Graduate Programs
- PhD Mechanical Engineering
- M.Sc Thermal Power Engineering
- M.Sc Mechanical Design Engineering
- M.Sc Renewable Energy Systems Engineering
- M.Sc Railway Engineering
PhD Mechanical Engineering
The Department of Mechanical Engineering at UET Lahore has been offering a Ph.D. degree in Mechanical Engineering since 1971, which is in compliance with the international standards and recommendations. The curriculum and research activities during the program strictly follows the mandatory requirements provided by the Higher Education Commission. The program aims to enable the doctoral students to independently conduct novel research on a focused and well-defined topic. During this program, doctoral students will have the opportunity to investigate more deeply the discipline’s frontiers of research and advanced cutting edge technologies. The program fosters research aptitude and communication skills of the doctoral student and prepares them for a productive career in academia and research and development organizations
To produce independent research scholars with strong knowledge, problem solving and state of the art analytical skills to solve contemporary socio-techno-economic problems while following work ethics.
Title | Description |
PEO1 | Demonstrate theoretical knowledge and analytical skills in relevant areas of expertise in Mechanical Engineering. |
PEO2 | Acquire and independently apply multidisciplinary skills to research into contemporary socio-techno-economic problems in Mechanical Engineering. |
PEO3 | Work for sustainable development of society. |
Title | Type | Description |
PLO1 | Engineering Knowledge | An ability to apply knowledge of mathematics, science, engineering fundamentals and an engineering specialization to the solution of complex engineering problems. |
PLO2 | Problem Analysis | An ability to identify, formulate, research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences and engineering sciences. |
PLO3 | Design/Development of Solutions | An ability to design solutions for complex engineering problems and design systems, components or processes that meet specified needs with appropriate consideration for public health and safety, cultural, societal, and environmental considerations. |
PLO4 | Investigation | An ability to investigate complex engineering problems in a methodical way including literature survey, design and conduct of experiments, analysis and interpretation of experimental data, and synthesis of information to derive valid conclusions. |
PLO5 | Modern Tool Usage | An ability to create, select and apply appropriate techniques, resources, and modern engineering and IT tools, including prediction and modeling, to complex engineering activities, with an understanding of the limitations. |
PLO6 | Impact of Engineering on Society and Environment | An ability to understand and evaluate contemporary complex engineering problems and synthesize the impact of Professional engineering practice with business, societal and environmental perspectives. |
PLO7 | Ethics | Apply ethical principles and commit to professional ethics, responsibilities and norms in global, social, intellectual and technological contexts. |
PLO8 | Leadership and Management | An ability to create social influence through effective leadership and management skills for the accomplishment of multidisciplinary projects in diverse environments. |
PLO9 | Lifelong Learning | An ability to recognize importance of and pursue lifelong learning in the broader context of innovation and technological developments. |
Course Code | Course Title |
ME-701 | Non-linear Heat Transfer |
ME-702 | Heat Conduction |
ME-703 | Multiphase Flow |
ME-704 | Design of Experiment in Mechanical Engineering |
ME-705 | Time Series Modeling, Analysis and Forecasting |
ME-706 | Turbulent Flow |
ME-707 | Non-linear Vibrations |
ME-708 | Vibration of Complex Mechanical Systems |
ME-709 | Fatigue Analysis and Design |
ME-710 | Engineering Optimization |
ME-711 | Numerical Solutions of Partial Differential Equation |
ME-712 | Advanced Robotics and Automation |
ME-713 | Additive Manufacturing Engineering |
ME-714 | Advanced Stochastic Modeling & Simulation |
ME-715 | Tribology and Wear Engineering |
ME-716 | Toyota Production System |
ME-717 | Digital Manufacturing Simulation |
ME-718 | Vehicle Stability and Dynamics |
ME-719 | Advanced Cooling and Heating Technologies |
ME-720 | Special Topics in Mechanical Engineering |
ME-721 | Special Topics in Artificial Intelligence |
M.Sc Thermal Power Engineering
Rapid economic and industrial development in1960s instigated a need for cost-effective energy conversion solutions. Started in 1961, M.Sc. in Thermal Power Engineering is one of the first graduate programs offered by University of Engineering and Technology Lahore. The program aimed to enable students to meet the industrial demands and conduct research in the field of power generation.
