Radar Courses with Scilab 15 oct2014

TBSS Center for Electrical and Electronics Engineering, A Company of TBSS Group

RADAR SYSTEM ENGINEERING

COURSE

TABLE OF CONTENTS

1. THE TEAM STRUCTURE2. COURSE FEEDBACK FROM THE MINISTRY OF DEFENCE

3. PROPOSED COURSE DETAILS


1. THE STRUCTURE 1.1 COURSE OVERVIEWTBSS Center for Electrical and Electronics Engineering (TBSS C3E) offers the follow radar course1: Basic Radar System Engineering with Scilab2: Radar Tracking with Scilab

TBSS C3E also designs, develops and delivers customized radar courses to meet the participants’ specialized needs.

1.2 THE COURSE TEAMThe course is managed by an assigned course team, which is headed by the Course Director who is responsible for the design, development and delivery of the entire course. The Course Director is supported by the Design Team who shall prepare the course materials, including the pre-programme elearning module and a Commercial Manager who co-ordinates and administers the operational and contractual matters of the course. The Quality Controller ensures the materials conform to adopted training practices, methods of instructions and pedagogy.

Quality Controllerfor

Training

CommercialManager

Lecturers Module Designer Module Writer AssessmentOfficer

Course Director

Figure 1 The Proposed Course Team Structure

Figure 1 shows a generic course team. The team structure varies according to the course requirements and needs.

1.3 COURSE DIRECTOR AND LECTURERThe course director and lecturer for TBSS C3E radar courses is Dr Lee Kar Heng.


LEE Kar Heng, Ph.DP.hD (Engineering Management), M.Eng(Electrical), M.Sc(System Engineering), B.Tech(EE) Hons, British Computer Society Part 1 Examination, M.IEEETeaching in Higher Education Certificate (SEDA, UK)Email: [email protected]: +65 9191 6893, +84 163 800 6000

Write-Up of LEE Kar Heng, Ph.DDr LEE KH is experienced in both maritime electronics, including radar systems and microwave engineering, as well as conducting professional courses. Prior to his current work, Dr LEE was with the Police Technology Department (Singapore Police Force) where he was responsible for the coastal surveillance system. He was in-charge of the radar system design and specification writing for the Police Coast Guard. Dr Lee had also been with Maritime and Port Authority of Singapore where he was responsible for the Vessel Traffics Information System, which consists of VTS Radar, CCTV, wireless broadband and maritime communications, AIS and control and command sub-systems. His work included project management, tender specification writing, conducting trials and evaluate proposals. Dr LEE had also worked for the Defence Science and Technology Agency (DSTA) where he was a project leader and consultant in the coastal surveillance radar systems for Police Coast Guard and Navy. He was also involved in the spearheading effort to equip Navy vessels with ship-borne AIS transponders. Dr LEE had also worked for DSO National Laboratories where he evaluated radar tracking algorithms and commercial plot extraction and tracking solutions. Dr Lee served the Republic of Singapore Navy in terms of system maintenance, system engineering, training and design modification.

Dr LEE was currently an Associate Staff with the PSB Academy where he taught Communications Engineering subjects and supervised Final Year Project students. Dr LEE had developed Wireless and Optical Communication Systems course materials for the SIM University. He also taught communications, radio frequency, microwave and signal processing subjects in the University of Newcastle, James Cook University, University of Southern Queensland, RMIT University, Northumbria University and Edith Cowan University undergraduate programs. Lee is also the Senior Adjunct Lecturer with Edith Cowan University, based in Singapore to ensure smooth running of the Bachelor of Engineering courses in Singapore.

Dr Lee had conducted professional short courses in Radar System Engineering, Radar Tracking and Phased Array Radar courses for the Ministry of Defense, which included participants from the SAF, NAVY, AIR FORCE, DSTA and DSO National Laboratories. Dr Lee was in-charge of running radar courses during his appointment with DSTA and Police Technology Department.


Dr LEE is certified to teach in Higher Education by the Staff Education and Development Association, UK and had served as a Chairman and Secretary in the Education Chapter, IEEE Singapore Section. Lee graduated from NUS with Master of Engineering and Bachelor of Technology (Hons) degrees. He also holds a Master of Science from the University of Sheffield. Dr LEE obtained his Ph.D in Engineering Management via online study with Madison Hills University. Dr Lee has published some papers in the IEEE conferences and NUS research programme. One of his supervised projects was highlighted in Lian He Zhao Pao and FM88.3.

