EME Prospectus.pdf

College of Electrical & Mechanical Engineering, (College of E & ME) Rawalpindi

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60 www.nust.edu.pkNUST Prospectus 2012 Engineering, IT and Computer Science

NUST College of Electrical and Mechanical EngineeringThe College of Electrical and Mechanical Engineering was established in 1957 as a polytechnic institute at Quetta. The College was moved to its present campus in 1984. With the establishment of NUST in 1991, the College became one of its constituent colleges. The College is situated on the Grand Trunk Road at the Rawalpindi-Islamabad junction. Its open landscape makes it an ideal place for an academic campus. A fascinating locale and congenial environment are indeed the hallmarks of the College. It is the largest College of NUST in terms of PhD faculty, student enrolment, diversity of academic programmes, research activities, space, infrastructure and facilities. The College attained ISO-9001 certification in 1999, ISO 9001-2000 certification in 2003 and ISO 9001-2008 in May 2009. It has earned accolades in quality assurance from Pakistan Engineering Council (PEC) in accreditation evaluation. The College offers degree programmes in diverse undergraduate and postgraduate programmes, mainly in the disciplines of Electrical, Mechanical, Computer and Mechatronics Engineering, and postgraduate programme in Engineering Management.

The College lays great emphasis on indigenous research. As a result, quantum research material is produced annually. The faculty mostly comprises eminent research scholars who regularly participate in conferences and seminars, both at home and abroad. A state-of-the-art spacious library, stocked with around 60,000 books, an e-library section and a good number of computers with wireless internet connectivity facilitate students and faculty in their research.

Faculty ProfileThe College of E&ME is staffed with highly qualified faculty that offer the most dynamic, up-to-date and highly challenging academic programmes. Currently, there are 40 PhD faculty members; most of them are foreign qualified.

Dr Muhammad Younus Javed, Dean PhD (University of Dundee) UK

Electrical Engineering

Dr Mohammad Bilal Malik, Head of DepartmentPhD (NUST) PakistanDiscipline: Electrical EngineeringSpecialisation: Control Systems

Dr Shahzad HussainPhD (University of Leeds) UKDiscipline: ElectronicsSpecialisation: Semiconductor Devices Modelling

Dr Adnan MasoodPhD (University of Cardiff) UKDiscipline: Electrical EngineeringSpecialisation: Microwave Systems Dr Shahzad Amin SheikhPhD (Southwest Jiaotong University) ChinaDiscipline: Electrical EngineeringSpecialisation: Signal Processing and Communication

Dr Hamood ur RahmanPhD (UNSW) AustraliaDiscipline: Electrical EngineeringSpecialisation: Semiconductor Electronics, MEMs

Dr Syed M Tahir ZaidiPhD (Georgia Institute of Tech) USADiscipline: Electrical EngineeringSpecialisation: Semiconductor Devices, Digital Signal Processing

Dr Mojeeb Bin Ihsan, PhD (Drexel University) USADiscipline: Nuclear/Mechanical EngineeringSpecialisation: Microwave Engineering, Solid State Electronics

Engr Tahir EjazMS (NUST) PakistanDiscipline: Electrical Engineering

Engr Ghulam ShabbirMS (King’s College London) UKDiscipline: Electrical EngineeringSpecialisation: Digital Electronics

Ms Shahnaz FatimaMPhil (Quaid-i-Azam University) PakistanDiscipline: Electronics Specialisation: Digital Signal Processing

Discipline: Computer Science Specialisation: Adaptive & Predictive Systems

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61www.nust.edu.pk NUST Prospectus 2012Engineering, IT and Computer Science

Mechanical Engineering

Dr Syed Waheed Ul Haq, Head of DepartmentPhD (University of Manchester) UKDiscipline: Mechanical EngineeringSpecialisation: Laser Deposition & Rapid Prototyping

Dr Aamer BaqaiPhD (Paris Tech) FranceSpecialisation: Manufacturing Systems Design, Process Plan Optimisation

Engr Taosif IqbalMS (Ivanovo State University) RussiaDiscipline: Electrical EngineeringSpecialisation: Automation & Control

Engr Zubair AhmedMS (NUST) PakistanDiscipline: Electrical EngineeringSpecialisation: Antenna Design, Microwave Engineering

Engr Muhammad Anis ChaudhryMS (NUST) PakistanDiscipline: Electrical EngineeringSpecialisation: Microwave Circuits and Systems

Engr Sidrah LiaquatMS (NUST) PakistanDiscipline: Electrical EngineeringSpecialisation: Digital Signal processing

Engr Qasim Umer KhanMS (NUST) PakistanDiscipline: Electrical EngineeringSpecialisation: Communication, Digital Signal Processing

Dr Rizwan Saeed ChoudhryPhD (University of Manchester) UKDiscipline: Mechanical EngineeringSpecialisation: Mechanics of Materials, Composite Materials

Dr Hasan Aftab SaeedPhD (University of Tokyo) JapanDiscipline: Mechanical EngineeringSpecialisation: Solids Mechanics, Dislocation nucleation, Modeling and Simulation, Molecular Dynamics, Reacion Pathway sampling

Dr Muhamad SalmanPhD (NUST) PakistanDiscipline: Electrical EngineeringSpecialisation: Signal Processing

Dr Fahad Mumtaz MalikPhD (NUST) PakistanDiscipline: Electrical EngineeringSpecialisation: Control System

Engr Yasir RafiqueMS (Universidad Partiocia Madrid) SpanDiscipline: Power ElectronicsSpecialisation: Electronics Org

Engr Usman AliMS (NUST) PakistanDiscipline: Electrical EngineeringSpecialisation: Digital Image Processing, Digital System Design

Mr Kamran Aziz BhattiMPhil (Quaid-i-Azam University) PakistanDiscipline: Electronics Specialisation: Digital Signal Processing

Ms Sabeen Malik MPhil (Quaid-i-Azam University) PakistanDiscipline: ElectronicsSpecialisation: Electronics

Mr Azmat SaeedMSc (UET Peshawar) PakistanDiscipline: Electronics Specialisation: Electronics

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Dr Imran AkhtarPhD (Virginia Tech) USADiscipline: Mechanical Engineering Specialisation: Computational Fluid Dynamics, Fluid Mechanics

Engr Sadia RiazMS (NUST) PakistanDiscipline: Mechanical EngineeringSpecialisation: Modeling & Simulation, Fluid Mechanics

Engr Raja Amer AzimMS (UNSW) AustraliaDiscipline: Mechanical EngineeringSpecialisation: Modelling & Simulation, Structures

Engr Ahmed SohailMS (DU) SwedenDiscipline: Textile / Mechanical EngineeringSpecialisation: Solar Energy & LCD Technology

Engr Rehan Ahmed KhanMS (UMIST) UKDiscipline: Mechanical EngineeringSpecialisation: Non-traditional Manufacturing Processes, CAD/CAM

Engr Akhtar KhurshidMS (NUST) PakistanDiscipline: Mechanical EngineeringSpecialisation: Designing, Manufacturing, Modelling and Simulation, ISO 9000

Engr Hameed Ullah KhanDiscipline: Mechanical EngineeringSpecialisation: CAD, Automotive Systems

Engr Saheeb KiyaniMS (NUST) PakistanDIscipline: Modeling & SimulationSpecialisation: Modelling & Simulation

Engr Saif Ullah KhalidMS (NUST) PakistanDiscipline: Mechanical EngineeringSpecialisation: Modelling & Simulation, CFD Analysis

Engr Yasser Riaz AwanMS (HUST) ChinaDiscipline: Mechanical EngineeringSpecialisation: Reverse Logistics

Computer Engineering

Dr Shoab Ahmad Khan, Head of DepartmentPhD (Georgia Tech, Atlanta) USA Discipline: Electrical & Computer EngineeringSpecialisation: Digital Signal Processing

Dr Farooque AzamPhD (Beijing University) ChinaDiscipline: Computer ScienceSpecialisation: Software Engineering

Dr Usman QamerPhD (UMIST) UKDiscipline: Computer EngineeringSpecialisation: Datamining / outlier Detection

Dr Muhammad Almas AnjumPhD (NUST) Pakistan Discipline: Computer EngineeringSpecialisation: Image Processing, Signal Processing

