12 S.F.Cleary

Uncortainties in the evaluation of the biological effects of microwave and r-f radiations, 387-404, 1973

HIth. Phys. 25,



42

13 -- a Physical investigation of heat production in human tissues when exposed to microwaves.

Brit. J. Apply. Phys. 3 1-,6, 1952

14 P.Czerski et. all (Eds.),

Biological effects and health hazards of microwave radiation. .

Polish Medical Publ. Warsaw 1974

15 R.P.Delahaye,.

Biological and Medical problems raised by the use of radar ultrashort waves.

Radioprotection, Dunod, 12, 199-216, 1977



43


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : SAFETY IN CHEMICAL & PETROCHEMICAL INDUSTRY




TH TU PR PAPER HRS.

TH PR OR TW TOTAL

04 -- -- 03 100 -- -- -- 100

NOTE:




RATIONALE:

Study the nature and functions of chemicals, chemical process, receiving, storing and handling

of chemicals and understand Safety, Health and Environment Systems to be followed for sustainable

development.



44

GRAPHICAL STRUCTURE OF THE SUBJECT AREA - Application

Procedures Principles

Concepts

Facts

DETAILED CONTENTS:


1

1.1 U.N Classification of Hazardous materials. 1.1.1 Safety in chemical industry, 1.1.2 Criteria for sitting and layout of Chemical and

Petrochemical Plants 1.1.3 Plant Area classification.

1.1.4 Instrumentation for safe plant operations.

12 10

2

2.1 Hazard in Unit Processes and Unit Operations, 2.1.1 Control, precautions and prevention, specific safety

measures for certain chemical industry like fertiliser, insecticide, pesticides-choler-alkali, explosives, polymer plants.

2.1.2 Sampling technique for toxic and flammables, pharmaceuticals, petro-chemical etc.

12 10

Prevention and Control of Fire, Explosion, Toxic Gas Leak and imminent danger to

Health, Community, Property and Environment.

Start up and shut down

procedure

Use of MSDS by Training and

Education

Prevention and Minimisation of Risks,

Hazards

Use of UN Clarification, Colour Codes

Properties of Chemicals

Standards

Rules and Acts for Storage, Handling and

Transportation

Criteria for siting, layout and principles of Instrumentation

Compatibility of

Chemicals

Information

Safety, Protection of Health and

Environment

Safe Operations

Chemicals

MSDS

Receive, Store, Handle and Transport

Siting and Layout of Plants



45

3

3.1 Precautions in the process and operations involving

explosives, flammables, toxic substances, dusts, gases, vapour cloud formations and combating.

04 06

4

4.1 Receiving, Storing and Handling of chemicals. 4.2 Chemicals Compatibility Considerations.

04 05

5

5.1 Transportation of Hazardous material .l 5.2 Safety Precautions for transporting hazardous / toxic /

flammable /explosive/ radioactive substances by all modes.

06 06

6

6.1 Transfer of chemicals by pipelines within and outside

installations,above and under ground and submarines.

04 04

7

7.1 Colour coding identification of contents. 7.2 Safety Precautions for working on pipelines, safe entry procedures to confined spaces including reaction vessels. 7.3 Safe procedure of start up and shut down procedures. 7.4 Safety in preventive and emergency maintenance operations.

12 06

8 8.1 Use of Material Safety Data Sheets. 02 03

9

9.1 Work permit system. Confined space, hot work, working at height.

04 10

10

10.1 Fire & Explosion :

10.1.1 *Chemistry of fire, Factors contributing towards fire, Classification of fires. Common causes of industrial fires.

10.2 Determination of fire load.. Design of building plant, exists, etc. for fire safety and Fire resistance of building materials.

10.3 Prevention of fire. Portable extinguishers. Hydrant system, sprinkler system, introduction to. Carbon-di-oxide systems. Foam extinguisher system. Dry chemical Extinguishing systems Halon replacement of fire fighting products.

