Department of Manufacturing & Industrial
Engineering University of Peradeniya |
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Year | Semester | Course Code | Course Title | Credits | Pre-Requisites |
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Year 1 |
Common Programme |
Semester 1 |
CE1010 | Engineering Mechanics | 3 | - |
CO1010 |
Programming for Engineers I | 3 | - | ||
EE1010 |
Electricity | 3 | - | ||
EF1010 |
English for Communication I | 3 | - | ||
MA1010 |
Ethics and Sustainability | 2 | - | ||
EM1010 |
Calculus I | 4 | - | ||
Specialization in Manufacturing and Industrial
Engineering (Applicable from E/22 Batch onwards) |
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Year 1 |
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Semester 2 |
EM1020 |
Linear Algebra | 3 | - | |
CO1810 |
Programming for Engineers II | 3 | - | ||
CE1120 |
Elementary Fluid Mechanics and Thermodynamics | 3 | - | ||
CE1110 |
Material Science | 3 | - | ||
ME1020 |
Engineering Drawing | 2 | - | ||
MI1010 |
Fundamentals of Manufacturing | 2 | - | ||
EM1030 |
Differential Euations | 2 | - | ||
Short Semester 1 |
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MA2300 |
Management for Engineers | 3 | - | ||
General Electives | 6 | - | |||
Year 2 |
Semester 3 |
MI2010
Manufacturing Processes I (3 credits) Course Content: Machining Techniques (Subtractive), Thermal Aspects, Tool life and Surface Integrity in Metal Cutting, Machining Operations, Formative Manufacturing Processes – Casting, Formative Manufacturing Processes – Forming, Joining Processes |
Manufacturing Processes I | 3 | MI1010 |
ME2800
Computer-Aided Drafting and Solid Modeling (3 credits) Course Content: Introduction, Computer Aided Drafting, Computer Aided Solid Modeling, Mini-Project, Engineering Graphics |
Computer-Aided Drafting and Solid Modeling | 3 | ME1020 | ||
CE2080
Mechanics of Materials (3 credits) Course Content: Introduction & review, Torsion of a circular member, Review of symmetrical bending of prismatic beams, Design of beams for bending, Analysis of composite beams, Deflection of beams, Shear stress in beams of different sections, Bending of beams with unsymmetrical sections, Analysis of stress and strain, Applications of plane stress, Eccentric loading in a short column and buckling of a slender column |
Mechanics of Materials | 3 | CE1010 | ||
EE2800
Introduction to Electrical Engineering (3 credits) Course Content: AC circuits, Power in ac circuits, Transformers, DC motors, AC motors, Building wiring systems |
Introduction to Electrical Engineering | 3 | - | ||
MI2050
Product Innovation, Design and Development (2 credits) Course Content: Second Order Ordinary Differential Equations, Laplace Transform, Boundary Value Problems, Systems of ODEs, First order linear partial differential equations, Second order linear partial differential equations |
Product Innovation, Design and Development | 3 | - | ||
EM2020
Probability and Statistics (2 credits) Course Content: Concepts of probability, Discrete probability distributions, Continuous probability distributions, Sampling distributions, Estimation and Confidence Intervals, Test of Hypothesis |
Probability and Statistics | 2 | - | ||
ME2020
Mechanics of Machines (3 credits) Course Content: Dynamics of machine elements, Tribology |
Mechanics of Machines | 3 | - | ||
Semester 4 |
MI2030
Manufacturing Processes II (3 credits) Course Content: Subtractive Processes - Non-Conventional, Formative Processes, Additive Processes, Finishing Operations, Economics of Manufacturing Processes, Quality of Manufacturing Processes |
Manufacturing Processes II | 3 | MI2010 | |
MI2020
Actuator Systems for Automation (3 credits) Course Content: Introduction to Sensors and Transducers, Introduction to Hydraulic Systems and Components, Introduction to Pneumatic Systems and Components, Hydraulic circuits and applications, Pneumatic circuits and applications, Basic design concerns of Hydraulic and Pneumatic circuits |
Actuator Systems for Automation | 3 | - | ||
MI2040
Operations Management I (3 credits) Course Content: Introduction to Operations Management, Strategic Level Planning, Supply & Demand Planning & Control |