Dr Assia Khanum PhD (NUST) PakistanDiscipline: Computer Software EngineeringSpecialisation: Intelligent Systems, Image Processing

Dr Saad Rehman PhD (University of Sussex) UKDiscipline: Computer Science Specialisation: DSD, Image Processing

Dr Arslan Shaukat PhD (The University of Manchester) UKDiscipline: Computer Science/InformaticsSpecialisation: Speech and Image Processing

Dr Muhammad AbbasPhD (UMIST, England)Discipline: Computer EngineeringSpecialisation: Information System Engineering

Dr Mehmood AkhtarPhD (University of Sydney) AustraliaDiscipline: Computer EngineeringSpecialisation: Signal Processing

Mr Wasi Haider Butt MS (NUST) PakistanDiscipline: Computer Software EngineeringSpecialisation: Database

Mr Jahan Zeb MS (NUST) PakistanDiscipline: Computer Software Engineering Specialisation: Computer Organisation

Mr Muhammad Umar Munir MS (NUST) PakistanDiscipline: Computer Software EngineeringSpecialisation: Digital Image Processing

Engr Ali SaeedMS (CSE)Discipline: Computer Software Engineering

Engr Mubashar GulzarMS (NUST) PakistanDiscipline: Mechanical EngineeringSpecialisation: Tribology, Stress Analysis

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Ms Bushra RiazMS (Sweeden) Discipline: Computer EngineeringSpecialisation: Medical Image D

Mr Yasir Jan MS (Pohang University of Science and Technology) South KoreaDiscipline: Computer & Electrical EngineeringSpecialisation: DSD

Mechatronics Engineering

Dr Javaid Iqbal, Head of DepartmentPhD (University of New South Wales) AustraliaDiscipline: Mechatronics EngineeringSpecialisation: Artificial Intelligence/Mobile Robots

Dr Kunwar FarazPhD (University of Toronto) CanadaDiscipline: Mechatronics EngineeringSpecialisation: Mobile Robots, Computer Vision, Artificial Intelligence

Dr Mahmood Anwar KhanPhD (University of Salford) UK Discipline: Mechanical EngineeringSpecialisation: Robotics

Dr Umar ShahbazPhD (University of Liverpool) UKDiscipline: MechatronicsSpecialisation: Embedded systems/ Image Processing

Dr Akhtar Nawaz Malik, PhD (University of Salford) UKDiscipline: Mechanical EngineeringSpecialisation: Robotics/Manufacturing

Dr Umar IzharPhD (Lehigh University) USASpecialisation : Electronics, Optics, Semiconductors/Micro Mechatronics

Engr Tariq FerozeMS (NUST) PakistanDiscipline: Mechatronics EngineeringSpecialisation: Robotics

Engr Sarmad ShamsMS (South Korea)Discipline : Mechanical EngineeringSpecialisation: Robotics

Engr Nasir RashidMS (NUST) PakistanDiscipline: Mechatronics EngineeringSpecialisation: Robotics

Mr Nafees NaveedMS (UMIST)Discipline: Advanced Control and System Engg

Mr Adil RiazMS (Quaid-i-Azam University) PakistanDiscipline: ElectronicsSpecialisation: Digital Signal Processing, Mechatronics

Mr Suhail AttarMS (South Korea)Discipline : Mechanical Engineering

Engr Nida AzizMS (University of Essex) UKDiscipline: Mechatronics EngineeringSpecialisation: Robotics

Mr Muhammad QasimMSc (Quaid-i-Azam University) PakistanSpecialisation: Software Engineering

Mr Aaqif Afzaal AbbasiMS (IQRA University) PakistanDiscipline: ITSpecialisation: Communication Networks

Mr Sajid Gul KhawajaMS (NUST) PakistanDiscipline: Computer EngineeringSpecialisation: Digital Image Processing

Engr Rafiuddin MS (University of Hertfordshire) UKDiscipline: Electrical EngineeringSpecialisation: Digital System, Microprocessor based Systems

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Basic Sciences & Humanities

Dr Mazhar Iqbal, Head of DepartmentPhD (Bahauddin Zakariya University) MultanDiscipline: MathematicsSpecialisation: Applied Mathematics,Numerical Analysis

Dr Muhammad Umar FarooqPhD (NUST) PakistanDiscipline: MathematicsSpecialisation: Symmetry Methods for Differential Equations Dr Muhammad Tufail HashmiPhD (Punjab University) PakistanDiscipline: Islamic StudiesSpecialisation: Islamic Economy

Dr Asim AzizPhD (GLASGO Caledonian University) UKDiscipline: MathematicsSpecialisation: Applied Mathematics

Dr Mashhood AhmadPhD (Quaid-i-Azam University) PakistanDiscipline: ElectronicsSpecialisation: Quantum Optics

Dr Muhammad Mudassar GulzarPhD (Quaid-i-Azam University) IslamabadDiscipline: MathematicsSpecialisation: Fluid Mechanics

Dr Safia TajPhD ( NUST) PakistanDiscipline: MathematicsSpecialisation: Black Hole Thermodynamics

Mr Muhammad Riaz KhanMSc, MA (Punjab University) PakistanDiscipline: MathematicsSpecialisation: Applied Mathematics

Mr Abdul KarimMPhil (Quaid-i-Azam University) PakistanDiscipline: MathematicsSpecialisation: Applied Mathematics

Syed Hussain ShahMSc (NUST) PakistanDiscipline: PhysicsSpecialisation: Environmental Engineering

Dr Noreen Sher AkbarPhD (Quaid-i-Azam University) PakistanDiscipline: MathematicsSpecialisation: Fluid Mechanics

Mr Ijaz Ahmed BukhariMSc (Islamia University) PakistanDiscipline: MathematicsSpecialisation: Category Theory

Mr Atlas Khan Marwat, MPhil (University of Peshawar) PakistanDiscipline: ChemistrySpecialisation : Organic Chemistry

Mr Himayat UllahMA(University of Peshawar) PakistanDiscipline: IslamyatSpecialisation : Islamic Studies

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Engineering Management

Dr Shafqat Hameed Head of DepartmentPhD (University of Bradford) UKDiscipline: Engineering ManagementSpecialisation: Management Information Systems

Dr Syed Athar Masood PhD (Loughborough University) UKDiscipline: Engineering ManagementSpecialisation: Management/Leadership/Manufacturing Engineering

Engr Ali SalmanMSc (University of Surrey) UKDiscipline: Advanced Manufacturing Management and Technology Specialisation: Supply Chain Management, Project Management

Engr Najm Us Saher MSc (University of Engineering and Technology) PakistanDiscipline: Engineering Management

Engr Junaid ArshadMSc (Chalmers University of Technology) SwedenDiscipline: Quality and Operations ManagementSpecialisation: Supply Chain Management, Quality Management

Dr Nawar KhanPhD (UET, Lahore) PakistanSpecialisation: Quality Engineering (TQM)/Manufacturing Engineering /ISO 9000 Standards

Ma Tabinda MalikMPhil (FJWU) PakistanDiscipline: ManagementSpecialisation: Education Management

Mr Ali AnwarMA (Quaid-i-Azam University) PakistanDiscipline: HumanitiesSpecialisation: TEFL

Engr Ghulam Shabbir Niazi,MS ( Punjab University) PakistanSpecialisation: Project Management, Total Quality Management

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Student Support Facilities

Laboratories Department of Electrical Engineering

» Electronics Lab » Machine Lab » Digital Signal Processing Lab » Embedded System Lab » Control System Lab » Communication System Lab

Research Labs

» Microwave Lab

Department of Mechanical Engineering » Strength of Materials Lab » Fluid Mechanics Lab » Steam Lab » Dynamics and Controls Lab » Heat Transfer Lab » Automotive Lab » Computer Aided Engineering (CAE) Lab » Vibration and Stress Analysis Lab » Engineering Workshops

» Drawing Hall

Research Labs

» Solar Lab » Mechanarium Research Lab » Composite Material Research Lab

Department of Computer Engineering

» Solar Lab » Embedded Systems Lab » Computer Networks Lab » Computing Lab » DSP/DSD Lab » Image Processing Lab » Electronics/Biometrics Lab

Department of Mechatronics Engineering

Teaching Labs

» Industrial Automation Lab » Robotics and Control Lab » Circuit Design Lab

» Machine Vision and Embedded Systems Lab » CAD Lab

Research Labs

» UAV Lab » UGV Lab » Prosthesis Lab

Department of Engineering Management

» Decision Support System Laboratory

Library The computerised College library has a collection of 70,000 printed and digital books. It provides a range of services that include loans, online information searching, reference services, inter-library loan, document delivery, photocopying, access to virtual collection & digital resources and CD-ROM’s. The College is fully wired to the internet through high-speed DSL and Wi-Fi networks.