10.4 Fire detection and alarms system. 10.5 Special safety precautionary measures for control of fire and

explosion in handling / processing flammable liquids, gases, vapors, mists and dusts etc. BLEVE (Boiling liquids expanding vapor Explosion , Vapor Cloud Explosion) including pesticides.

10.6 Fire emergency action plan. Deflagration and detonation.

20 10



46

11

11.1 Salient features of fire explosion and toxicity index,

Dow, dispersion, Probability analysis, modeling. 11.2 Pressure vessels fired and unfired, codes of practices governing their safety.

06 06

12 12.1 Assessment of reliability of vessels, test checks.

04 04

13

13.1 Inspection techniques for plants, reaction vessels, check list for routine inspection, checklist for specific maintenance and break down.

06 10

14 14.1 Corrosion and erosion, location, causes inspection and prevention

04 06

TOTAL 100 96



47


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : SAFTY IN ENGINEERING INDUSTRY




TH TU PR PAPER HRS.

TH PR OR TW TOTAL

4 -- --- 3 100 -- -- -- 100

NOTE:




RATONALE:

This subject deals with the engineering industries as the safety aspects are very much important

because in this industry there are various hot working operations are involved viz. Foundry, forging,

hot rolling and heat treatment etc. as well as cold working. There is a need of preventive maintenance,

periods check for safe operation.



48

DETAILED CONTENTS:


1

1.1 Introduction : 1.1.1 Introduction to various hot and cold processes in Engineering industry including manufacture of various grades of steel.

20 20

2

2.1 Hot Working

2.1.1 Foundry operation : Flow sheet for foundry operation including use of different types of furnaces in each of the operation. Health hazards and safe methods of operation. Die casting. Fettling operations, Short blasting, sand blasting etc.

2.2 Forging Operation :

Hazards in forging operations. Preventive maintenance of forging machines. Safework practices in forging operations. Safety in the use, handling and storage of dies. Safety on die changing.

2.3 Hot Rolling Mills Operation : Hazards in hot rolling operations and their control measures, safety in hot rolling mills.

20 20

3

3.1 Cold Working :

3.2 Safety in the use of 1) power presses (all types) 2) shearing, 3) bending, 4) rolling, 5) drawing, 6) turning, 7) drilling, 8) boring, 9) milling, shaping 10) planning broaching, 11) grinding, 12) Computerized Numerically Controlled Systems. Need for selection and care of cutting tools. Preventive maintenance, periodic checks for safe operation. Associated hazards and their prevention. 3.3 Safety in the machine tools.

20 20

4

4.1 Other Operations :

4.2 Safety precaution in 1) Welding 2) Cutting 3) Brazing, 4) Soldering and Metalising and Chiseling, Blasting Operations. Safety in selection,

care and maintenance of the associated equipment and instruments. Safety in finishing operation like

a) cleaning b) polishing and c) buffing and their c) related hazards. Safety in maintenance and use of these

machines.

20 20

5

5.1 Heat Treatment : 5.1.1 Hazards in various heat treatment operations. Control and Prevention.

20 16

TOTAL 100 96



49

Reference:

Books

Sr.


1 -- Forging Safety Manual (Chapter on Heat Treatment

National Safety Council, U.S.A.

2 H.I.Sax Hand Book of Dangerous Materials Reinhold Publishing Corporation, M.Y.U.S.A.

3 Raymond A. Higgins

Engineering Metallurgy The English Language Book Society, London

4 -- National Fire Codes, Vol. I National Fire Protection Association, Boston, Massachusetts, U.S.A



50


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : SAFTY IN TEXTILE INDUSTRY




TH TU PR PAPER HRS.

TH PR OR TW SW

04 -- -- 03 100 -- -- -- 50

NOTE:




RATONALE:

Textile industry generally deals with spinning machineries of various types, and the process of

spinning is carried out on various types of fiber material. Even hazardous chemicals are also used for

processing of fabrics. Thus safety aspects are of paramount importance.

