COURSE CURRICULUM FOR THE NEW PROGRAMME (DD-TFE/CADA/CIM) w.e.f BATCH *CS 101/ +BB *PH 117/ +CH 117

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1 Course code COURSE CURRICULUM FOR THE NEW PROGRAMME (DD-TFE/CADA/CIM) w.e.f. 21 BATCH Semester I Course Name Credit Structure Course Code Semester II Course Name Credit Structure L T P C L T P C MA 15 Calculus 1 8 PH 17 Quantum Physics 2 1 MA 1 Linear Algebra 2 4 CH 15 Organic Chemistry & Inorganic Chemistry 2 4 MA 18 Ordinary Differential Equations 2 4 CH 17 Physical Chemistry 2 4 PH 18 Electricity and Magnetism 2 1 *CS 11/ +BB 11 Computer Programming/ Biology 2 1 *CS 11/ +BB 11 Computer Programming/ Biology 2 1 ME 11 Workshop Practice 1 4 ME 119 Engineering Graphics & Drawing 1 5 *PH 117/ +CH 117 Physics Lab Chemistry Lab *PH 117/ +CH 117 Physics Lab Chemistry Lab ME 12 Data Analysis & Interpretation 2 1 **CE 12 Engineering Mechanics 2 1 NC 11# National Cadet Corps (NCC) P/NP NC 12# National Cadet Corps (NCC) P/NP NO 11# National Sports Organization (NSS) P/NP NO 12# National Sports Organization (NSS) P/NP NS 11# National Service Scheme (NSS) P/NP NS 12# National Service Scheme (NSS) P/NP Total Credits 41 Total Credits 4 * Any one of these two courses and any one of these Lab courses only for D1 D4 + Only for D1 D2 # Any one of these three P/NP courses * Any one of these two courses and any one of these Lab courses only for D1 D2 ** Engineering Mechanics offered by Civil Engineering Department is the DIC + Only for D D4 # Any one of these three P/NP courses 1

2 Course code MECHANICAL ENGINEERING MECHANICAL ENGINEERING DEPARMENT COURSE CURRICULUM FOR THE NEW PROGRAMME (DD-TFE/CADA/CIM) w.e.f. 21 BATCH Semester III Course Name Credit Structure Course Code Semester IV Course Name Credit Structure L T P C L T P C ME 21 Solid Mechanics 2 1 ME 22 Strength of Materials 2 1 ME 29 Thermodynamics 2 1 ME 22 Mechanical Measurement 2 1 EE 11 Introduction to Electrical and Electronics Circuits 1 8 ME 2 Manufacturing Processes I 2 1 MM 27 Engineering Metallurgy 2 1 MA 214 Numerical Analysis 1 8 ME 219 Fluid Mechanics 1 8 ME 224 Fluid Mechanics Lab. HS 11 Economics 2 1 ME 218 Solid Mechanics Lab ME 21 Manufacturing Practice Lab 1 5 Total 4 Total 7 ME 21M Solid Mechanics 2 1 ME 219M Fluid Mechanics 1 8 ME 2M Manufacturing Processes I 2 1 ME 29M Thermodynamics 2 1 2

3 Course code COURSE CURRICULUM FOR THE NEW PROGRAMME (DD-TFE) w.e.f. 21 BATCH Semester V Course Name Credit Structure Course Code Semester VI Course Name Credit Structure L T P C L T P C ME 4 Heat Transfer 2 1 ME Applied Thermodynamics 2 1 ME41 Microprocessor and Automatic Controls 2 1 ME 1 Kinematics and Dynamics of Machines 2 1 ME 8 Manufacturing Processes II 2 1 HS Psychology or Sociology ES 4 Environmental Studies ME 74 Manufacturing Processes Lab ME 7 Kinematics and Dynamics of Machines Lab ME XXX Mechanical Measurements Lab ME 72 Heat Transfer and Metrology Lab ME 1 Advanced Thermodynamics ME 47 Industrial Engg. and Operations Research ME 51 Fluid Dynamics 2 1 ME 421 Microprocessor and Automatic Controls Lab. 2 1 Dual Degree Elective I Total 42 Total 9 ME Course 1 ME 219M Fluid Mechanics 2 1 ME 1M Kinematics and Dynamics of Machines 2 1