CafeteriasInexpensive hygienic food is available in cafes. The food quality is closely monitored by the campus doctor. Besides, utility shops have been set up on the campus to fulfil students’ day-to-day needs.

AccommodationThere are two hostels for male students and one for female students at the campus. Well-furnished rooms are available on “first come, first served” basis.

Alumni DirectoryAn updated database of alumni is maintained by the general body. Calls are made regularly to the alumni members to send their updated data to the association. The information gathered during reunion registration is also used to append/update the database.

Wireless NetworkWireless LAN Facility is being provided to the students in various hostels by College of EME using 802.11b technology operating at 11 Mbps. College is obtaining a total bandwidth of 7 Mbps (4 MB CIR form M/S Skynet (Pvt) Ltd) and additional 3 Mbps (Shared) through PERN project. This bandwidth is also available to the students through Wi-Fi network Wireless LAN facility is available at the entire premises of the college.

Sports Facility

Tennis CourtsCollege has 3 tennis courts of international standard. 1 hard and 2 Clay courts are provided for youth events as well as company competition.

• Wood working shop• Foundry Shop• Tin Copper Shop• Machine Shop• Fitter Shop• Welding Shop

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Basket Ball CourtsA cemented basketball court is in the vicinity of sports complex

GymnasiumA new gymnasium having the facility of wide range indoor games is constructed for the students.

StadiumThe College is having a beautiful stadium.

Athletics Ground The College is having a beautiful athletics ground.

EventsThe College of EM&E regularly holds educational events on its campus to stimulate the minds of its students. Some events have been briefly mentioned below:

COMPPEC 2011All Pakistan Inter College/ University Software Exhibition and Competition (COMPPEC) is organized by this College. This year, the College of E&ME, Co-hosted this mega event with National ICT-R&D Fund. The Department of Computer Engineering of this college has the honor to successfully host COMPPEC for the last ten consecutive years. COMPPEC provides a platform that facilitates the exchange of the state-of-the-art technologies, innovative ideas, new trends, technical skills and modern programming tools in the field of engineering sciences and information technology.

National Engineering Robotics ContestThe idea of National Engineering Robotics Contest (NERC) was initiated in the department of Mechatronics. The aim of this contest is to provide a platform to the engineering students and their teachers/ supervisors from all over Pakistan to participate in a contest of a multi-disciplinary field of Robotics with a view to expand the knowledge of this field and its applications in Pakistan. The theme of the competition is to build an Autonomous Mobile Robot, which should be able to move in a specified arena and complete some specified and predefined task. The task is uploaded on the NERC website one year prior to the next year’s competition. This competition was started back in the year 2003. The Contest has now become one of the mega events in the annual calendar of the NUST College of EME. It is well on its way to expand beyond the geographical boundaries to become an international contest.

DelPHE WorkshopDepartment of Mechanical Engineering in partnership with the National Composites Certification and Evaluation Facility (NCCEF), a premier centre for composites at University of Manchester, UK launched a three year British Council – DelPHE funded project titled “Capacity building for enhancing R&D in manufacturing, testing and certification of composite materials”.

DelPHE Internship to UKBesides the local internship opportunities that the college creates for its undergraduates, we are currently offering our students a chance for partially sponsored internship at the National Composites Certification and Evaluation Facility, The University of Manchester, UK. Last year three students availed this opportunity and described their experience as most gratifying and academically rewarding. The details on this and other DelPHE projects can be found at www.cemecomposites.com.

Open House & Job FairAnnual Event of Open House & Job Fair is held since last eighth consecutive years at College E & ME. The objective of this event is to provide an opportunity to both, potential employers and the graduating students of the College, to come closer and share their mutual interests and strengthen the already existing links with the Industry. Students exhibited around 82 Final Year Projects related to Electrical, Mechanical, Computer and Mechatronics Engineering, focusing on practical solutions of engineering problems during the event of 2011. A total of around 75 delegates from 22 companies participated in this event to conduct interviews and entrance tests.

Seminars/WorkshopsTo introduce new advances in research and innovation to the Industry and Academia, the college conducts various seminars/workshops on the wide ranging topics.

OlympiadNUST EME Olympiad is organized by three foremost professional societies, the IEEE Student Chapter, Sports and Adventure Society (SAS) and Society for Promotion of Arts and Literature (SPAL) to promote the cause of charity. In Olympiad- 2011 the students of different Universities, Colleges and Schools from Islamabad, Wah, Taxila and Rawalpindi participated and contributed to the appeal of charity for flood affectees of Pakistan.

International Conference on Energy Systems Engineering (ICESE-2010)A three-day international refereed conference – ICESE-2010, attended by a large number of international and national participants was held from October 25th to 27th, 2010. The conference covered issues related to energy systems, energy management, and environment thereby inviting the interest of a large audience. In addition, several talks related to energy systems from eminent scholars from all over the world were also organized.

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ContactsWebsitewww.ceme.nust.edu.pk

Position Contact InfoCommandant +92-051-9278040Dean +92-051-9278047Associate Dean (E&A) +92-561-32627Associate Dean (IC/R&D) +92-051-9278063Head of Computer Engineering Department +92-051-9278047Head of Electrical Engineering Department +92-051-9278045Head of Mechanical Engineering Department +92-051-9278046Head of Mechatronics Engineering Department +92-051-9278044Head of Basic Sciences & Humanities Department +92-051-9278041Head of Engineering Management Department +92-051-9278043

Helpline+92-051-9278050

Fax+92-051-9278048

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Academic Programmes

Bachelors in Electrical Engineering

The programme aims to produce electrical engineers with sound theoretical foundation and hands on experience of developing and designing circuits, systems and products. The programme places a special emphasis on “Learning by Doing” and the curriculum is supported by well-equipped undergraduate teaching laboratories and a strong emphasis is placed on laboratory work and class projects. This effort culminates in the final year project in which the students apply their knowledge and skills learnt during the course of their studies.

Associated CareersElectrical engineering graduates are in demand in a number of industries such as communication (including broadcast communications, mobile communications), integrated circuit design, instrumentation, bio-medical engineering, avionics, consumer electronics and computer networking, to name a few. Graduates can also pursue research, as MS & PhD students, or join industrial laboratories.

Scheme of Studies Programme Code: 604Semester-I Semester-IICourse Code Course Title Credits Course Code Course Title CreditsMATH-101 Calculus and Analytical Geometry 3-0 EE-111 Linear Circuit Analysis 3-1ME-105 Workshop Practice 0-1 ME-100 Engineering Mechanics 3-0HU-100 English 2-0 HU-101 Islamic Studies 2-0EC-105 Introduction to Programming 1-1 ME-104 Engineering Drawing 0-1MATH-121 Linear Algebra and ODEs 3-0 MATH-106 Multivariable & Vector

Calculus 3-0

HU-107 Pakistan Studies 2-0 EC -201 Object Oriented Programming (OOP)

3-1

PHY-101 Applied Physics 3-1Total 17 Total 17

Semester-III Semester-IVCourse Code Course Title Credits Course Code Course Title CreditsEE–221 Digital Logic Design 3-1 EE-232 Signals and Systems 3-1 EC–202 Data Structures and Algorithms 3-1 EE-215 Electronic Devices and

Circuits3-1

EE–211 Electrical Network Analysis 3-1 EE-260 Electrical Machines 3-1ME-102 Thermodynamics 2-0 EE-222 Microprocessor Systems 3-1MATH–232 Complex Variables and Transforms 3-0 MATH-361 Probability & Statistics 3-0