DETAILED CONTENT:


1

1.1 Introduction of Process Flow Charts of i) Short Staple Spinning, ii) Long staple spinning, iii) Viscose Rayon and Synthetic Fiber, Manufacture, iv) Spun and Filament Yarn to Fabric anufacture, v) Jute Spinning and Jute Fabric Manufacture. Types

of Accident guarding of machinery and safety precautions in opening, carding, combing, drawing, flyer frames and ring frames, doubles, rotor spinning, winding, warping, softening/spinning inter-link industry.

25 24



51

2 2.1 Risk and Hazards in Sizing Processing and

Looms :

25 24

3

3.1 Hazards of Chemicals :

3.2 Safety precautions in chemical processes like bleaching dyeing, printing and effluents in textile / jute processes.

25 24

4

4.1 Occupational Health : 4.2 Health Hazards in Textile Industry due to dust, humidity, heat, vibration and noise hazard etc., prevention and control measures, Occupational diseases as per the Legislation, Personal Protective Equipments,

25 24

TOTAL 100 96



52


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : SAFTY IN DOCKS




TH TU PR PAPER HRS.

TH PR OR TW TOTAL

04 -- -- 03 100 -- -- -- 100

NOTE:




RATIONALE:

This subject deals with the ILO conventions and recommendation and also under various

provisions under the different National statutes relating to safety, health and welfare those working in

docks and carrying out the work of boarding and alighting of heavy material from ships. This process

involves the use of various cranes, fork lifters, lifting trucks, loaders and other allied machinery where

any mistake in handling may cause danger human life i.e. workers.

DETAILED CONTTNTE – SUBJECT 1.10


1

1.1 History of Safety Legislation : 1.2 Various ILO Conventions and recommendations relating

to safety, health and welfare of dock workers.

08 07

2

2.1 Dock Safety Statutes in India : 2.2 History of Dock Safety Statues in India, background of present Dock Safety Statutes Dock Workers (Safety Health & Welfare) Act, 1986 and the Rules and Regulations framed there under. Other Statutes like Marking of Heavy Packages Act, 1951 and the Rules framed thereunder, Manufacture, Storage and Import of Hazardous Chemicals Rules, 1989 framed under the Environment (Protection) Act, 1989. Few

08 12



53

case laws to interpret the terms used in the dock safety statutes.

3

3.1 Responsibility of different agencies for safety, health

and welfare involved in dock work :

3.1.1 Responsibilities of port authorities, Dock Labour Board, Owner of ship, Master and agent of ship, owner of Lifting appliances and loose gear etc. employers of dock workers like stevedores, clearing and forwarding agents, competent persons and dock worker.

08 07

4

4.1 Working on board the ship :

4.2 Types of cargo ships, working on board ships, safety in handling of hatch beams, hatch covers including its marking. Mechanical operated hatch covers of different types and its safety features, safety in chipping and painting operations on board ships, safe means of accesses, safety in storage etc., Illumination of decks and in holds and other working

places various hazards of working inside the hole of the ship and on decks, and safety precautions needed, safety in use of transport equipment, with internal combustible engines like fork-lift trucks, pay-loaders etc. in the holds.

08 07

5

5.1 Lifting Appliances : 5.2 Different types of lifting appliances, its construction, maintenance and use, various methods of rigging of derricks, testing, examination and certification of lifting appliances

06 07

6

6.1 Loose Gears, Ropes and Chains : 6.2 Use and Care of synthetic and natural fibre rope wire rope chains, different types of slings and loose gears. Methods of testing examination and certification of hooks, shackles, blocks, container spreaders, magnetic lifting devices grabs, wire rope and chains.