4 Course code COURSE CURRICULUM FOR THE NEW PROGRAMME (DD-TFE) w.e.f. 21 BATCH Semester VII Course Name Credit Structure Course Code Semester VIII Course Name Credit Structure L T P C L T P C ME 42 Machine Design ME Departmental Elective III ME Departmental Elective IV ME Dual Degree Elective II ME Departmental Elective V Institute Elective I ME Departmental Elective VI ME ME Departmental Elective VII Departmental Elective VIII ME 441 Applied Thermodynamics Lab ME 57 TFE Lab. ME Advanced Heat Transfer ME 74 Computational methods in thermal and fluid engineering 1 4 Total 5 Total ME Course 2 ME Project (Stage 2) 12 ME Project (Stage 1) ME 8M Manufacturing Processes II 2 1 4

5 Course code COURSE CURRICULUM FOR THE NEW PROGRAMME (Dual Degree TFE) w.e.f. 21 BATCH Semester IX Course Name Credit Structure Course Code Semester X Course Name Credit Structure L T P C L T P C ME Dual Degree Elective IX ME Dual Degree Project (Stage II) 42 ME Dual Degree Elective X ME Dual Degree Project (Stage I) * Total 42 Total 42 * 1 for summer and 2 for semester IX. 5

6 Important Instructions and List of Electives for Dual Degree TFE (i) DD (TFE) program consists of 81 credits including credits for electives for the B.Tech. part, credits for honors, 24 credits for postgraduate level courses and 72 credits for project. (ii) For honors each student must take ME 74 and 4 elective courses (24 credits). (iii) For B.Tech. electives and 4 electives (for the honors part) each student must select 1 courses from the elective list I to X given below. (iv) For 4 postgraduate level courses each student takes ME 51, ME 57, ME 1 and ME. (v) Note the instructions given below. Dual Degree Electives I to X Note: 1) Two DD Electives can be taken from outside the lists given below. These may be from any Department. 2) Each student must take courses amounting to minimum 24 credits (for honors part of the programme) from the following. 1. ME 4: Internal Combustion Engines 2. ME 4: Steam and Gas Turbines. ME 412: Computational Fluid Dynamics and Heat Transfer Lab 4. ME 415: Computational Fluid Dynamics and Heat Transfer 5. ME 45: Automobile Engineering (Transmission). ME 477: Introduction to Optimization 7. ME 1: Finite and Boundary Element Methods 8. ME 18: Pressure Vessel Design 9. ME 2: Cryogenics Engineering II 1. ME 2: Convective Heat and Mass Transfer

7 11. ME 4: Advanced Finite and Boundary Element Methods 12. ME 5: Conduction and Radiation 1. ME : Heat Exchanger Design 14. ME 78: Fundamentals of Gas Dynamics 15. ME 81: Thermal and Environmental Engineering 1. ME 8: Cryogenic Engineering I 17. ME 84: Air Conditioning System Design 18. ME 724: Essentials of Turbulence 19. ME 41/758: Microfluidics 22. EN 1: Non-ConventionalEnergy Sources 2. EN 4: Fuel Cells 24. EN 1: Nuclear Reactor Theory 25. EN 15: Wind Energy Conversion Systems 2. EN 1: Direct Energy Conversion 27. EN 18: Energy Systems Modeling and Analysis 28. EN 19: Solar Energy for Industrial Process Heat 29. EN : Utilization of Solar Thermal Energy. EN 2: Waste to Energy 1. EN 4: Nuclear Reactor Thermal Hydraulics and Safety 2. EN 4: Solar Photovoltaic: Fundamentals, Technologies and Applications. EN 42: Power Generation and Systems Planning 4. EN 48: Combustion Engineering 5. AE 17: Numerical Methods for Conservation Laws. AE 22: Computing of High Speed Flows 7. AE 24: Hypersonic Flow Theory 7