Total 17 Total 19

Semester – V Semester – VICourse Code Course Title Credits Course Code Course Title Credits

MATH-351 Numerical Methods 3-0 EE-371 Linear Control Systems 3-1

EE-330 Digital Signal Processing 3-1 HU-109 Communication Skills 2-0

EE-313 Electronic Circuit Design 3-1 ECO-130 Engineering Economics 2-0

EE-351 Communication Systems 3-1 EE - 383 Instrumentation and Measurements 2-1

EE-241 Electromagnetic Field Theory 3-0 EE-XXX EC-XXX Elective-I 3-X

EE-XXX

EC-XXX Elective – II 3-X

Total 18 Total 17+X

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Semester – VII Semester – VIIICourse Code Course Title Credits Course Code Course Title Credits

OTM-455 Engineering Project Management 2-0 HU-222 Professional Ethics 2-0

MGT-471 Entrepreneurship 2-0 EE-499 Senior Design Project-II 0-4

HU-212 Technical & Business Writing 2-0 XX-XXX University Elective 3-X

EE-498 Senior Design Project-I 0-2 EE-XXXEC-XXX

Elective Lab 0-X

EE-XXXEC-XXX

Elective – III 3-X

EE-XXXEC-XXX Elective – IV 3-X

EE-XXXEC-XXX Elective-V 3-X Total 9+X

Total 17+X Grand Total 131+X

Electronics StreamCourse Code Course Title CreditsEE-412 VLSI Circuit Design 3-0EE-316 Operational Amplifier Applications 3-1EE-318 Solid State Electronics 3-0EE-XXX Selected Topics in Electronics Engi-

neering3-0

Computer Engineering

Course Code Course Title CreditsEC-441 Relational Database Management

System Using Oracle2-1

EC-412 Digital Image Processing 3-0EC442 Management Information Systems 3-0EE-421 Digital System Design 3-1EE-423 Embedded System Design 3-1EC-202 Data Structures and Algorithm 3-1EC-302 Analysis & Design of Algorithm 3-0

EC-320 Computer Organization and Architec-ture

3-1

EC-360 Software Engineering 3-0EC-400 Computer Graphics 3-0EC-240 Database Engineering 3-1EC-452 Machine Learning 3-0EC-413 Computer Vision 3-0EC-416 Parallel & Distributed Processing 3-0EC-440 Data Mining 3-0EC-450 AI & Decision Support Systems 3-0EE-XXX Selected Topics in Computer Engi-

neering3-0

Electives

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Control Engineering Course Code Course Title CreditsEE372 Digital Control Systems 3-1

EE-381 Robotics-I 3-1

Communication System Engineering

Course Code Course Title CreditsEE-352 Communication Systems II 3-1

EE-357 Computer and Communication Net-works

3-1

EE-451 Mobile Communication Systems 3-0

EE-491 Radar Systems 3-1

EE-XXX Selected Topics in Telecommunication 3-0

EE-472 Digital and Industrial Control 3-0

EE-475 Power System Operation and Control 3-0

EE-481 Robotics-II 3-0

EE-XXX Selected Topics in Control Engineering 3-0

RF & Microwave EngineeringCourse Code Course Title CreditsEE-341 Transmission Lines, Antennas &

Wave Propagation3-1

EE-342 Microwave Engineering 3-1EE-344 Wave Propagation and Antennas 3-1

EE-441 Microwave ICs Design 3-0

EE-442 Microwave Devices 3-1

EE-443 Electromagnetic Compatibility 3-0EE-444 Antenna Design 3-0EE-XXX Selected Topics in RF & Microwave 3-0

Power Engineering Course Code Course Title Credits

EE-365 Renewable Energy Systems 3-0

EE-367 Electrical Power Transmission & Distribution

3-1

EE-368 Power Electronics 3-1

EE-461 Power System Analysis and Design 3-0

EE-482 Electric Drives 3-0EE-XXX Selected Topics in Power Engineering 3-0

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MS and PhD in Electrical Engineering (Evening) Specialisation: Microwave Engineering

As modern RF/ microwave circuits and system are mostly based on solid state integrated circuits, this option builds a strong foundation in electrodynamics and semiconductor devices in the first semester. The students can then select additional courses to develop their focus on areas such as antennas, computational electromagnetics, microwave solid state circuits and microwave device development and modelling.

Why join this programme?The Department has a very strong microwave engineering research group. The group has already conducted research work in microwave active and passive circuits, power amplifiers, microwave sub-systems, and antennas for radar and wireless communication. The programme imparts a sound theoretical background combined with hands-on skills that enable the graduating students to undertake product design, and research and development work.

Associated CareersStudents earning a postgraduate degree in microwave engineering specialisation can embark upon engineering careers in industry, R&D organisations, or government and defence establishments.

Coursework Programme Code: 350Semester-I Semester-IICourse Code Course Title Credits Course Code Course Title Credits

Core Courses Core CoursesEE-835 Electromagnetic Field Analysis 3 EE-898 Weekly SeminarEE-838 Semiconductor Device Physics 3 Electives (Two of the following)EE-898 Weekly Seminar EE-845 Radiating Systems & Antennas 3

EE-837 Microwave Networks & Passive Components

3

Electives (Any One) EE-843 Microwave Devices I 3

EE-826 Linear Control Systems 3 Electives (One of the following)EE-866 Advanced DSP 3 EE-827 Non- linear Control Systems 3EE-863 Stochastic Systems 3 EE-966 Detection & Estimation 3

Total 9 EE-869 Adaptive Filters 3EE-849 Advanced Digital Communication 3

Total 9 Total 9

Semester-III Semester-IVCourse Code Course Title Credits Course Code Course Title CreditsEE-898 Weekly Seminar EE-899 Thesis 6

Electives (Two of the following)EE-836 Computational EM 3 EE-898 Weekly SeminarEE-839 Microwave IC Design 3EE-844 Microwave Devices II 3 Total 6

Total 6 Grand Total 30

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MS and PhD in Electrical Engineering (Evening)

Specialisation: Solid State Electronics

Advances in electronics are based on new and novel semiconductor devices and processes. This option offers a fine combination of courses for students wishing to develop expertise in design and development of semiconductor devices for a given application. In particular, the focus is on microwave semiconductor devices, process development and device design and development.

Why join this programme?Exciting research is taking place in the field of semiconductors. Recent developments, such as those based on materials like gallium nitride, have expanded the range of applications of semiconductor devices and have opened up many opportunities for those having expertise in device design and development and process development. This programme prepares students to undertake research and development activity in advanced semiconductor devices and process development.

Associated CareersStudents earning a postgraduate degree with Solid State Electronics specialisation from Department of Electrical Engineering, are well-placed to embark upon engineering their careers in industry, R&D organisations or government and defence establishments.

Coursework Programme Code: 350Semester-I Semester-IICourse Code Course Title Credits Course Code Course Title Credits

Core Courses Core CoursesEE-838 Semiconductor Devices Physics 3 EE-843 Microwave Devices I 3EE-876 Semiconductor Processing 3 EE-874 Solid State Electronics 3EE-898 Weekly Seminar EE-898 Weekly Seminar

Electives (One of the following) Electives (One of the following)EE-826 Linear Control Systems 3 EE-827 Non-linear Control Systems 3EE-839 Electromagnetic Fields and waves 3 EE-877 Thin Film Processing 3EE-863 Stochastic Systems 3 EE-845 Radiating Systems & Antennas 3EE-873 Quantum Mechanics 3

Total 9 Total 9


Electives (Two of the following) EE-898 Weekly Seminar

EE-836 Computational EM 3EE-844 Microwave Devices II 3EE-875 Photonic Devices 3EE-878 Thin Film Characterisation 3

Total 6 Total 6Grand Total 30

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MS and PhD in Electrical Engineering (Evening) Specialisation: Digital Signal Processing & Communication Systems

Digital signal processing techniques have revolutionised the technological developments recently. They have especially enhanced modern developments in communication systems. Therefore, a blend of digital signal processing and communication techniques will indeed equip a student with the necessary tools to undertake R&D in modern communication systems.

Why join this programme?Digital signal processing and its applications in different fields have literally transformed the world. The programme will help in enhancing the understanding and skills of the students, for R&D in modern communication systems. The faculty members are professional engineers and scientists, each actively engaged in research work as well.