6.3 Testing establishments : Details of facilities, approval, duties and responsibilities of competent persons.

08 07

7

7.1 Handling of Cargo:

7.1.1 Handling of different types of cargo, stacking and unstacking both on board the ship and on shore, loading and unloading of cargo from ship to shore and vice versa, restriction on loading and unloading operations, covered under regulations and port by-laws, modern methods of handling bulk cargo, like mechanical handling plants, pneumatic suction methods, continuous loaders, etc., handling, storage and transportation of dangerous goods, IMO's classification of dangerous goods, identification, labelling and packaging of dangerous goods, introduction to IMDG Coads, IMO's recommendations relating workers by water.

08 07

8 8.1 Major Accident Hazards Control in parts : 06 07



54

8.2 Occupiers responsibilities, inspection of hazardous installations in ports, like isolated storages and pipelines. Preparation of on-site emergency plan and safety report, Conduction of mock drills.

9

9.1 Container Operations : International Convention for Safe Containers (CSC) including procedure for testing, examination and inspection of containers.

9.2 Safety in handling, storage and transportation of

containers inside the port, safety in freight container terminals, inland container, depots, safety in stuffing and destuffing of containers, safe use of special lift trucks inside containers, examination and inspection of containers, carriage of dangerous goods in containers and maintenance and certification of containers for safe operation.

08 07

10

10.1 Transport Equipment : 10.1.1 Safety in the use of the different types of equipment for transporting containers and safety in their use, safety in the use of self loading container vehicles like container side lifter, fork lift truck, pay loaders etc., Safety in dock railways, conveyors and ports.

08 07

11 11.1 Investigation of Accident and dangerous occurrences and

their system of investigation and classification. Few case studies of accidents and dangerous occurrences.

08 07

12

12.1 Health and Welfare : 12.2 Occupational diseases, personal protective equipment,

health and welfare measures, first-aid facilities and other appropriate measures, hospitals, medical examination of dock workers, clinics, special precautions for specific work environment, canteen facilities.

08 07

13

13.1 General : 13.2 Forums for promoting safety and health in ports – Safety

Committees and Advisory Committees. Their functions, training of dock workers, responsible persons, authorised person etc. Emergency Action Plants for fire and explosions, collapse of lifting appliances and buildings, sheds etc., Gas leakages and precautions concerning spillage of dangerous goods etc.

08 07

TOTAL 100 96



55


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : SAFTY CONSTRUCTION INDUSTRY




TH TU PR PAPER HRS.

TH PR OR TW TOTAL

04 -- -- 03 100 -- -- -- 100

NOTE:




RATIONALE:

This subject deals with the scope of safety in construction operation as well as in the

demolition operations. It also deals with importance of safety with regards to storage, stocking and

handling of materials of construction.



56

DETAILED CONTTNTE:


1

1.1 Meaning and Scope of Safety in Construction : 1.2 Basic philosophy peculiarities and parameters governing the safety in construction such as site planning and layout, safe access, good housekeeping. 1.3 Safety in the use of construction machinery. 1.4 Seismic structural soundness. Structural safety, accident

and hazards their causes and effects.

14 10

2

2.1 Safety in Construction Operations : (a) Underground Works : Excavation, drilling and blasting

prematic, trenching, shorting porklain type of shoring, strutting, tunnelling, piling and Safety in using and operating machinery and equipment relating to the above works. Foundations : Plant & Machinery and Structure

(b) Above Ground Works : Scaffolding, shuttering / form work,ladders, concrete, cofferdams and special operation connected with irrigation work. Safety in use and portion of related machinery and equipments. Safety on working on fragile roof. Working at Hights.

(c) Underwater portions : Well sinking, caissons underwater concreting, cofferdams and special operations connected with irrigation work. Safety in use of machinery and equipments related to underwater portions.

(d) Movement of Construction Machinery : Heavy/Long Items. Earth Movers equipments Railway wagons, motor trucks, Materials Vehicles etc., Hazardous Materials, Material handling equipments.

(e) Special Works : High rise buildings, bridges and tunnels, roads, railways, asphalting, pneumatic caissons, electrical installations and lifts.

(f) Safety in Prevention and Protection at Work Site including the collapsing of the structure.