The ever-increasing demand for clean energy in 21st century has highlighted the importance of efficient energy
conversion technologies. Master’s program in Thermal Power Engineering is designed to foster engineers with advanced understanding of heat and fluid flow processes, and their role in power generation. The program will enable students to facilitate, and lead the enormous transformation needed in energy conversion
technologies.
The MSc in Thermal Power Engineering program aims to produce graduates with the knowledge of thermo-fluid processes essential for solving contemporary industrial problems and research challenges.
Title | Description |
PEO1 | Apply engineering knowledge for the solution of problems related to thermal and fluid processes along with research contributions. |
PEO2 | Acquire skills of relevant tools and technologies of thermal power engineering to |
PEO3 | Solve technical and societal problems with effective management skills. |
Title | Type | Description |
PLO1 | Engineering | An ability to apply knowledge of mathematics, science, engineering fundamentals and an engineering specialization to the solution of complex engineering problems. |
PLO2 | Problem | An ability to identify, formulate, research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences and engineering sciences. |
PLO3 | Design/Development | An ability to design solutions for complex engineering problems and design systems, components or processes that meet specified needs with appropriate consideration for public health and safety, cultural, societal, and environmental considerations. |
PLO4 | Investigation | An ability to investigate complex engineering problems in a methodical way including literature survey, design and conduct of experiments, analysis and interpretation of experimental data, and synthesis of information to derive valid conclusions. |
PLO5 | Modern | An ability to create, select and apply appropriate techniques, resources, and modern engineering and IT tools, including prediction and modeling, to complex engineering activities, with an understanding of the limitations. |
PLO6 | Impact | An ability to understand and evaluate contemporary complex engineering problems and synthesize the impact of Professional engineering practice with business, societal and environmental perspectives. |
PLO7 | Ethics | Apply ethical principles and commit to professional ethics, responsibilities and norms in global, social, intellectual and technological contexts. |
PLO8 | Leadership | An ability to create social influence through effective leadership and management skills for the accomplishment of multidisciplinary projects in diverse environments. |
PLO9 | Lifelong | An ability to recognize importance of and pursue lifelong learning in the broader context of innovation and technological developments. |
Two options, each with total credit hours of 30, will be offered:
- Thesis Option: 8 Subjects (24 credit hours) + Research Thesis (6 credit hours)
- Non-thesis option: 10 Subjects (30 credit hours)
Course Code | Course Title |
Group-A | Compulsory Subjects |
TPE-501 | Thermal Power Systems |
TPE-502 | Advanced Heat and Mass Transfer |
TPE-503 | Advanced HVAC Systems |
ME-601 | Research Methods and Engineering Analysis |
Group-B | Elective Subjects {(Any four for option (A); any six for option (B)} |
TPE-504 | Advanced Thermodynamics |
TPE-505 | Gas Turbine Engineering |
TPE-506 | Advanced Aerodynamics |
TPE-507 | Air Pollution Engineering |
TPE-508 | Convection Heat Transfer |
TPE-509 | Advanced IC Engines |
TPE-510 | Thermal Energy Storage Systems |
TPE-511 | Carbon Capture, Storage and Utilization |
TPE-512 | Advanced Fluid Dynamics |
TPE-513 | Clean Coal Technologies |
TPE-514 | Sustainable Energy Systems |
TPE-515 | Energy Efficiency & Conservation |
TPE-516 | Fuel and Combustion |
TPE-517 | Energy Management |
TPE-518 | Turbo Machinery |
TPE-519 | High Pressure Boilers |
TPE-601 | Radiation Heat Transfer |
TPE-602 | Advanced Experimental Methods in Thermal and Fluid Engineering |
TPE-603 | Computational Fluid Dynamics |
TPE-604 | Compressible Fluid Flow |
TPE-605 | Energy System Modeling |
TPE-606 | Micro and Nano Fluids |
ME-501 | Mathematical Methods |
ME-502 | Environmental Management and Safety |
ME-503 | Advanced Mechanical Vibration |
ME-504 | Condition Monitoring |
ME-505 | Experimental Methods |
ME-602 | Modeling & Simulation |
ME-603 | Advanced Finite Element Methods |
ME-604 | Machine Noise and Vibration Analysis |
ME-605 | Failure Analysis of Engineering Materials |
ME-606 | Computer Aided Die and Fixture Design |
ME-607 | Welding and NDT |
ME-608 | Reliability and Quality Engineering |
Group-C | Research Thesis |
TPE-700 | Research Thesis in the Relevant Area and Oral Examination {Compulsory for Option (A)} |
M.Sc. Mechanical Design Engineering
M.Sc. Mechanical Design Engineering, started in 2000, aims to equip students to design complex systems and to evaluate their design performance using technical skills and state-of-the art knowledge. Students are familiarized with modern computational tools for advanced simulation and experimental methods, which are essential for solving emerging industrial problems. The students will learn courses related to mechanics of rigid and deformable bodies, and carry out research in the related fields. This program sharpens the technical skills of the graduate student and prepares them for a productive career in technology based organizations.