MS Coursework Programme Code: 201Semester-I Semester-IICourse Code Course Title Credits Course Code Course Title Credits

Core Courses Core CoursesEE-863 Stochastic Systems 3 EE-849 Advanced Digital Communication 3EE-866 Advanced DSP 3 EE-966 Detection & Estimation 3EE-898 Weekly Seminar EE-898 Weekly Seminar

Electives (One of the following) Electives (One of the following)EE-826 Linear Control Systems 3 EE-827 Non -linear Control Systems 3EE-835 Electromagnetic Fields Analysis 3 EE-845 Radiating Systems & Antennas 3

EE-850 Spatial Array Processing 3EE-869 Adaptive Filters 3

Total 9 Total 9

Semester-III Semester-IVCourse Code Course Title Credits Course Code Course Title CreditsEE-898 Weekly Seminar 3 EE-899 Thesis 6

Electives (One of the following) EE-898 Weekly Seminar

EE-828 Filtering & Tracking 3

EE-848 Information & Coding Theory 3EE-851 Wireless Communication 3EE-880 Digital Integrated Circuit Design 3

Total 6 TotalGrand Total 30

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MS and PhD in Electrical Engineering (Evening)

Specialisation: Control Systems

Control Systems Engineering is the foundation of modern industrial development. This sequence builds a strong base in systems engineering and links it to the control systems theory of linear and non-linear systems. A heavy dose of abstract linear algebra and control theory enables students to handle systems in domains of their interest as researchers. The continuous-time control theory is also extended to discrete-time to enable the development of modern computer-based control systems. The option also focuses on more modern and sophisticated adaptive, optimal, robust, neuro-fuzzy and learning control concepts, etc.

Why join this programme?Modern developments in the world especially in industrial and military applications are mostly due to enhancements in control systems. Most modern control systems happen to be the main technologies behind all the precision machines and weapon systems. The associated developments in sensor technologies, actuating systems, system model identification, digital instrumentation and signal processing tools are playing vital roles in these sophisticated control systems. The faculty members associated with this specialisation are professional engineers and scientists, each actively engaged in research work as well as teaching.

Note: PhD students will complete additional requirements of 800/900 level coursework (18 credit hours) beyond their Masters degree as recommended by the doctoral Guidance and Examination Committee and conduct original and independent research work to produce PhD thesis (EE-999 PhD Thesis) which is a mandatory requirement for award of PhD degree.

MS Coursework Programme Code: 201Semester-I Semester-IICourse Code Course Title Credits Course Code Course Title Credits

Core Courses EE-898 Weekly Seminars

EE-826 Linear Control Systems 3 Elective (Two of the following)EE-863 Stochastic Systems 3 EE-827 Non-linear Control systems 3EE-898 Weekly Seminar EE-832 Opt Multivariable Control 3

Electives (One of the following) EE-833 Robust Control 3

EE-834 Digital Control 3 Electives (One of the following)EE-866 Advanced DSP 3 EE-829 System Identification 3

EE-849 Advanced Digital Communication

3

EE-869 Adaptive Filters 3Total 9 EE-966 Detection & Estimation 3

Total 9


Elective (Two of the following) EE-898 Weekly Seminar -EE-828 Filtering & Tracking 3EE-830 Adaptive Control 3EE-867 Fuzzy Systems and Control 3

Total 6Total 6 Grand Total 30

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Department of Mechanical EngineeringThe Department faculty possess competence in their respective areas of specialty reflected through their academic and industrial work experiences. In addition to maintaining continuity and academic standards, all faculty members at the Department are committed to the development of the programme.

Bachelors in Mechanical EngineeringThe Programme is designed to inculcate a comprehensive understanding of theory and practice related to structural mechanics, thermofluids, design and manufacturing. It is a unique blend of engineering sciences with well-balanced laboratory work, design project and manufacturing processes with extensive usage of computers and latest software packages.

Scheme of Studies Programme Code: 302

Semester-I Semester-IICourse Code Course Title Credits Course Code Course Title CreditsPHY-102 Applied Physics 2-1 MATH-121 Linear Algebra & ODEs 3-0MATH-105 Calculus & Vector Algebra 3-0 CH-101 Applied Chemistry 2-1EC-102 Computer Systems & Programming 2-2 HU-101 Islamic Studies 2-0HU-100 English 2-0 HU-107 Pakistan Studies 2-0ME-110 Engineering Drawing & Graphics 1-1 ME-111 CAD 1-1ME-121 Workshop Practice 1-2 ME-112 Engineering Statics 3-0

ME-130 Thermodynamics-I 3-0Total 17 Total 18

Semester-III Semester-IVCourse Code Course Title Credits Course Code Course Title CreditsMATH-241 Vector Calculus & PDEs 3-0 MATH-231 Fourier & Complex Analysis 3-0HU-109 Communication Skills 2-0 EE-103 Electrical Engineering 2-1ME-210 Engineering Dynamics 3-0 ME-211 Mechanics of Materials-I 3-0ME-220 Engineering Materials 3-0 ME-221 Manufacturing Processes 3-0ME-230 Fluid Mechanics – I 3-0 ME-222 Mechanics & Manufacturing Lab –I 0-1ME-231 Thermodynamics- II 3-0 ME-233 Fluid Mechanics-II 3-0ME-232 Thermodynamics Lab 0-1 ME-234 Fluid Mechanics Lab 0-1

Total 18 Total 17

Semester-V Semester-VICourse Code Course Title Credits Course Code Course Title CreditsMATH-361 Probability & Statistics 3-0 MATH-351 Numerical Methods 3-0HU-212 Technical and Business Writing 2-0 ME-313 Theory of Machines 3-0ME-310 Mechanics of Materials-II 3-0 ME-314 Control Systems 3-0ME-311 Machine Design 3-0 ME-324 Engg Management & Economics 2-0ME-312 Measurement & Instrumentation 2-0 ME-330 Heat & Mass Transfer 3-0ME-323 Mechanics & Measurements Lab 0-1 ME-331 Refrigeration & Air Conditioning 3-0EE-212 Basic Electronics 2-1 ME-332 Heat Transfer & HVAC Lab 0-1

Internship (Pass/Fail basis) - Total 17 Total 18

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Semester-VII Semester-VIIICourse Code Course Title Credits Course Code Course Title CreditsME-420 Project Management 2-0 HU-222 Professional Ethics 2-0MGT-471 Entrepreneurship 2-0 XX-4XX Elective –III 3-0ME-421 Mechanical Vibrations 3-0 XX-4XX Elective – IV 3-0ME-410 Vibrations & Controls Lab 0-1 ME-499 Design Project 0-4ME-422 Production Tooling & Automation 2-0ME-423 Mechanics & Manufacturing Lab –II 0-1XX-4XX Elective – I 3-0XX-4XX Elective – II 3-0ME-499 Design Project 0-2

Total 19 Total 12Grand Total 136

Electives

Course Code Course Title Credits Course Code Course Title CreditsME-440 Fundamentals of Aerodynamics 3-0 ME-460 Gas Turbines 3-0ME-441 Applied Heat Transfer 2-1 ME-461 Fuel Cell Technology 3-0ME-442 Applied Thermodynamics 3-0 ME-462 Power Plant Engineering 3-0

ME-443 Automotive Technology 2-1 ME-463 Power System Analysis 3-0ME-444 Basic Naval Architecture 3-0 ME-464 Renewable Energy Technologies 3-0ME-445 Computational Fluid Dynamics 3-0 ME-465 Robotics and Automation 3-0ME-446 Computer Aided Engineering 1-2 ME-466 Ship Propulsion Engineering 3-0ME-447 Computer Aided Thermal System

Design 2-1 ME-467 Solar Energy Systems 3-0

ME-448 Internal Combustion Engines 3-0 ME-468 Vehicle Design Performance 3-0ME-449 Introduction to Oil and Natural Gas

Engineering 3-0 M&S-401 Introduction to Modeling and

Simulation 2-1

ME-450 Laser & its applications 3-0 RIME-221 Introduction to Mechatronics Design Fundamentals