(g) Safety in use of explosives : Open cost machinery, quarrying. Project Management and Constructions in

Safety : Introduction,Manpower utilisation, utilisation of material, equipment and tools. Temporary installation and structures.

16 16

3

3.1 Safety in Demolition Operations : 3.2 Planning and Permit. 3.3 Planning the sequence of demolition. 3.4 Safety Precautions to be taken for and during demolition carrying out repairs, additions and

alterations.

14 10



57

4

4.1 Safety with regard to storage, stocking and

handling of Materials of Construction : 4.2 Health hazards while handling construction material

and chemicals; safety measures with respect to handling of materials such as cement, limes, aggregates, flyash, timber, steel, glass, paints, varnishes, petroleum products chemicals used in construction, plastics & PVC material etc.

12 12

5

5.1 Accident Prevention : 5.2 Occupational Health Hazards, Occupational diseases relating to construction work. Safety in the use and maintenance of personal protective equipment specific to construction industry, health and welfare measures, emergency medical treatment of injuries and rehabilitation at construction site.

10 12

6

6.1 Statutory Obligations : 6.2 Regulation of employment and condition of work in construction. 6.3 Construction Safety Laws, IS AND NB Codes, Local Building and Development Laws, Accident Investigation and reporting, structure stability and precautions to be taken.

10 12

6

6.1 Statutory Obligations : 6.2 Regulation of employment and condition of work in construction. 6.3 Construction Safety Laws, IS AND NB Codes, Local Building and Development Laws, Accident Investigation and reporting, structure stability and precautions to be taken. 6.4 The Building and other Construction Workers (Regulation of Employment and Conditions of Service) Central Rules, 1998. 6.5 The Building and other Construction Worker’s Welfare Cess Act, 1996 Cess Rules, 1998.

14 12

7

7.1 Special precautions for works of Engineering construction like distilling / fractionating columns, chimney, silos-oil and gas installations, transmission/ communication lines, cable car installations, air fields.

10 12

TOTAL 100 96



58


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : ADVANCED SAFTY MANAGEMENT AND ENGINEERING

TECHNIQUES




TH TU PR PAPER HRS.

TH PR OR TW TOTAL

04 -- -- 03 100 -- -- -- 100

NOTE:




RATIONALE:

In this subject the safety considerations or in other words necessity of safety management in

various aspects of engineering processes are covered. It deals with an importance of safety in process

design, pressure system design, control system design, liquid and gas discharge, transportation as well

as in environment.

DETAILED CONTENT:


1

1.1 Process Design :

1.2 The Components involved in design process. 1.3 General considerations of design Emergency shutdown. 1.4 Operating conditions.

08 07

2

2.1 Pressure System Design : 2.2 Pressure System Components, 2.3 Fundamentals of pressure vessels design. 2.4 Standards & Codes. 2.5 Over pressure protection. 2.6 Pressure relief and blow down. 2.7 Basic requirements of protection and their practical application Flare Systems.

08 07



59

3

3.1 Control System Design : 3.2 Process and Control System Characteristics. 3.3 Instrument systems for safety and safety features of instruments.

06 07

4

4.1 Principles of Reliability Engineering : 4.1.1 Principles of Reliability Engineering 4.2 Application of Reliability 4.3 Engineering, Concepts of critical equipments and devices.

08 07

5

5.1 Risk

5.2 Acceptable Risk 5.3 Individual and Average Risk 5.4 Computation of Risk. 5.5 Risk Assessment Techniques detailed and quick. 5.6 Engg. Feasibility 5.7 Area classification Safety Integrity Levels (SIL).

12 09

6

6.1 Emission and Dispersion 6.2 Liquid discharge 6.3 Gas discharge 6.4 Vapour- liquid discharge

06 06

7

7.1 Plant Siting : 7.1.1 Sitting Criteria and its evaluation,

7.2 Separation, distance, relevant, statute requirements. 04 06

8

8.1 Bulk Storages : 8.2 General considerations 8.3 Types of storages, layout of storages with specific reference to LPG, Chlorines, Ammonia, EO, Oleum, Sulphur Tri…….