Operations Management I | 3 | MI1020 | ||
ME2030
Machine Elements Design (3 credits) Course Content: Planar Mechanisms, Failure Modes and Evaluation, Design of Machines |
Machine Elements Design | 3 | ME2020 and CE2080 | ||
EE2820
Applied Electronics (3 credits) Course Content: Operational Amplifiers (OPAMP), OPAMP Applications, Active Filters, Data conversion circuits, Oscillators, Circuit modeling and simulation, Logic Circuits |
Applied Electronics | 3 | - | ||
CE2180 |
Materials Science II | 3 | CE1110 |
Short Semester 2 |
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Technical Electives | 3 | - | |||
General Electives | 5 | - | |||
Year 3 |
Semester 5 |
MI3040
Operations Management II (3 credits) Course Content: Introduction to Manufacturing Systems, Supply & Demand Planning and Control, Managing & control of operations, Performance measures, Quantitative models for decision making |
Operations Management II | 3 | MI2040 |
MI3010
CAD-CAM-CAE (3 credits) Course Content: Introduction, Computer Aided Design (CAD), Computer Aided Manufacturing (CAM), Computer Aided Engineering (CAE), Computer Aided Quality Control (CAQC) |
CAD-CAM-CAE | 3 | MI1020 | ||
MI3020 or CP3030
Industrial Safety & Ergonomics/ Industrial Safety & Health (3 credits) Course Content: Introduction to Occupational Safety and Ergonomics, Theories of Accidents, Chemical Hazards and Precautions, Mechanical Hazards and Safeguarding, Electrical Hazards and Safeguarding, Fire Hazards and Fire safety, Fatigue, Stress, Workload, and Time Pressure, Ergonomics at the workplace, Introduction to Occupational Health, Hazard Control and Prevention, Promoting Safety, Labor Standards, Legislations and Certifications |
Industrial Safety & Ergonomics/ Industrial Safety & Health | 3 | - | ||
ME3010 |
Control Systems |
3 | EM1030 | ||
MI3030 |
Manufacturing Systems Automation | 3 | MI2020 EE2820 | ||
EM3020 |
Design & Analysis of Experiments | 3 | EM2020 | ||
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EF4010 | Industrial Training | 6 | Core | |
Year 4 |
Semester 7 |
MI4010
Capstone Research Project (Continue to Semester-8) (6 credits) Course Content: Introduction to Research, Research Design, Data Collection, Quantitative Research, Data Analysis, Qualitative Research, Introduction to Research Ethics, Self-studies |
Capstone Research Project (Continue to Semester-8) | 6 | - |
MI4020
Engineering Economic Analysis (3 credits) Course Content: Economic Decision Making, Engineering Costs and Estimation, Interest and Equivalence, Economic Analysis Techniques, Taxation and Inflation, Replacement Analysis, Uncertainty in Economic Analysis |
Engineering Economic Analysis | 3 | - | ||
MI4030
Industrial Engineering & Decision Sciences (3 credits) Course Content: Introduction to Linear Programming, Transportation, Transshipment and Assignment Problems, Network Models, Integer Programming, Introduction to Multi Criteria Decision Making, Introduction to Nonlinear Programming and Computational Intelligence Techniques |
Industrial Engineering & Decision Sciences | 3 | - | ||
MI4080 |
Quality & Reliability Engineering | 3 | |||
Technical Electives | 6 | ||||
Semester 8 |
MI4010 |
Capstone Research Project (Continue from Semester-7) | - | - | |
MI4040
Sustainable Manufacturing (2 credits) Course Content: Introduction, Environmental Sustainability Indicators, Product Life Cycle Concept, Eco Friendly Strategies, Circular Economy Concept, Green Reporting, Modern Trends in Sustainable Manufacturing |
Sustainable Manufacturing | 2 | - | ||
MI4070 |
Plant Design & Facility Management |
3 | - | ||
Technical Electives | 9 | ||||
Calculation of Total Credits for the Specialization Programme | |||||
Regular core courses and design projects | 109 | ||||
Research projects | 06 | ||||
Total credits from core courses | 115 | ||||
Industrial Training (non-GPA) | 06 | ||||
Technical electives | 18 | ||||
General electives | 11 | ||||
Total credits from elective courses | 29 | ||||
Total credits to be earned for the specialization in Manufacturing & Industrial Engineering | 150 |
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