8 8. AE 75: Introduction to Flight 9. AE 7: Computational Fluid Dynamics 4. AE 77: Aerodynamics of Aerospace Vehicles 41. AE 711: Aircraft Propulsion 42. AE 722: Grid Generation for Computational Mechanics 4. AE 724: Experimental Methods in Fluid Mechanics 44. AE 72: Heat Transfer Aerospace Applications 45. AE 771: Matrix Computations 4. AE 782: Flow Control ) Each student can take courses amounting to maximum credits (for B.Tech. electivespart of the programme) from the following. 1. ME 42 Analytical Methods in Engineering 2. ME 5 Refrigeration and Air-Conditioning. ME Power Plant Engineering 4. ME 4 Internal Combustion Engines 5. ME 4 Steam and Gas Turbines. ME 48 Industrial Engineering and Operational Research II 7. ME 41/758 Microfluidics 8. ME 415 Computational Fluid Dynamics and Heat Transfer 9. ME 445 Fuels and Combustion 1. ME 44 Industrial Tribology 11. ME 45 Automobile Engineering (Transmission) 12. ME 17 Rapid Product Development 1. ME 2 Cryogenics II 8

9 14. ME 2 Convective Heat and Mass Transfer 15. ME Advanced Heat Transfer 1. ME 5 Conduction and Radiation Heat Transfer 17. ME 9 Design for Manufacturing 18. ME 7 Collaborative Engineering 19. ME 78 Fundamentals of Gas Dynamics 2. ME 81 Thermal Environment Engineering 21. ME 8 Cryogenic Engineering I 22. ME 84 Air-Conditioning System Design 2. ME 724 Essentials of Turbulence 24. ME 7 Ultra Precision Machining 25. ME 72 Selected Application of AI & OR in Manufacturing Systems 2. ME 75 Sheet Metal Engineering 27. ME 75 Numerical Modeling of Manufacturing Processes 28. ME 7XX Casting Design and Simulation 29. ME 7XX Science and Technology of Welding. ME 7XX Analysis of Metal Forming Processes 1. ME 7XX Advances in Material Removal Processes 2. EN 1 Non-ConventionalEnergy Sources. EN 4 Fuel Cells 4. EN 1 Nuclear Reactor Theory 5. EN 15 Wind Energy Conversion Systems. EN 1 Direct Energy Conversion 7. EN 18 Energy Systems Modeling and Analysis 8. EN 19 Solar Energy for Industrial Process Heat 9

10 9. EN Utilization of Solar Energy 4. EN 4 Nuclear Reactor Thermal Hydraulics and Safety 41. EN 4 Solar Photovoltaic: Fundamentals, Technologies & Applications 42. EN 42 Power Generation and Systems Planning 4. IE 1 Deterministic Models of Optimization and Operations Research 44. IE Discrete Event System Simulation 45. IE 11 Introduction to Stochastic Models 4. IE 12 Introduction to Financial Engineering 47. IE 42 Engineering Economic Analysis 48. IE 45 Industrial Scheduling 49. IE 4 Quality Engineering and Management Systems 5. IE 47 Applied Integer Programming 51. IE 51 Inventory Control and Management Systems 52. IE XX System Dynamics Modeling and Analysis 5. IE 72 Neural Network & Fuzzy System 54. IE 7 Introduction to Knowledge Based Systems and Applications 55. IE 74 Selected Applications of AI in Operations Research 5. IE 75 Quantitative Methods in Project Management 57. IE 7 Pricing and Revenue Management 58. IE 77 Multi-Player Decision Making Models 59. IE 78 Markov Decision Processes. IE 71 O.R Applications in Infrastructure & Service Sectors 1. IE 712 Selected Applications of Stochastic Models 2.. IE 714 Quantitative Models for Supply Chain Management 1

11 Course code COURSE CURRICULUM FOR THE NEW PROGRAMME (DD- CADA.) w.e.f. 21 BATCH Semester V Course Name Credit Structure Course Code Semester VI Course Name Credit Structure L T P C L T P C ME 4 Heat Transfer 2 1 ME Applied Thermodynamics 2 1 ME41 Microprocessor and Automatic Controls 2 1 ME 1 Kinematics and Dynamics of Machines 2 1 ME 8 Manufacturing Processes II 2 1 HS Psychology or Sociology ES 4 Environmental Studies ME 74 Manufacturing Processes Lab ME 7 Kinematics and Dynamics of Machines Lab ME XXX Mechanical Measurements Lab ME 72 Heat Transfer and Metrology Lab ME Dual Degree Elective I ME 47 Industrial Engg. and Operations Research ME Dual Degree Elective II ME 421 Microprocessor and Automatic Controls Lab. 2 1 ME Dual Degree Elective III Total 42 Total 9 ME Course 1 ME 219M Fluid Mechanics 2 1 ME 1M Kinematics and Dynamics of Machines