The MSc Mechanical Design Engineering program aims to produce graduates with knowledge of design processes, essential for solving contemporary industrial problems and research challenges.
Title | Description |
PEO1 | Apply engineering knowledge for the solution of mechanical design related problems along with research contributions |
PEO2 | Acquire skills of relevant tools and technologies to develop efficient and sustainable engineering design. |
PEO3 | Solve technical and societal problems with effective management skills. |
Title | Type | Description |
PLO1 | Engineering | An ability to apply knowledge of mathematics, science, engineering fundamentals and an engineering specialization to the solution of complex engineering problems. |
PLO2 | Problem | An ability to identify, formulate, research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences and engineering sciences. |
PLO3 | Design/Development | An ability to design solutions for complex engineering problems and design systems, components or processes that meet specified needs with appropriate consideration for public health and safety, cultural, societal, and environmental considerations. |
PLO4 | Investigation | An ability to investigate complex engineering problems in a methodical way including literature survey, design and conduct of experiments, analysis and interpretation of experimental data, and synthesis of information to derive valid conclusions. |
PLO5 | Modern | An ability to create, select and apply appropriate techniques, resources, and modern engineering and IT tools, including prediction and modeling, to complex engineering activities, with an understanding of the limitations. |
PLO6 | Impact of Engineering on Society and Environment | An ability to understand and evaluate contemporary complex engineering problems and synthesize the impact of professional engineering practice with business, societal and environmental perspectives. |
PLO7 | Ethics | Apply ethical principles and commit to professional ethics, responsibilities and norms in global, social, intellectual and technological contexts. |
PLO8 | Leadership | An ability to create social influence through effective leadership and management skills for the accomplishment of multidisciplinary projects in diverse environments. |
PLO9 | Lifelong | An ability to recognize importance of and pursue lifelong learning in the broader context of innovation and technological developments. |
Two options, each with total credit hours of 30, will be offered:
- Thesis Option: 8 Subjects (24 credit hours) + Research Thesis (6 credit hours)
- Non-thesis option: 10 Subjects (30 credit hours)
Course Code | Course Title |
Group-A | Compulsory Subjects |
MDE-501 | Advance Stress Analysis |
MDE-502 | Theory of Plasticity |
MDE-503 | Theory of Elasticity |
ME-601 | Research Methods and Engineering Analysis |
Group-B | Elective Subjects {(Any four for option (A); any six for option (B)} |
MDE-504 | Finite Element Analysis |
MDE-505 | Biomechanics |
MDE-506 | Nano-Mechanics |
MDE-507 | Reliability Engineering |
MDE-508 | Advanced Engineering Dynamics |
MDE-509 | Pressure Vessel Design |
MDE-510 | Theory of Plates and Shells |
MDE-511 | Advanced Control Engineering |
MDE-512 | Advanced Computer Aided Design |
MDE-513 | Mechanics of Composite Materials |
MDE-601 | Non-linear Analysis of Structures |
MDE-602 | Advanced Fatigue and Fracture Mechanics |
MDE-603 | Advanced Shell Structure |
MDE-604 | Analytical Methods in Vibrations |
MDE-605 | Structural Health Monitoring |
MDE-606 | Design Optimization and Analysis Techniques |
MDE-607 | Continuum Mechanics |
ME-501 | Mathematical Methods |
ME-502 | Environmental Management and Safety |
ME-503 | Advanced Mechanical Vibration |
ME-504 | Condition Monitoring |
ME-505 | Experimental Methods |
ME-602 | Modeling and Simulation |
ME-603 | Advanced Finite Element Methods |
ME-604 | Machine Noise and Vibration Analysis |
ME-605 | Failure Analysis of Engineering Materials |
ME-606 | Computer Aided Die and Fixture Design |
ME-607 | Welding and NDT |
ME-608 | Reliability and Quality Engineering |
Group-C | Research Project |