06 06

9

9.1 Plant Inspection :

NDT-testing, significance and limitations. Radiography Ultra-sonics, Magnetic Particle Methods, Eddy-Current Method, Die Penetration test strain Measurement.

06 06

10 10.1 Major Industrial Disasters Case Studies. 06 07

11

11.1 Transport Safety : 11.1.1 Safety in Transport.

11.2 Emergency Planning in the transport of hazardous chemicals.

08 07

12 12.1 Safety Audit, Safety Report : Preparation and Assessment :

08 07

13

13.1 EIA, Environment Statement : Definition, Inventory, Preparation and Submission of Report to Competent Authority :

08 07

14 14.1 Safety Check list for Preventive and Emergency Maintenance :

06 07

TOTAL 100 96



60


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : ENVIROMENTAL MANAGEMENT




TH TU PR PAPER HRS.

TH PR OR TW TOTAL

04 -- -- 03 100 -- -- -- 100

RATIONALE:

This subject deals with environment management system as well as environmental policy,

laws, economics which are vary much essential from the point of view of today’s environmental

problems.

DETAILED CONTENTS:


1

1.1 Environmental Policy and Laws 1.2 Environmental Policy Issues and Planning, 1.3 Corporate Environmental Policies, 1.4 Water and Air Acts and Rules, 1.5 Environment (Protection) Act and Rules,Provisions under Factory Act, 1.6 Public Liability Insurance Act, 1.7 Guidelines related to Industrial Siting, 1.8 Coastal Zone Development.

24 16

2

2.1 Environmental Management Systems 2.2 Environmental Impact Assessment (EIA), 2.3 Process and Methodologies, 2.4 Administrative Procedure for Environmental Clearances 2.5 EMP and DMP needs with HAZAN and HAZOP Studies.

20 20

3

3.1 Environmental Economics : 3.2 Rules of Taxation, 3.3 Cess, 3.4 Water Charges,

3.5 Biodiversity Damage Assessment and Price Evaluation.

20 20



61

4

4.1 Global warning History of Earth climate. 4.2 Carbon Emission Atmospheric gases, Green house gases 4.3 Kyota protocol 4.4 Effects on Human beings, wild life and Natures 4.5 Mitigation measures of Global warming.

20 20

5

5.1 Bio Medical waste, plant and IT waste Lead/Battery waste their treatment and disposal. 16 20

TOTAL 100 96



62


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : APPLIED ERGONOMICS




TH TU PR PAPER HRS.

TH PR OR TW TOTAL

04 -- -- 03 100 -- -- -- 50

NOTE:




RATIONALE:

This subject deals with the efficiency of the persons those are actually involved in the process

of load carrying, handling of tools and machinery, control and display operations at various locations,

transportations, handling of high voltage electric works, water works, chemical reaction vessel / plants

etc. Thus it is very much necessary to take precautionary measures to protect the life of persons those

are involved in the above processes.

DETAILED CONTTNTE:


1

1.1 Load Carrying :

1.2 Limits to load carrying. 1.3 Physiological basis of work. 1.4 Muscle System. 1.5 Lever systems in human body. 1.6 Physiological problems associated with load carrying (injuries / fatigue etc.) 1.7 Possible solutions to these problems and general guide lines to avoid such problems

10 20



63

2

2.1 Hand tools and their use :

2.2 Design of tools in relation to body postures 2.3 Hand tools / power tools / specialised tools Body supports / tool supports 2.4 Safety while using tools 2.5 Tool boxes / kits 2.6 Tool maintenance / Training in usage.