12 Course code COURSE CURRICULUM FOR THE NEW PROGRAMME (DD-CADA.) w.e.f. 21 BATCH Semester VII Course Name Credit Structure Course Code Semester VIII Course Name Credit Structure L T P C L T P C ME 42 Machine Design ME Departmental Elective VIII ME Departmental Elective IV ME Departmental Elective IX ME Departmental Elective V ME Departmental Elective X ME ME Departmental Elective VI Departmental Elective VII ME Departmental Elective XI Departmental Elective XII Departmental Elective XIII ME 441 Applied Thermodynamics Lab Total 5 Total ME Course 2 ME Project (Stage 2) 12 ME Project (Stage 1) 1 2

13 COURSE CURRICULUM FOR THE NEW PROGRAMME (DD-CADA.) w.e.f. 21 BATCH ME 8M Manufacturing Processes II 2 1 Course code COURSE CURRICULUM FOR THE NEW PROGRAMME (Dual Degree CADA) w.e.f. 21 BATCH Semester IX Course Name Credit Structure Course Code Semester X Course Name Credit Structure L T P C L T P C ME Dual Degree Elective XIV ME Dual Degree Project (Stage II) 42 ME Dual Degree Elective XV ME Dual Degree Project (Stage I) Total 42 Total 42 1

14 Important Instructions and List of Electives for Dual Degree CADA (i) DD (CADA) program consists of 81 credits including credits for electives for the B.Tech. part, credits for honors, 24 credits for postgraduate level courses and 72 credits for project. (ii) For honors each students must take 5 electives ( credits) from the elective list V to IX given below. (iii) For 4 postgraduate level courses (24 credits) and B.Tech. electives ( credits) each student must select 1 courses from the elective list I to IV and X to XV given below. (iv) Note the instructions given below. Dual Degree Electives I to IV and X to XV Note: 1) Two DD electives can be taken from outside the lists given below. These may be from any Department. 2) Each student must take courses amounting to minimum 24 credits (for postgraduate level courses) from the following. 1. ME Kinematics and Dynamics of Machinery 2. ME 45 MEMS: Design, Fabrication and Characterization. ME 9 Linear Systems Theory 4. ME 21 Mathematical Methods for Applied Mechanics 5. ME 7 Manufacturing Automation. ME 7 Industrial Noise Control 7. ME 9 Design for Manufacturing 8. ME 712 Computer Numerical Control and Programming 1 4

15 9. SC 1 Modeling of Dynamic Systems 1. SC 25 Systems Theory 11. ME 2 Fatigue, Fracture and Failure Analysis * 12. ME 1 Fracture Mechanics * 1. ME 18 Pressure Vessel Design 14. ME Computer Aided Design of Machines 15. ME 4 Advanced Finite and Boundary Element Methods 1. ME 15 Machinery Vibration and Diagnostics 17. ME 74 Vibro-Acoustics 18. ME 754 Textile Machinery Design and Automation 19. IE 72 Neural Networks Fuzzy Systems and Applications 2. ME 714 Computer Integrated Manufacturing 21. ME 75 Computer Graphics and Product Modeling 22. SC 2 Optimal and Robust Control 2. SC 24 Special Topics in Systems and Control * Students are permitted to register for only one of these two (ME 2 and 1) courses. ) Each student can take courses amounting to maximum credits (for B.Tech. electives part of the programme) from thefollowing. 1. ME 42 Analytical Methods in Engineering 2. ME 5 Refrigeration and Air-Conditioning. ME Power Plant Engineering 4. ME 4 Internal Combustion Engines 5. ME 4 Steam And Gas Turbines. ME 48 Industrial Engineering and Operational Research II 1 5