MDE-700 | Research Thesis in the Relevant Area and Oral Examination {Compulsory for Option (A)} |
M.Sc Automotive Engineering
The rising global concerns for reducing CO2 emissions has led to an increased demand of lightweight automotive structures and the development of alternative fuel vehicles (AFVs). To train engineers in this rapidly evolving industry, the Department of Mechanical Engineering started M.Sc. program in Automotive Engineering in 2018. This program aims to enable the graduate students to perform effectively in automotive industry. The academic and research infrastructure of this program is aligned with the industrial needs. Dedicated research labs have been established to contribute to the automotive engineering field through research and innovation. The program will equip students to facilitate, and lead the enormous transformation needed in the field of Automotive Engineering.
The MSc Automotive engineering program aims to produce graduates with the knowledge of automotive design and manufacturing for solving contemporary industrial and research challenges.
Title | Description |
PEO1 | Apply engineering knowledge for the solution of complex automotive engineering problems along with research contributions. |
PEO2 | Acquire skills of relevant tools and technologies to develop efficient and sustainable automotive engineering solutions. |
PEO3 | Solve technical and societal problems with effective management skills. |
Title | Type | Description |
PLO1 | Engineering | An ability to apply knowledge of mathematics, science, engineering fundamentals and an engineering specialization to the solution of complex engineering problems. |
PLO2 | Problem Analysis | An ability to identify, formulate, research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences and engineering sciences. |
PLO3 | Design/Development | An ability to design solutions for complex engineering problems and design systems, components or processes that meet specified needs with appropriate consideration for public health and safety, cultural, societal, and environmental considerations. |
PLO4 | Investigation | An ability to investigate complex engineering problems in a methodical way including literature survey, design and conduct of experiments, analysis and interpretation of experimental data, and synthesis of information to derive valid conclusions. |
PLO5 | Modern | An ability to create, select and apply appropriate techniques, resources, and modern engineering and IT tools, including prediction and modeling, to complex engineering activities, with an understanding of the limitations. |
PLO6 | Impact | An ability to understand and evaluate contemporary complex engineering problems and synthesize the impact of professional engineering practice with business, societal and environmental perspectives. |
PLO7 | Ethics | Apply ethical principles and commit to professional ethics, responsibilities and norms in global, social, intellectual and technological contexts. |
PLO8 | Leadership | An ability to create social influence through effective leadership and management skills for the accomplishment of multidisciplinary projects in diverse environments. |
PLO9 | Lifelong | An ability to recognize importance of and pursue lifelong learning in the broader context of innovation and technological developments. |
Two options, each with total credit hours of 30, will be offered:
- Thesis Option: 8 Subjects (24 credit hours) + Research Thesis (6 credit hours)
- Non-thesis option: 10 Subjects (30 credit hours)
Course Code | Course Title |
Group-A | Compulsory Subjects |
AME-501 | Automotive IC Engines |
AME-502 | Automotive Control Systems |
AME-503 | Vehicle Dynamics |
ME-601 | Research Methods and Engineering Analysis |
Group-B | Elective Subjects {(Any four for option (A); any six for option (B)} |
AME-505 | Exhaust Emissions and Control |
AME-505 | Automotive Vibration, Noise and Harshness |
AME-506 | Automotive Manufacturing Processes |
AME-507 | Tribology in Automotive Engineering |
AME-508 | TQM in Automotive Engineering |
AME-509 | Operation Management in Automotive Manufacturing |
AME-510 | Thermal Management in Automotive Applications |