2-1

ME-451 Marine Environment Issues 3-0 DME-470 Automotive Manufacturing Systems

3-0

ME-452 Optimization Techniques 3-0 DME-471 Computer Applications in Automobile Manufacturing

3-0

ME-453 Power Generation and Distribution 3-0 DME-472 Computer Applications in Manufacturing Systems

3-0

ME-454 Electrical Machines 3-0 DME-473 Industrial Maintenance Management

3-0

ME-455 Energy Conversion and Power Electronics

3-0 DME-474 Logic Design & Micro-processors 2-1

ME-456 Engine Tribology 3-0 DME-475 Logistics and Inventory Management

3-0

ME-457 FEM applications in Automobile 3-0 DME-476 Ergonomics, Work Study and Methods Engineering

3-0

ME-458 Finite Element Methods 3-0 DME-477 FEM applications in Manufacturing

3-0

ME-459 Gas Dynamics 3-0

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MS and PhD in Mechanical Engineering (Evening)

Focus Areas: Manufacturing Engineering, Thermofluids & Controls The curriculum of the program has been developed to equip the students with in-depth knowledge of Mechanical Engineering and develop technical skills for design and operation of mechanical systems. The course is being offered in four specialized areas namely; Product and Manufacturing Systems Design, Computational Mechanics, Control Systems and Thermo-fluids. Each System has its own pool of elective courses. The core courses deal with modeling and simulation techniques, optimization tools and techniques, finite element methods and advanced mathematics. The Department is actively carrying out research in the areas of Composite Materials, Energy Efficient Buildings, Renewable Energy and Manufacturing Optimization.

Why join this programme?

This programme enables graduates to acquire training in the theory and practice of a broad range of industrially relevant topics within the fields of thermodynamics and fluid mechanics. It is designed specifically to meet the needs of the modern engineer both in industry and in research or education establishments. After completion of this course, the students will be able to analyse and manufacture various components of a host of machinery i.e., gas turbines, control devices, jet engines and power plants, and develop more efficient ways to keep them running smoothly.

MS Coursework Programme Code: 351 Core Courses (Common to all the four Specialisations)Course Code Course Title CreditsMTH-811 Advanced Mathematics 03ME-834 Modelling and Simulation 03

ME-833 Optimization of Engineering Systems 03ME-801 Finite Element Method 03

Elective Courses– Product and Manufacturing Systems Design (Any Four)Course Code

Course Title Credits

ME-832 Advanced Manufacturing Processes 03DME-821 Rapid Prototyping, Tooling &

manufacturing 03

DME-826 Manufacturing System Design and Management

03

DME-814 Computer Integrated Manufacturing 03DME-837 Material Selection and Design 03ME-862 Joining of Materials and Structures 03ME-865 Product Design Fundamentals 03DME-822 Laser Material Processing 03ME-867 Mechanics of Fibre Reinforced

composites (FRC Materials) 03

ME-866 Form Synthesis & applied stress analysis of Machinery

03

ME-811 Advanced Control Systems 03

ME-822 Computational Fluid Dynamics-I 03

MEM-823 Operations Research 03ME-846 Advanced Mechanics of Material 03ME-847 Theory of Plasticity 03

ME-848 Fracture Mechanics 03

DME-813 Product Lifecycle Management 03

DME-827 Special Topics in Manufacturing Engineering

03

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Note: PhD students will complete the requirment of 800/900 level coursework (18 credits) to be decided by thedoctoral Guidance and Examination Committee (GEC).

Elective Courses - Control Systems (Any Four)Course Code


EE-840 Fuzzy Control Systems 03CS&E-846 Modelling and Artificial Intelligence 03

ME-811 Advanced control Systems-I 03ME-812 Advanced control Systems-II 03ME-817 Digital Control System 03

ME-816 Advanced Modelling and simulation

03

EM-800 Introduction to Advanced Robotics 03

EE-827 Nonlinear Control Systems 03

DME-821 Rapid Prototyping, Tooling & manufacturing

03

DME-826 Manufacturing System Design and Management

03

DME-814 Computer Integrated Manufacturing

03

MTH-850 Advanced Numerical Analysis 03ME-814 Modelling and Simulation of

Dynamic Systems03

ME-832 Advanced Manufacturing Processes 03ME-822 Computational Fluid Dynamics and

Heat Transfer03

Elective Courses - Thermo-fluids (Any Four)Course Code


ME-821 Heat and Mass Transfer 03CS&E-823 Theory of Elasticity 03

ME-817 Gas Dynamics 03

EE-827 Nonlinear Control Systems 03

CS&E-816 Advanced Combustion 03

CS&E-817 Advanced Propulsion 03

ME-834 Thermal System Design 03

ME-836 Internal Combustion Engines 03ME-822 Computational Fluid Dynamics and

Heat Transfer03

MEM-823 Operations Research 03

ME-832 Advance Refrigeration and Air-conditioning

03

ME-821 Advanced Fluid Mechanics 03

Research Credits

Course Code Course Title Credits

DME-899 Thesis 06

Total 30

Elective Courses - Computational Mechanics (Any Four)Course Code


ME-821 Advanced Fluid Mechanics 03MTH-850 Advanced Numerical Analysis 03

CS&E-822 Advanced Theory of Vibration 03CS&E-855 Parallel & Distributed Simulation for

Research03

ME-822 Computational Fluid Dynamics-I 03

ME-826 Computational Fluid Dynamics-II 03ME-846 Advanced Mechanics of Material 03

ME-847 Theory of Plasticity 03

ME-848 Fracture Mechanics 03

ME-821 Heat and Mass Transfer 03ME-823 Gas Dynamics 03CS&E-823 Theory of Elasticity 03ME-867 Mechanics of Fibre Reinforced

composites (FRC Materials) 03

ME-865 Product Design Fundamentals 03ME-814 Modelling and Simulation of

Dynamic Systems03

ME-832 Advanced Manufacturing Processes 03ME-822 Computational Fluid Dynamics and

Heat Transfer03

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Department of Computer Engineering

Bachelors in Computer EngineeringThe programme provides high quality engineering education with a sound theoretical foundation and hands-on practice of developing and designing computer hardware as well as software systems and products to prepare them for leadership in industry, business, academia and government departments.

Scheme of Studies Programme Code: 303Semester-I Semester-IICourse Code Course Title Credits Course Code Course Title CreditsMATH-105 Calculus & Vector Algebra 3-0 MATH-121 Linear Algebra & ODEs 3-0EE-111 Linear Circuit Analysis 3 -1 EE-211 Electrical Network Analysis 3-1EC-120 Computing Organization 2 -1 EC-101 Algorithms and Computing 2-1PHY-102 Applied Physics 2 -1 EC-210 Logic and Sequential Circuit Design 3-1HU-100 English 2 -0 ME-105 Workshop Practice 0 -1HU-107 Pakistan Studies 2 -0 ME-100 Engineering Mechanics 3-0

Total 17 Total 18

Semester-III Semester-IVMATH-241 Vector calculus & PDEs 3-0 MATH-231 Fourier & Complex Analysis 3-0ME-104 Engineering Drawing 0 -1 XXX CE Depth Elective-I 3-0EE-215 Electronic Devices & Circuits 3 -1 EC-221 Operating Systems 3-0EC-200 Data Structures 3 -1 EC-201 Object Oriented Programming 3-1EC-220 Computer System Architecture 3 -1 HU-109 Communication Skills 2 -0HU-101 Islamic Studies 2 -0 EC-103 Computer Application in Engineering

Design 2 -1

Total 18 Total 18

Semester-V Semester-VICourse Code Course Title Credits Course Code Course Title CreditsMATH-361 Probability and Statistics 3-0 MATH-351 Numerical Methods 3-0 EC-310 Microprocessor and

Microcontroller Based Design 3-1 EE-371 Linear Control Systems 3-1

EC-330 Computer Networks 3-1 CE Depth Elective-II 3-0EE-231 Signals & Systems 3-1 CE Depth Elective-III 2 -1EC-240 Database Engineering 3 -1 HU-212 Technical & Business Writing 2-0

EC-312 Digital Image Processing 2-1Total 19 Total 18

Semester-VII Semester-VIIICourse Code Course Title Credits Course Code Course Title CreditsOTM-455 Engineering Project Management 2-0 MGT-471 Entrepreneurship 2-0 EC-350 AI and Decision Support System 3-1 ECO-130 Engineering Economics 2-0