08 08

3

3.1 Work Station Design :

3.2 Introduction to Anthropometrics. 3.3 Concepts of percentiles (5th, 50th, 95th ), averages & how & where to apply these. 3.4 Working heights – standing, sitting, semi standing (high stools) 3.5 Correct postures – Health problems related to wrong postures, back pain etc. fatigue due to sitting. 3.6 Good Chair ? 3.7 Precession tasks vs gross tasks. 3.8 Inspection tasks. 3.9 Key board work station .

10 08

4

4.1 Machine Controls and Displays :

4.2 Location & Sequence of operation. 4.3 Natural expectation of control movement. 4.4 Preventing accidental activation. 4.5 Emergency controls ( creating accident scenarios). 4.6 Foot controls. 4.7 Displays – digital, analog, arrays, audio signals, coding, labeling, signs & symbols, warnings

10 08

5

5.1 Lighting : 5.2 Direct / indirect lighting / shadows Local vs. general

Lighting Glare Measurement of light & acceptable / recommended values for lighting.

08 07

6

6.1 Heat :

6.2 Protection from heat, protective suits / shoes / masks, ventilation & exhausts. 6.3 Good practices, insulation materials.

10 07

7 7.1 Noise :

7.2 Protection from noise, reducing noise levels, good practices, insulation.

08 07

8 8.1 Emergencies :

8.2 Fire, Flood, Earthquakes / Emergency Accident Scenarios 8.3 Guidelines for prevention escape routes, exists etc.

08 07

9

9.1 General upkeep : 9.2 Create hassle free, injury free environment, proper aisles for men & material movement,

stairs, ramps, hand rails, signage.

08 07

10

10.1 Welfare :

10.2 Baths, toilets, food, drinking water (minimum facilities and their upkeep)

10.3 Recreations & relaxation / facilities Special needs of women

10.4 Creation of possibility of interaction, idea exchange, easy communication

10 07



64

10.5 Self – improvement, rewards & motivation.

11

11.1 Consideration for disabled, elderly &

women at places :

11.2 Wheel chair movement. 11.3 Use of crutches – Ramps etc. 11.4 Signage for visually impaired/hearing impaired.

Supports while walking / sitting / working

10 10

TOTAL 100 96



65


COURSE CODE : IT

YEAR : FIRST

SUBJECT TITLE : PROJECT


Teaching and Examination Scheme

TEACHING SCHEME EXAMINATION SCHEME

TH TU PR PAPER

HRS TH PR OR TW TOTAL

-- -- 02 -- -- -- 50# 50@ 100

RATIONALE

The main aim of the preparation of project on industrial safety is to judge the knowledge

gained by the students during their tenure of the industrial safety programme as well as their exposure

to industrial environment and its safety; so that many faceted development of the students can be

achieved under various skills of domains such as Personal, social, professional & life long learning.

The students will be benefited lot by this exercise of preparation of project on their safety experiences

which will certainly add values in their attitudes such as value for health, work commitment, hard

working , honesty, problem solving, punctuality, loyalty and independent study.



66

Learning Structure:

Application

Procedures

Principles

Concepts

Facts

IMPLEMENTATION STRATEGY

The project report is to be assessed by external and internal examiners equally for a) Project assessment – 50 marks ( To be reported under title term work – TW )

b) Oral based on Project work – 50 marks (To be reported under title Oral– OR )

Imp. Note:- There should not be any sort of typographical, diagrammatic, chemical titles, chemical formulas / structures and any other mistake/s in the final bound copy of the project report submitted by the candidate.

To develop the students from all faces of various domains of skills such as Personal, social, professional & life long learning and make them a perfect human being with awareness of all social responsibilities

Methods of preparation of day- to- day record of actual work done in industrial safety. Collection of various related informations about the same. Procedures for preparation of project and its submission .

Principles of record keeping, data collection, scrutiny and selection for

presentation of project.

Data of actual work done, subject data, diagrams and results.

Actual safety experiences, work done, subjects, records, presentation aids.

CURRICULUM FOR ADVANCE DIPLOMA PROGRAMME IN · 2013-06-28 · CURRICULUM FOR ADVANCE DIPLOMA...

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