AME-511 | Automotive Sensor Systems |
AME-512 | Advanced CAD & CAM |
AME-513 | Automotive Air-conditioning Systems |
AME-514 | Computer Integrated Manufacturing (CIM) |
AME-515 | Advanced Thermodynamics |
AME-516 | Computational Fluid Dynamics |
AME-517 | Electric Vehicles |
AME-518 | Materials for Automotive Applications |
AME-601 | Fracture Mechanics |
AME-602 | Micro and Nano Manufacturing |
AME-603 | Advanced Aerodynamics |
AME-604 | Vehicle Propulsion Systems |
ME-501 | Mathematical Methods |
ME-502 | Environmental Management and Safety |
ME-503 | Advanced Mechanical Vibration |
ME-504 | Condition Monitoring |
ME-505 | Experimental Methods |
ME-602 | Modeling and Simulation |
ME-603 | Advanced Finite Element Methods |
ME-604 | Machine Noise and Vibration Analysis |
ME-605 | Failure Analysis of Engineering Materials |
ME-606 | Computer Aided Die and Fixture Design |
ME-607 | Welding and NDT |
ME-608 | Reliability and Quality Engineering |
Group-C | Research Project |
AME-700 | Research Thesis in the Relevant Area and Oral Examination {Compulsory for Option (A)} |
M.Sc Renewable Energy Systems Engineering
Increasing environmental concerns has encouraged governments all over the world to reduce their dependence on fossil fuel for energy generation. Renewable energy provides reliable power supply with reduced environmental impacts and increases energy security by diversifying the energy mix. M.Sc. Renewable Energy Systems, started in 2019, aims to foster trained engineers with advanced skills necessary to design and build clean energy infrastructure of the future. The program integrates the knowledge of Mechanical, Electrical and Environmental Engineering to provide detailed knowledge of major renewable energy sources. This interdisciplinary nature of the programs makes it suitable for students with a wide range of backgrounds.
The MSc Renewable Energy Systems Engineering aims to produce graduates with the knowledge of renewable energy systems for solving contemporary industrial problems and research challenges to support sustainable development.
Title | Description |
PEO1 | Apply engineering knowledge for the solution of renewable energy-related complex engineering problems along with research contributions. |
PEO2 | Acquire multidisciplinary skills to develop efficient and sustainable renewable energy solutions. |
PEO3 | Solve technical and societal problems with effective management skills. |
Title | Type | Description |
PLO1 | Engineering | An ability to apply knowledge of mathematics, science, engineering fundamentals and an engineering specialization to the solution of complex engineering problems. |
PLO2 | Problem Analysis | An ability to identify, formulate, research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences and engineering sciences. |
PLO3 | Design/Development | An ability to design solutions for complex engineering problems and design systems, components or processes that meet specified needs with appropriate consideration for public health and safety, cultural, societal, and environmental considerations. |
PLO4 | Investigation | An ability to investigate complex engineering problems in a methodical way including literature survey, design and conduct of experiments, analysis and interpretation of experimental data, and synthesis of information to derive valid conclusions. |
PLO5 | Modern Tool Usage | An ability to create, select and apply appropriate techniques, resources, and modern engineering and IT tools, including prediction and modeling, to complex engineering activities, with an understanding of the limitations. |
PLO6 | Impact of Engineering on Society and Environment | An ability to understand and evaluate contemporary complex engineering problems and synthesize the impact of professional engineering practice with business, societal and environmental perspectives. |
PLO7 | Ethics | Apply ethical principles and commit to professional ethics, responsibilities and norms in global, social, intellectual and technological contexts. |
PLO8 | Leadership and Management | An ability to create social influence through effective leadership and management skills for the accomplishment of multidisciplinary projects in diverse environments. |