Summary of Strengths Required in the Proposed Courses• More than 18 years of experiences in project management and system support of

VTMIS and Coastal Surveillance Systems. • More than 24 years of experiences in project management and system support of

Coastal Radars, VTS Radars and Maritime radars.• Attended professional courses in VTS (Norcontrol, Norway and Singapore), VTS

Radars. (Raytheon, Terma), Coastal Surveillance Radars (ELTA, Israel) and FMCW Radar (GeorgiaTech, US).

• Experienced in scientific multiple decision making methodology, the Analytical Hierarchy Process (AHP) in complex project evaluations.

• Held various positions (Chairman, Vice-Chairman, and Secretary) within the IEEE Education Chapter, Singapore Section.

• Appointed Course Chair, Lecturer and Tutor in Bachelor Degrees courses by various Private Institutions and Universities.

• Appointed Senior Adjunct Lecturer by the School of Engineering, Edith Cowen University, Australia.

• Familiar in both Government and Supplier processes.• Familiar in ISO9000 Quality Assurance System, ISO Management Representative and

trained in ISO IQA.

Vessel Traffic System/Coastal Surveillance System ExperiencesBrown Automation & Consulting Engineering Pte Ltd / NorControl A.S. (seconded)

• Trained in Horten, Norway to represent NorControl in the Port of Singapore Authority VTS project and technical support.

• Managed, Installed & commissioned Port of Singapore Authority VTS.• Provided maintenance services & technical support in Port of Singapore Authority VTS.• Developed Maintenance Manual and Servicing Manual and Conducted Technical

Training for the Port of Singapore Authority VTS project.• Managed Radar Relocation Project for Maritime and Port Authority of Singapore.• Designed and Developed Marine Traffic Analysis using Synthetic Aperture Radar

Images using Structured System Analysis & Design Method for Maritime and Port Authority of Singapore.

Defense Science and Technology Agency• Trained in Georgia Institute of Technology, Atlanta, US in Frequency Modulated

Continuous Radar Principles.• Design and Preparation of Specification and Drawings of Coastal Radar Systems.


• Project management and System Engineering of Large Scale Coastal Radar Systems Projects (prepared tender specifications and evaluate proposals).

• Conduct radar related courses (Radar Data Processing and Radar RF).

Maritime and Port Authority of Singapore• Prepare tender specifications.• Evaluate technical proposals.• Carry out technical studies in radar, optics and communications engineering.• Carry out trials in Wireless Networking for the Singapore Port Waters.• Project and system management

ST Electronics (Satcom and Sensor) Pte Ltd• Provided support and consultancy to overseas sales and marketing team in radar and

coast surveillance systems.• Prepare tender document for Qatar and Saudi VTS and Coastal surveillance System.

NCS Communications Pte Ltd• Provided technical support in pre-tender, tender and post tender activities on Radar

and VTIS.• Proposed and presented a conceptual design paper on “The use of 3D multi-beam radar

with Monopulse for vessel height measurement” (to secure R&D fund from the Enterprise Challenge, Prime Minister Office, under the support of CAAS).

• Carry out site survey and consultancy in Primary Surveillance Radar Project for Department of Civil Aviation, Brunei.

• Supported Maintenance Team in bidding MPA maintenance jobs.

Ministry of Home Affairs/Police Coast Guard Lead in sensors of a large-scale coastal surveillance system. Consultant/Subject Matter Expert in design reviews, acceptance tests, installation and

commissioning of control and command, radar and EO systems. Participated in design activities and site planning. Lead in sensor data and interfacing to/from internal and external control centers. Responsible for the Operations and Support of Coast Surveillance Sensors deployed in

the Police Coast Guard. Appointed Radar Expert in the Center for Excellence in SPF. Conduct courses in Radar (VTS/Coastal surveillance/Boats) and other sensors used in

coastal surveillance. Provided consultancy to the Programme Management Team in Radar issues, tenders

and projects. Reviewed and provided inputs to Scope of Requirements, Budget Papers and Tender

Specifications. Provided technical support and evaluation in acquisition of marine class radar for PCG

boats. Provide radar assessment and evaluation for Police Coast Guard.

TBSS Center for Electronics and Electrical Engineering


• Provide technical support in pre-tender, tender and post tender activities on Coastal Surveillance Systems (includes radar systems, communications, AIS, optics, CCTV and network subsystems).

• Provide technical services in VTS for Bintulu Port.• Conduct short courses: VTS System Course (Hardware), Radar System Engineering and

Wireless Communications.