CE Depth Elective-IV 2-1 HU-222 Professional Ethics 2 -0CE Depth Elective-V 3 -1 EC-499 Design Project-II 0-4

EC-431 Digital Communication 2 -1EC-499 Design Project-I 0-2 Total 10

Total 18 Grand Total 136

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Electives Course Code Course Title CreditsEC-360 Software Engineering 3-0EC-311 Digital Signal Processing 3-0EC-301 Computer Graphics 2-1EC-430 Mobile Networks 2-1EC-410 Digital System Design 3-1 EC-460 Software Design & Testing 2-1EC-432 Wireless Communication 2-1EM-430 Introduction to Robotics 3-0EM-440 Industrial Automation 2-1EE-473 Fuzzy Control 3-0 EC-411 Digital Instrumentation and Systems 2-1EC-433 Integrated Services over Packet Networks 2-1EE-215 Electrical Machines 2-1EE-439 Laser and its Applications 2-0EE-415 Energy Conversion & Power Electronics 3-1

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MS and PhD in Computer Engineering

The objective of the programme is to train students to contribute to advanced computer engineering technology research and to apply emerging research results for development of computer systems. Graduates will have advanced knowledge and skills to perform more effectively in the application, evaluation, design and technical competence in the foundation areas of computer systems engineering. The subjects with modular course structure are taught by leading researchers. The courses focus on coherent computer systems in engineering themes, providing a balance, co-ordinated and application-oriented coverage of up-to-date topics.

Why join this programme?The programme prepares students to gain advanced knowledge and skills to meet present-day challenges. Mostly the faculty is PhD qualified from renowned universities of the world.

Programme Code: 352

Core courses Core coursesCourse Code Course Title Credits Course

CodeCourse Title Credits

EC-825 Advanced Digital System Design 3 EC-866 Advanced Digital Signal Processing 3EC-820 Advanced Computer Architecture 3 Elective Courses (Any Two)

Elective Courses (Any One) EC-822 Parallel Processing Computer Systems 3

EC-812 Advanced Operating System 3 EC-802 Pattern Recognition and Analysis 3EC-835 Digital Image Processing 3 EC - 830 Adaptive Control 3CSE-880 Advanced Software Engineering 3 EC - 863 Analysis of Stochastic System 3MTH -851 Numerical Analysis 3

Total 9 Total 9

Semester- I Semester- II

Scheme of Studies

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Core coursesCourse Code Course Title Credits Course

CodeCourse Title Credits

EC-847 Digital Communication 3 EC-899 Thesis 6

Elective Courses (Any One)EC-848 Wireless Communication 3

EC-803 Computer Vision 3EC-910 Selected Topics in Computer

Networks and Distributed Systems3

Total 6 Total 30

Semester- III Semester- IV

MS and PhD in Computer Software Engineering

The objective of computer software engineering programme is to prepare students for a variety of rewarding careers. Innovation and creativity is the major focus of the programme. A range of subjects help students in acquiring skills and qualities needed to contribute to this very attractive discipline. Knowledge gained through this programme prepares students for professional competence of computer applications in the field of computing, information and communication systems.

Why join this programme?MS Computer engineering programme prepares students to gain advanced knowledge and to meet present-day challenges. The curriculum has been designed to match the skills and aspiration of the students and to keep pace with rapid advancement to meet growing needs of computing and information technologies. The entire faculty teaching the courses is PhD qualified from renowned universities of the world.

Programme Code: 354

Semester- I Semester- II

Core coursesCourse Code Course Title CreditsCSE-860 Advanced Software Engineering 3CSE-861 Software System Design and

Architecture3

Elective Courses (Any One)CSE-812 Advanced Operating Systems 3

CSE-850 Digital Image Processing 3CSE-831 Design and Theory of Algorithms 3CSE-898 Research Methodologies 3CSE-802 Pattern Recognition 3CSE-825 Advanced Computer Networks 3CSE-813 Design of Parallel and Distributed

Systems3

CSE-807 Machine Learning 3

CSE-808 Bio Informatics Systems 3

CSE-809 Bio Inspired Systems 3Total 9

Core coursesCourse Code Course Title CreditsCSE-862 Software Requirement Engineering 3CSE-863 Software Quality Engineering 3

Elective Courses (Any One)CSE-805 Adanced Artificial Intelligence 3

CSE-876 Web Engineering 3CSE-830 Advanced Algorithm Analysis 3CSE-864 Team based Software Development 3CSE-835 Advanced Algorithmic Graph theory 3CSE-828 Network security 3CSE-827 Wireless Communication 3

CSE-826 Advanced Computer Network Design and System Security

3

CSE-814 Distributed Systems and Resource Optimization

3

Bio Inspired Systems 3Total 9

Scheme of Studies

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Semester- III Semester- IVCore coursesCourse Code Course Title CreditsCSE-868 Software Project Management 3

CSE-803 Computer Vision 3

CSE-865 Human computer Interface 3

CSE-801 Artificial Neural Networks 3

CSE-877 Software Development for Web 3CSE-871 Business Process Reengineering 3CSE-9867 Formal Methods 3

CSE-820 Advanced Computer Architecture 3CSE-851 Wavelet Compression 3CSE-910 Selected Topics in Computer

Networks3

MTH -851 Numerical Analysis 3

Elective Courses (Any One)

Course Code Course Title CreditsCSE-899 Thesis 6

Total 30

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Department of Mechatronics Engineering

Bachelors in Mechatronics Engineering

Mechatronics refers to a flexible, multi-technological approach for integration of mechanical engineering, computer engineering, electronics and information sciences. Mechatronics is essential in the design of intelligent products. It allows engineers to transform their virtual concepts into real life applications. It is a relatively new concept relating to the design of systems, devices and products aimed at achieving an optimal balance between basic mechanical structure and its overall control. The programme involves research and coursework that will push the frontiers of technology in intelligent product design and development. The research activities involve design and control of intelligent robotic systems and automated machines.

Why join this programme?Modern state-of-the-art industries have changed rapidly from pure mechanical-, manufacturing-, and process-controlled type to electro-mechanical, fully automated and computerised. It has become the requirement for people working on those processes and production lines to have knowledge of all the related systems.

Associated CareersGraduates will have strong command on engineering principles as well as a sound capability of converting concepts to reality. They could find themselves in industry engaged with maintenance and operation of plant equipment such as boilers, compressors, turbines, instrumentation, automation and control of advanced industrial processes using such tools as PLC and microcontroller-based control systems, process simulation for plant modifications, defence and R&D applications, engineering management, or a variety of similar areas.

Many of our alumni have gone on to pursue further studies in renowned institutions of the world, in a variety of fields, such as Control Engineering, Digital Signal Processing, Power Electronics, Robotics, Artificial Intelligence, Mobile Robotics, Machine Vision and Distributed Robotics.

Scheme of Studies Programme Code: 304Semester-I Semester-IICourse Code Course Title Credits Course Code Course Title CreditsMATH- 105 Calculus and Vector Algebra 3-0 MATH-121 Linear Algebra & ODEs 3-0HU-100 English 2-0 ME-109 Engineering Drawing 0-2PHY-102 Applied Physics 2-1 EC-100 Algorithm and Computing 3-1ME-120 Workshop Practice 0-2 EE-114 Network Analysis 2-1ME-112 Engineering Statics 3-0 HU-107 Pakistan Studies 2-0EE-113 Electric Circuits 3-1 HU-212 Tech & Business Writing 2-0

HU-101 Islamic Studies 2-0Total 17 Total 18

Semester-III Semester-IVCourse Code Course Title Credits Course Code Course Title CreditsMATH-243 Vector calculus 3-0 MATH-233 Fourier ,Complex Analysis & PDEs 3-0MTS-233 Electronics Devices & Principles 3-1 MTS-234 Electronics Circuit Design 3-1HU-109 Communication Skills 2-0 HU-222 Professional Ethics 2-0ME-210 Engineering Dynamics 3-0 ME-206 Mechanics of Materials 2-1MTS-226 Materials and Manufacturing