PLO9 | Lifelong Learning | An ability to recognize importance of and pursue lifelong learning in the broader context of innovation and technological developments. |
Two options, each with total credit hours of 30, will be offered:
- Thesis Option: 8 Subjects (24 credit hours) + Research Thesis (6 credit hours)
- Non-thesis option: 10 Subjects (30 credit hours)
Course Code | Course Title |
GROUP-A | Compulsory Subjects |
RES-501 | Photovoltaic Systems |
RES -502 | Solar Thermal Systems |
RES -503 | Wind Energy Systems |
RES -504 | Micro & Mini Hydro Energy Systems |
GROUP-B | Elective Subjects {(Any four for option (A); any six for option (B)} |
RES-505 | Renewable Energy Resource Assessment |
RES-506 | Bio Energy Engineering |
RES-507 | Energy Systems Modelling and Simulation |
RES-508 | Hybrid Energy Systems |
RES-509 | Conventional Hydro Power Plants |
RES-510 | Energy Audit and Management |
RES-511 | Concentrated Solar Power System |
RES-512 | Renewable Energy Integration and Applications |
RES-513 | Energy Transmission and Distribution |
RES-514 | Energy and Environment |
RES-515 | Sustainable Energy systems |
RES-516 | Smart Grids Systems |
RES-517 | Manufacturing and Materials for Renewable Energy Application |
RES-518 | Energy Efficient Buildings |
RES-519 | Renewable Energy Policy, Regulations and Standards |
RES-520 | Waste to Energy Systems & Management |
RES-521 | Energy Analytics, Economics and Planning |
RES-522 | Energy Storage Technologies |
RES-523 | Renewable Energy Projects Management |
RES-524 | Computational Fluid Dynamics |
RES-525 | Wave and Tidal Energy Systems |
RES-526 | OTEC and Geothermal Energy Systems |
RES-527 | Special/Advanced Topics in Renewable Energy |
Group-C | Research Project |
RES-698 | Research Thesis in the Relevant Area and Oral Examination {Compulsory for Option (A)} |
M.Sc Railway Engineering
Rail is a vital component of transportation system; it connects cities, increases trade by linking markets, and
consequently boosts economy. As a developing country, Pakistan needs to modernize its railway infrastructure. Therefore, upgradation of Main Line 1 (ML1) is an integral part of China-Pakistan Economic Corridor (CPEC). Started in 2019, M.Sc. in Railway Engineering aims to train engineers in building and operating complex systems that constitute a modern railway network. The program integrates the elements from Mechanical, Electrical, and Civil Engineering, and provides students with the necessary skills to develop and operate advanced railway systems.
Will be provided soon.
Will be provided soon.
Will be provided soon.
Two options, each with total credit hours of 30, will be offered:
- Thesis Option: 8 Subjects (24 credit hours) + Research Thesis (6 credit hours)
- Non-thesis option: 10 Subjects (30 credit hours)
Course Code | Course Title |
GROUP-A | Compulsory Subjects |
MRE-501 | Vehicle Drives and Dynamics |
MRE -502 | Mechanical Design, Operation and Maintenance of Railway Systems |
MRE -503 | Railway Communication System (Signals and Control) |
MRE -504 | Railway Track, Tunnel and Bridge Engineering |
GROUP-B | Elective Subjects {Any four for option (A); any six for option (B)} |
MRE-505 | Vehicle Aerodynamics |
MRE-506 | Rail Motive Power Systems |
MRE-507 | Railway Engineering Design and Simulation |
MRE-508 | Rolling Stock Technology |
MRE-509 | Rail Infrastructure Project Management |
MRE-510 | Railways and Environment (Energy Perspective) |
MRE-511 | Computational Mechanics |
MRE-512 | Fatigue and Fracture Mechanics |
MRE-513 | Manufacturing System Engineering |
MRE-514 | Experimental Design and Engineering Analysis |
MRE-515 | Advanced Instrumentation and Control |
MRE-516 | Advanced Soil and Rock Mechanics |
MRE-517 | Advanced HVAC systems |
MRE-518 | FEA in Structural Mechanics |
MRE-519 | High Speed Rail Engineering |
MRE-520 | Materials in Railway Manufacturing |
MRE-521 | Rolling Stock Safety and Braking Systems |
MRE-522 | Intelligent Railway Systems |
Group-C | Research Project |
MRE-698 | Research Thesis in the Relevant Area and Oral Examination {Compulsory for Option (A)} |