Inter Disciplinary Program
Bio-Medical Engineering Department
Biostatistics
Physiology for Engineers
Medical Physics
Introduction to Biomedical Engineering
Biomathematics
Clinical Physiology
Lasers in Medicine
Experimental and Quantitative Physiology
Biorheology
Physiological Measurements and Quantitative Physiology
Computer in Medicine
Biomedical Fluid Dynamics
Bioelectricity
Biomedical Microsystems
Biomedical Fluid Dynamics
Molecular Basis of Disease Processes
Introduction to Medical Informatique
Introduction to Bio-Nanotechnology
Medical Instrumentation
Physiological System Modelling
Bioelectricity
Virtual Instrumentation in Biomedical Engineering
Ergonomics
Medical Imaging Physics
Biomaterials
Advanced Biomaterials
Cell Physiology and Biopotentials
Elements of Circuits and Instrumentation
Signals and Systems for Biomedical Engineering
Electrodiagnostics, Therapy and Electrical Safety
Medical Sensors
Corrosion Science & Engineering Department
Introduction to Corrosion & Engineering
Thermodynamics & Kinetics of Corrosion Processes
Protective Coatings
High Temperature Corrosion
Corrosion Control Practice for Industries
Materials Science for Corrosion Engineers
Fatigue, Fracture and Failure Analysis
Cathodic Protection Engineering
Advances in Design for Corrosion Control
Control of Erosion and Wear in Corrosive Environment
Characterization of Materials for Corrosion Control
Destructive and Non-Destructive Evaluation for Corrosion Studies
Fracture Mechanics and Non Destructive Evaluation
Surface Engineering of Engineering Materials
Aqueous Corrosion and Its Control
Advances in Design and Control of Corrosion
Fracture and Failure Analysis of Composites
Characterization of Materials for Corrosion Studies
Destructive and Non-destructive evaluation for Corrosion Studies
Materials for Corrosion Prevention at High Temperatures
Materials for Corrosion Prevention at High Temperatures
Energy Science and Engineering Department
Energy Engineering Fundamentals
Basic Electrical Engineering
Electronics
Thermodynamics and Energy Conversion
Material Science for Energy Applications
Basic Electrical Engineering Lab
Power Electronics and Machine
Electronics Lab
Electrical Machines & Power Electronics Lab
Introduction to Renewable Energy Technologies
Introduction to Energy Engineering
Energy Management
Nonconventional Energy Sources
Foundation for Energy Engineering
Fuel Cells
Energy Resources, Economics and Environment
Energy Management
Energy Systems Laboratory
Non-conventional Energy Systems Lab.
Nuclear Reactor Theory
Wind Energy Conversion Systems
Direct Energy Conversion
Thermodynamic Analysis of Industrial Systems
Energy Systems Modelling & Analysis
Solar Energy for Industrial Process Heat
Nuclear Reactor Engineering
Mathematical Foundation for Energy Science
Electrical Energy Systems
Conservation of Energy in Buildings
Introduction to Transport Phenomena
Biomass Energy Systems
Materials and Devices for Energy Applications
Thermodynamics and Energy Conversion
Utilisation of Solar Thermal Energy
Energy Laboratory I
Waste to Energy
Nuclear Reactor Thermal Hydraulics & Safety
Material Science for Energy Applications
Solar Photovoltaic: Fundamentals, Technologies and Applications
Introduction to Nuclear Engineering
Power Generation and Systems Planning
Two Phase Flow and Heat Transfer
Process Integration
Energy and Climate
Combustion Engineering
Energy Laboratory II
Computational Laboratory
Seminar
Energy Laboratory III
Chemistry for Energy Science
M.Sc.-Ph.D. Project I
M.Sc.-Ph.D. Project II
M.Sc.-Ph.D. Project III
Seminar
I Stage Project
II Sage Project
III Stage Project
An Introduction to Energy Systems Engineering
Introduction to Nuclear Engineering
Industrial Engineering & Operations Research Department
Topics in Operations Research
Optimization Models
Probabilistic Models
Operations Analysis
Service and Infrastructure Systems
Computer Programming and Algorithms
Modeling & Computation Lab
Optimization Techniques
Service Engineering and Management
Discrete Event System Simulation
Systems Dynamics Modeling & Analysis
Engineering Statistics
Networks, Games and Algorithms
Introduction to Stochastic Models
Introduction to Financial Engineering
Linear Systems
Decision Analysis and Game Theory
Facilities Planning
Network Flow Models and Applications
Engineering Economic Analysis
Industrial Scheduling
Quality Control & Reliability
Applied Integer Programming
Quantitative Analysis in Finance and Marketing
Modelling and Optimisation in Flexible Manufacturing System
Inventory Control and Management Systems
Seminar
I Stage Project
II Stage Project
III Stage Project
Selected Topics in Operations Research
Neural Nets, Fuzzy Systems and Applications
Introduction to Knowledge Based Systems and Applications
Quantitative Methods in Project Management
OR Applications in Infrastructural and Service Sectors
Selected Application of Stochastic Models
Quantitative Models for Supply Chain Management
Integer Programming: Theory and Computations
Applied Time Series Analysis
Reliability Engineering Department
Reliability in Engineering Design
Reliability Engineering Basic Principles
Quality Planning and Analysis
Optimisation of System Reliability
Maintenance Engineering and Management
Introduction to Quality Systems, Six Sigma and Innovation
Laboratory
Power System Reliability
Reliable Computing
Life Testing and Reliability Estimation
Reliability of Electronic Systems
Systems & Control Engineering Department
System Modelling and Simulation
Optimal Control System
Modelling of Dynamic Systems
Multivariable Control Systems
Optimization
Quantitative Feedback Theory I
Systems & control laboratory
Large Scale Systems
Special Topics On Systems & Control
Process Automation
Systems Theory
Optimal and Robust Control
Cooperative Control of Multi Agent Systems