Processes3-0 EE-223 Digital Logic Design 2-1

EC-204 Data Strc and OOP 3-1 MTS-232 Electro-Mechanical Systems 3-1MTS-220 Solid Modeling 0-1

Total 20 Total 19

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Semester-V Semester-VICourse Code Course Title Credits Course Code Course Title CreditsMATH-352 Numerical Methods 2-1 MATH-361 Probability & Statistics 3-0MTS-310 Microcontroller Based Systems 2-2 ME-304 Mechanical Vibrations 2-0MTS-322 Design of Machine Elements 3-0 MTS-315 Mechatronics System Design 2-2ME-302 Thermodynamics 2-1 ME-313 Theory of Machines 3-0MTS-336 Instrumentation and

Measurements3-1 MTS-337 Industrial Electronics 2-1

OTM-455 Engineering Project Management 2-0 ECO-130 Engineering Economics 2-0Total 19 Total 17

Semester-VII Semester-VIIICourse Code Course Title Credits Course Code Course Title

CreditsMTS-417 Introduction to Robotics 3-1 MGT-471 Entrepreneurship 2-0

MTS-xx Elective I 3-0 MTS-XX Elective II 3-0EE-371 Linear Control Systems 3-1 MTS-499 Senior Design Project II 0-4MTS-419 Manufacturing Automation 2-1ME-403 Fluid Mechanics 3-1MTS-499 Senior Design Project I 0-2 Total 9 Total 20 Grand Total 139

Course Code Course Title Credits Course Code Course Title Credits

MTS-418 Applied Robotics 3 EE-470 Fuzzy Logic 3

EE-370 Digital Control Systems 3 M&S-401 Introduction to Modelling & Simulation

3

EE-484 Electric Instrumentation 3 ME-450 Laser & its Applications 3

MGT-174 Elements of Business 3 EE-451 Mobile Communications Systems 3MTS-415 Special Topics in Mechatronics 3 EC-331 Digital Signal Processing 3

Elective Courses

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MS and PhD in Mechatronics Engineering

Mechatronics engineering blends the disciplines of mechanical, electrical and software engineering around the principles of control systems and automation. Mechatronics engineers create and work with systems that have various degrees of automation, which are increasingly becoming common such as robots and automobiles.

Programme combines in-depth technical knowledge required to work in this fast-changing discipline with broader aspects of engineering. The course is strongly influenced by industrial perspectives. The course features the use of state-of-the-art facilities and is strongly influenced by industrial perspectives. These facilities include Robotics, Manufacturing, Machine Vision and Embedded Systems Labs.

MS Coursework Programme Code: 355 Core Courses Course Code Course Title CreditsEM-800 Advanced Robotics I 3EM-820 Advanced Manufacturing Design Techniques 3EC-835 Digital Image Processing 3EM-840 Data Acquisition and Control 3EM-870 Advanced Embedded System 3

Elective Courses (any three) MTH-811 Advanced Engineering Mathematics 3ME-833 Optimisation of Engineering Systems 3EC-802 Pattern Recognition and Analysis 3EE-829 System Identification 3EE-832 Opt Multivariable Control 3EE-833 Robust Control 3

EE-834 Digital Control 3EE-861 Optimal Control 3EM-805 Advanced Robotics II 3EM-806 Mobile Robotics 3EM-807 Real Time Systems 3EM-809 Industrial Robotics 3EM-810 Advanced Control System 3EM-812 Industrial Control Systems 3EM-830 Advanced Mechatronics System

Design3

PhD Courses (any six courses from the following) Course Code Course Title CreditsME-814 Modelling and Simulation of Dynamic Systems 3ME-856 Combustion in Fuel Cell Systems 3ME-857 Fuel Cell Fundamentals and Technology 3ME-932 Rapid Prototyping and Manufacturing 3EC-825 Advanced Digital Systems Design 3EE-827 Non-Linear Control Systems 3EE-828 Filtering and Tracking 3EE-838 Semiconductor Device Physics 3EE-863 Stochastic Systems 3EE-830 Adaptive Control 3EE-866 Advanced Digital Signal Processing 3EE-875 Photonic Devices 3

EM-842 Sensors and Sensing Technology 3EM-851 MEMs 3EM-855 Motion Planning for Mobile Robotics 3EM-859 Micro and Nano Fabrication 3EM-860 Advanced Artificial Intelligence 3EM-861 Pervasive and Ambient Intelligence 3EM-864 Computational Intelligence and

Intelligent Systems3

EM-865 Paradigms of AI 3EM-867 Fuzzy Control System 3EM-872 Logic and Logic Programming 3EM-880 Computer Vision 3EM-890 Modelling and Simulation - I 3EM-891 Cognitive Robotics 3EM-892 Advanced Topics in HMI 3EM-899 Thesis 6

Total 30

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EE-905 Speech Processing 3EE-966 Detection and Estimation 3CS-801 Artificial Neural Networks 3CSE-804 Machine Learning 3CSE-876 Human Computer Interaction 3CSE-887 Bio-inspired Systems 3IS-809 Biometrics 3EM-901 Natural Language Processing 3EM-921 Multi-Agent Systems 3EM-952 Nano-electronics 3EM-955 Motion Planning for Dynamic Environments 3EM-966 Reinforcement Learning 3EM-968 Genetic Programming 3EM-969 Heuristics and Evolutionary Algorithms 3EM-990 Special Topics for PhD Programme 3EM-999 Dissertation 30

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MS Coursework Programme Code: 356Core CoursesCourse Code Course Title CreditsMEM-801 Project Management 3MEM-802 Design, Patents, Contract and Legal Engineering 3MEM-803 Quality Engineering 3MEM-804 Engineering Ergonomic and Work Study 3MEM-805 Production System Design and Analysis 3MEM-806 Facility Planning and Layout 3MEM-899 Thesis 6

Elective Courses (Any two)MEM-804 Engineering Ergonomic and Work Study 3MEM-808 Operation Management 3MEM-809 Simulations Modelling 3MEM-810 Production Planning and Control 3MEM-811 Advanced Practices in Engineering Management 3MEM-812 Environment and Safety Management 3MEM- 813 Industrial Costing Management 3MEM-814 Technology Management 3

Total 30

Department of Engineering Management

MS and PhD in Engineering Management (Evening)

The Engineering Management programme is designed to equip engineers for top management positions, like technical executives in manufacturing and service organisations both in public and private sectors. Latest courses and management tools provide the students with in-depth knowledge and skills in this field. The programme is structured in accordance with the international standards and comparable with similar programmes being offered at other reputed universities in the world.

Why join this programme?Effective and efficient management is one of the important aspects in career progression for every engineer, irrespective of discipline, organisation, employment and position. Most of the engineering graduates, after completing their bachelors degree, enter the job market in their respective engineering discipline and are involved in technical work. Within 5-7 years of their employment, they are less involved in technical fields and more in management aspects of technical enterprises. This programme endeavours to transform students, who are already graduate engineers, with a diversified engineering discipline into visionary technical leaders, skilful communicators, and high achievers.

Associated Careers

The engineers so prepared, are the ultimate candidates for the positions of Chief Executive Officers, Chief Operating Officers, Chief Technical Officers, and other technical management positions in technology-oriented industrial and service organisations.

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PhD Coursework (Any six courses according to area of specialisation)Course Code Course Title CreditsMEM- 815 Advanced Research Methods 3MEM- 816 Productivity Management 3MEM-817 Marketing of Technology and Industrial Products 3MEM-818 Contract Management 3MEM-819 Management of Technical Organisations 3MEM-820 Supply Chain Management 3MEM-821 Engineering Optimisation Management 3MEM-822 Probability & Statistics for Engineers 3MEM-823 Operation Research 3MEM-824 Risk Management 3MEM-825 Problem-solving and Decision-making in Engineering

Organisations3

MEM-826 E- Management 3MEM-827 Innovation & New Product Management 3MEM-828 Time Management 3MEM-829 Energy Resources Management 3MEM-830 Waste Management 3MEM-831 Maintenance Management 3MEM-832 Human Resources Management 3MEM-833 Financial Management 3MEM-999 Dissertation 30

Total 48

EME Prospectus.pdf

Documents

Transcript of EME Prospectus.pdf