16 7. ME 41/758 Microfluidics 8. ME 415 Computational Fluid Dynamics and Heat Transfer 9. ME 445 Fuels and Combustion 1. ME 44 Industrial Tribology 11. ME 45 Automobile Engineering (Transmission) 12. ME 17 Rapid Product Development 1. ME 2 Cryogenics II 14. ME 2 Convective Heat and Mass Transfer 15. ME Advanced Heat Transfer 1. ME 5 Conduction and Radiation Heat Transfer 17. ME 9 Design for Manufacturing 18. ME 7 Collaborative Engineering 19. ME 78 Fundamentals of Gas Dynamics 2. ME 81 Thermal Environment Engineering 21. ME 8 Cryogenic Engineering I 22. ME 84 Air-Conditioning System Design 2. ME 724 Essential of Turbulence 24. ME 7 Ultra Precision Machining 25. ME 72 Selected Application of AI & OR in Manufacturing Systems 2. ME 75 Sheet Metal Engineering 27. ME 75 Numerical Modeling of Manufacturing Processes 28. ME 7XX Casting Design and Simulation 29. ME 7XX Science and Technology of Welding. ME 7XX Analysis of Metal Forming Processes 1. ME 7XX Advances in Material Removal Processes 1

17 2. EN 1 Non-ConventionalEnergy Sources. EN 4 Fuel Cells 4. EN 1 Nuclear Reactor Theory 5. EN 15 Wind Energy Conversion Systems. EN 1 Direct Energy Conversion 7. EN 18 Energy Systems Modeling and Analysis 8. EN 19 Solar Energy for Industrial Process Heat 9. EN Utilization of Solar Energy 4. EN 4 Nuclear Reactor Thermal Hydraulics and Safety 41. EN 4 Solar Photovoltaic: Fundamentals, Technologies and Applications 42. EN 42 Power Generation and Systems Planning 4. IE 1 Deterministic Models of Optimization and Operations Research 44. IE Discrete Event System Simulation 45. IE 11 Introduction to Stochastic Models 4. IE 12 Introduction to Financial Engineering 47. IE 42 Engineering Economic Analysis 48. IE 45 Industrial Scheduling 49. IE 4 Quality Engineering and Management Systems 5. IE 47 Applied Integer Programming 51. IE 51 Inventory Control and Management Systems 52. IE XX System Dynamics Modeling and Analysis 5. IE 72 Neural Networks and Fuzzy Systems 54. IE 7 Introduction to Knowledge Based Systems and Applications 55. IE 74 Selected Applications of AI in Operations Research 5. IE 75 Quantitative Methods in Project Management 1 7

18 57. IE 7 Pricing and Revenue Management 58. IE 77 Multi-Player Decision Making Models 59. IE 78 Markov Decision Processes. IE 71 O.R Applications in Infrastructure and Service Sectors 1. IE 712 Selected Applications Of Stochastic Models 2. IE 714 Quantitative Models For Supply Chain Management Dual Degree Electives V to IX Note: Each student must take courses amounting to minimum credits (for honors part of the programme) from the following. 1. ME 5 Mechanization 2. ME 477 Introduction to Optimization. ME 1 Finite and Boundary Element Methods 4. ME 1 Stress Analysis 5. ME 4 Robotics. ME 71 Vibrations 7. ME 491 Design Project + 8. ME 98 Seminar + 9. ME 47 Automatic Control Engineering 1. ME21 Mathematical Methods for Mechanics and Dynamics 11. ME45 MEMS Design, Fabrication and Characterisation 12. ME2 Fatigue, Fracture and Failure Analysis 1. ME1 Fracture Mechanics 14. ME74 Vibro-acoustics 15. ME754 Textile Machines Design & Automation + Design Project is of 8 credits and Seminar is of 4 credits. 1 8

19 Course code COURSE CURRICULUM FOR THE NEW PROGRAMME (DD-CIM.) w.e.f. 21 BATCH Semester V Course Name Credit Structure Course Code Semester VI Course Name Credit Structure L T P C L T P C ME 4 Heat Transfer 2 1 ME Applied Thermodynamics 2 1 ME41 Microprocessor and Automatic Controls 2 1 ME 1 Kinematics and Dynamics of Machines 2 1 ME 8 Manufacturing Processes II 2 1 HS Psychology or Sociology ES 4 Environmental Studies ME 74 Manufacturing Processes Lab ME 7 Kinematics and Dynamics of Machines Lab ME XXX Mechanical Measurements Lab ME 72 Heat Transfer and Metrology Lab ME Dual Degree Elective I ME 47 Industrial Engg. and Operations Research ME Dual Degree Elective II ME 421 Microprocessor and Automatic Controls Lab. 2 1 ME714 Computer Integrated Manufacturing Total 42 Total 9 ME Course 1 1 9