Republic of Singapore Navy• Maintained and Serviced shipboard Radar System & Computer Control System• Designed and Developed Automated Radar Calibration Facility• Conducted on-the-job training

Education and AchievementsSingapore Computer Society – British Computer Society

Joint Examination Part I• Credit in Project: Design, Development and Implementation of an Inventory Control System

Madison Hills UniversityDoctor of Philosophy in Engineering Management

• Certificate of Excellence in Engineering Management Project

National University of SingaporeBachelor Degree of Technology of Electronics Engineering (2nd Class Upper Division

Degree)• Dean’s list in 4 out of 8 semesters• Asia Compaq Book Price, Academic Year 1997/98, B.Tech(Hons).• Submitted Paper "A Study of Coupling Effects on Antennas Mounted on a Common

Structure" for IEEE Region 10 Student Paper Competition 1999.

The University of Sheffield, UKMaster of Science in System, Information and Control Engineering

• Dissertation “A Simulation of Tracking Algorithms used in Radar Data Processing”.

National University of SingaporeMaster of Engineering in Electrical Engineering

• Research Thesis “Design and Development of Circular Polarization, Multiband Antennas”.

• Presented the results at IEEE International Antenna and Propagation Society and Universal Radio Science Institute Conference in 2002.

Temasek Polytechnic, Singapore and Staff Education and Development Association, UK

Teaching in Higher Education Certificate Complete project “The Design and Development of a New Subject, “Integrated Project”,

for the Diploma in Telecommunications Course”.


PublicationsK. H. Lee & M. S. Leong, "A Study of Coupling Effects on Antennas Mounted on a Common Structure", IEEE Asia Pacific Microwave Conference 1999.

K. H. Lee, "Antenna Coupling", Bachelor of Technology Project Report, NUS 1999.

K. H. Lee, "A Simulation of Tracking Algorithms Used in Radar Data Processing", Master of Science Dissertation, The University of Sheffield 2001.

K. H. Lee, "The Design and Development of Broadband and Multiband Antennas ", Master of Engineering Research Thesis, NUS 2003.

K. H. Lee, S. A. Hamilton & M. S. Leong, "A Tri-band Circular Polarised Microstrip Antenna", IEEE International Antenna and Propagation Society/Universal Radio Science Institute Conference 2002.

J. W. Teo & K. H. Lee, “The propagation properties of electromagnetic waves in the application of through-wall radar sensors”, NUS Science Research Conference 2003.

Press release: Project “The propagation properties of electromagnetic waves in the application of through-wall radar sensors”, Lianhe Zhaobao on 8 April 2003.

Media Coverage: Project “The propagation properties of electromagnetic waves in the application of through-wall radar sensors”, SARA Radio Power 98 and Dongli 88.3 on 8 April 2003.

X. Q. Tan & K. H. Lee, “A Study on Data Fusion Techniques Used in Multiple Radar Tracking”, NUS Science Research Congress, 2004.

P. Boh & K. H. Lee, “A Study on the use of Frequency Modulated Continuous Wave Radar in the Detection of Swimmers”, NUS Research Congress, 2005.

Professional Membership and Voluntary Work

MEMBER, Institute of Electrical and Electronics Engineers (IEEE), since 1995

Secretary, Education Chapter, IEEE Singapore Section, 2005 – 2007

Chairman, Education Chapter, IEEE Singapore Section, 2008 – 2010

Vice Chairman, Education Chapter, IEEE Singapore Section 2010 – Present

Voluntary Police Office, Police Coast Guard, 2010 – 2012


2. COURSE FEEDBACK FROM THE MINISTRY OF DEFENCE

4 3 2 1

13 9 3.59

8 12 2 3.27

13 8 1 3.55

8 12 2 3.27

8 14 3.36

12 10 3.55

7 13 2 3.23

7 11 4 3.14

10 11 1 3.41

8 13 1 3.32

3 12 4 1 2.853.32

83.03%Feedback/Additional Comments

3. Instructor is very euthsiatic and helpful about his teaching

1. Notes have a few errors (subscript errors, labelling)

The location and food provided were satisfactory.

I am able to apply the newly acquired knowledge at my workplace.

2. Good

Basic Phased Array Radar Systems16-Jan-08

Course Title:Dates:

Instructor was approachable and provided courteous service.

How would you rate the presentation skills of the instructor.

AVERAGE SCOREPERCENTAGE AVERAGE SCORE

1. Notes seem to be lacking in accuracy and details. Should check before issuing.

e.g. footer for chapter is still chapter 1, should explain the acronyms, grammar/language error

Suggestions of areas for Improvement

B. Training Contents, Materials and Logistics

Materials provided were understandable and easy to refer to.

I shall recommend my peers and subordinate to attend this course.

LEE K H

Instructor was well prepared and responded well to my questions.