20 COURSE CURRICULUM FOR THE NEW PROGRAMME (DD-CIM.) w.e.f. 21 BATCH ME 219M Fluid Mechanics 2 1 ME 1M Kinematics and Dynamics of Machines 2 1 Course code COURSE CURRICULUM FOR THE NEW PROGRAMME (DD-CIM) w.e.f. 21 BATCH Semester VII Course Name Credit Structure Course Code Semester VIII Course Name Credit Structure L T P C L T P C ME 42 Machine Design ME Departmental Elective VI ME Departmental Elective III ME Departmental Elective VII ME Departmental Elective IV Departmental Elective V ME Departmental Elective VIII Departmental Elective IX Departmental Elective X Departmental Elective XI ME 441 Applied Thermodynamics Lab Total 29 Total 2

21 COURSE CURRICULUM FOR THE NEW PROGRAMME (DD-CIM) w.e.f. 21 BATCH ME Course 2 ME Project (Stage 2) 12 ME Project (Stage 1) ME 8M Manufacturing Processes II 2 1 Course code COURSE CURRICULUM FOR THE NEW PROGRAMME (Dual Degree CIM) w.e.f. 21 BATCH Semester IX Course Name Credit Structure Course Code Semester X Course Name Credit Structure L T P C L T P C ME Dual Degree Elective XII ME Dual Degree Project (Stage II) 42 ME Dual Degree Elective XIII ME Dual Degree Project (Stage I) Total 42 Total

22 Important Instructions and List of Electives for Dual Degree CIM (i) DD (CIM) program consists of 81 credits including credits for electives for the B.Tech. part, credits for honors, 24 credits for postgraduate level courses and 72 credits for project. (ii) For honors each students must take courses ME 49 and ME 714 and electives (18 credits) from the elective list I, II and V given below. (iii) For the postgraduate level courses each student must take 4 electives (24 credits) from the list of electives X, XI, XII and XIII given below. (iv) For B.Tech. electives each student must select courses from the elective list III, IV, VI to IX given below. (v) Note the instructions given below. Dual Degree Electives III, IV, VI, VII, VIII and IX Eachstudent must take any six courses (for B.Tech. electives part of the programme) from the following. 1. ME 42 Analytical Methods in Engineering 2. ME 5 Refrigeration and Airconditioning. ME Power plant engineering 2 2

23 4. ME 4 Internal Combustion Engines 5. ME 4 Steam and gas turbines. ME 48 Industrial Engg and Operational Research II 7. ME 41/758 Microfluidics 8. ME 415 Computational fluid dynamics and heat transfer 9. ME 445 Fuels and combustion 1. ME 44 Industrial tribology 11. ME 45 Automobile engineering (Transmission) 12. ME 17 Rapid product development 1. ME 2 Cryogenics II 14. ME 2 Convective heat and mass transfer 15. ME Advanced heat transfer 1. ME 5 Conduction and radiation heat transfer 17. ME 9 Design for Manufacturing 18. ME 7 Collaborative engineering 19. ME 78 Fundamentals of gas dynamics 2. ME 81 Thermal environment engineering 21. ME 8 Cryogenic I 22. ME 84 Air-conditioning system design 2. ME 724 Essentials of Turbulence 24. ME 7 Ultra Precision Machining 25. ME 72 Selected application of AI and OR in manufacturing systems 2. ME 75 Sheet metal engineering 27. ME 75 Numerical modeling of manufacturing processes 28. ME 7XX Casting Design and Simulation 2

24 29. ME 7XX Science and Technology of Welding. ME 7XX Analysis of Metal Forming Processes 1. ME 7XX Advances in Material Removal Processes 2. EN 1 Non-conventionalEnergy Sources. EN 4 Fuel Cells 4. EN 1 Nuclear reactor theory 5. EN 15 Wind energy conversion systems. EN 1 Direct Energy Conversion 7. EN 18 Energy Systems Modeling and Analysis 8. EN 19 Solar Energy for Industrial Process Heat 9. EN Utilization of solar energy 4. EN 4 Nuclear reactor thermal hydraulics and safety 41. EN 4 Solar Photovoltaic: Fundamentals, Technologies & Applications 42. EN 42 Power Generation and Systems Planning 4. IE 1 Deterministic Models of Optimization and Operations Research 44. IE Discrete Event System Simulation 45. IE 11 Introduction to Stochastic Models 4. IE 12 Introduction to Financial Engineering 47. IE 42 Engineering Economic Analysis 48. IE 45 Industrial Scheduling 49. IE 4 Quality Engineering and Management Systems 5. IE 47 Applied Integer Programming 51. IE 51 Inventory Control and Management Systems 52. IE XX System Dynamics modeling and Analysis 5. IE 72 Neural Network, Fuzzy Systems and Applications 2 4

25 54. IE 7 Introduction to Knowledge Based Systems and Applications 55. IE 74 Selected Applications of AI in Operations Research 5. IE 75 Quantitative Methods in Project Management 57. IE 7 Pricing and Revenue Management 58. IE 77 Multi-Player Decision Making Models 59. IE 78 Markov Decision Processes. IE 71 O.R Applications in Infrastructure & Service Sectors 1. IE 712 Selected Applications of Stochastic Models 2. IE 714 Quantitative Models for Supply Chain Management Dual Degree Electives I, II, V, XII and XIII Each student must take any 5 courses ensuring that at least 2 courses are selected from each of the following two groups. Manufacturing Courses 1. ME 1 Finite and Boundary Element Methods 2. ME 17 Rapid Product Development. ME 7 Manufacturing Automation 4. ME 75 Computer Graphics and Product Modeling 5. ME 45 MEMS Design, Manufacture and Characterisation. ME 9 Design for Manufacturing 7. ME 7XX Casting Design and Simulation 8. ME 7XX Science and Technology of Welding 9. ME 7XX Analysis of Metal Forming Processes 1. ME 7XX Advances in Material Removal Processes Industrial Engineering and Operations Research Courses 2 5

26 1. ME 711 Manufacturing Planning and Control 2. IE 47 Applications of Integer Programming. IE 11 Introduction Stochastic Modeling 4. IE 1 Deterministic Models of Optimization and O.R. 5. IE Discrete Event Systems Simulation. IE 5 Facilities Planning 7. IE 41 Network flow models and Integration 8. IE 45 Industrial Scheduling 9. IE 51 Inventory planning and management 1. IE 7 Knowledge based systems and applications 11. IE75 Quantitative methods in Project Management 12. IE 77 Multi-player Decision Making Models Dual Degree Electives X and XI Each student must take any 2 courses ensuring that at least 1 is selected from each of the following two groups. Manufacturing Courses 1. ME 42 Advanced Tool Design 2. ME Advanced Joining Technology. ME 7 Collaborative Engineering 4. ME 712 Computer Numerical Control and Programming 5. ME 728 Intelligent Product Design and Manufacturing. ME 7 Ultra-precision Machining 7. ME 75 Sheet Metal Engineering 8. ME 75 Numerical Modeling of Manufacturing Processes 2

27 Industrial Engineering and Operations Research Courses 1. ME 48 Industrial Engineering and Operations Research II 2. ME 72 Selected Applications of O.R. &AI in Manufacturing systems. IE 2 Service Engineering & Management 4. IE 4 System Dynamics : Modeling and Analysis 5. IE 12 Introduction to Financial Engineering. IE 4 Quality Engineering and Management 7. IE 48 Quantitative Analysis of Finance and Marketing 8. IE 72 Neural Network & Fuzzy System 9. IE 74 Selected Topics in AI for Operations Research 1. IE 7 Pricing and Revenue Management 11. IE 78 Markov Decision Processes 12. IE 71 O.R Applications in Infrastructure & Service Sectors 1. IE 712 Selected Applications of Stochastic Models 14. IE 714 Supply Chain Management 2 7