Course Instructor:

Instructor was knowledgeable about the subject.

(Please tick accordingly to help)

Instructor was effective in communicating to the audience.

A. Trainer & Delivery

2. Radiation pattern diagram not very clear

3. Too much wordings on presentation slides

The Instructor showed a genuine interest in his/her teaching.

The training contents covered were useful.


4 3 2 1

10 6 3.63

3 12 1 3.13

9 7 3.56

5 11 3.31

3 13 3.19

8 7 1 3.44

5 10 1 3.25

7 8 1 3.38

12 4 3.75

6 7 3 3.19

4 9 3 3.063.35

83.81%Feedback/Additional Comments

4. Good.

5. Instructor is able to relate experiences and operational needs.

I am able to apply the newly acquired knowledge at my workplace.

6. Location is good as it is convenient and near MRT

Suggestions of areas for Improvement

B. Training Contents, Materials and Logistics

Basic Radar System Engineering12-Dec-07

Course Title:Dates:

1. Can cover/explain why different bands of radar - L-Band, X-Band, S-Band etc É to give better

The location and food provided were satisfactory.

be quite "Alien" to ask. It would be good for the lecturer to be aware that he has used a new

term and spell it out on the whiteboard. E.g. Derma radar or therma radar?

Instructor was approachable and provided courteous service.

How would you rate the presentation skills of the instructor.

AVERAGE SCOREPERCENTAGE AVERAGE SCORE

1. Should provide more operational application with respect to theory. Discuss various radars

(SAR, Phased array, etc) characteristics and applications

2. Only for those with basic radar knowledge.

3. Some of the additional terms used by lecturer may not been mentioned in the paper thus can be

Materials provided were understandable and easy to refer to.

I shall recommend my peers and subordinate to attend this course.

LEE K H

Instructor was well prepared and responded well to my questions.

Course Instructor:

Instructor was knowledgeable about the subject.

(Please tick accordingly to help)

Instructor was effective in communicating to the audience.

A. Trainer & Delivery

overview.

2. Chapter 1 and 2 can be briefly touched on.

The Instructor showed a genuine interest in his/her teaching.

The training contents covered were useful.


3. PROPOSED COURSE DETAILS

3.1 RADAR TRACKING WITH SCILAB OR MATLAB (2 DAYS)AIMS(1) To discuss and investigate the basic radar tracking algorithm(2) To use Scilab in the study of tracking algorithm

SYNOPSIS The participants will:• Appreciate radar system as a random process• Derive the tracking and prediction equations• Understand α−β filter and Kalman filter• Simulate the tracking algorithms in Scilab

PROPOSED DETAILED SYLLABUSTopic 1. Basic Random Variable and Process (4 hours)

• Basic probability • Random variables• Radar detection and tracking as random processes

Topic 2. Radar Detection and Tracking Processes (3 hours)• Need for tracking• A typical tracking radar system• Some common terms used in tracking• Radar detection• Plot-to-track association

Topic 3. Radar Tracking Algorithms (7 hours)• Derivation of tracking and prediction equations• The α−β filter• The Kalman filter• Work examples and Scilab/MATLAB Practices

3.2 BASIC RADAR SYSTEM ENGINEERING WITH SCILAB OR MATLAB (2 DAYS)

AIMS(1) To discuss and investigate the basic radar system block diagram(2) To discuss the radar parameters (3) To discuss the radar equations (4) To discuss the radar performance(5) To investigate radar system using Scilab/MATLAB

SYNOPSIS The participants will:• Understand different types of radar• Understand a typical radar system block diagram


• Understand and evaluate radar parameters• Understand and evaluate radar performance• Use radar equations• Solve radar problems in Scilab/MATLAB

PROPOSED DETAILED SYLLABUSTopic 1. An Introduction to Radar (2 hour)

• The IEEE Definition• Radar classification• Frequency bands

Topic 2. Radar Block Diagram (3 hours)• Overview of radar block diagram• Block details and interfaces between the blocks

Topic 3. Radar Parameters (3 hours)• Important parameters of each blocks and overall system• Discussion on the effects of the parameters

Topic 4. Radar Equation (3 hours)• The Friss Transmission Equation• The radar equation and all the variables in the equation• The importance of radar equation• Using Scilab to evaluate radar performance based on radar equation

Topic 4. Radar Performance and Associated Mathematical Equations (3 hours)• Discussion of associated equations and their applications in the radar system

design and analysis• Use of Scilab/MATLAB in solving associated radar equations

Radar Courses with Scilab 15 oct2014

Education

Transcript of Radar Courses with Scilab 15 oct2014