The course contains a balance of theory and laboratory work. Student has to study core and elective courses in 4 years of B.Tech. program. In the 8th semester student has to go through industrial training, project work and various seminars.
Scheme of Assessment
The course term is divided in 8 semesters i.e. 2 semesters per year which have internal assessments, project work and sessional exams. Every subject is worth of 150 marks, divided as in the table given below:
Internal Assessment |
Written Exam |
Total Marks |
---|---|---|
50 |
100 |
150 |
Detailed Syllabus for B.Tech. Industrial and Production Engineering
The syllabus set for this B.Tech. program consists of various technical and theoretical subjects. Some of those important courses are:
Name of the course |
Topics covered |
Description |
---|---|---|
Machine Design |
Code of Practice for Engineering Drawing Standards in design Design for Static Load Design for Fluctuating Loads Riveted Joints Keys and Couplings Shafts Mechanical Springs |
This course tells students about the techniques to design the parts any machine. |
Kinematics and Dynamics of Machinery |
Introduction to mechanisms Grubler’s equation Velocity analysis Acceleration analysis Kinematic synthesis of mechanism Cams Gears and gear trains Vibration isolation and Transmissibility |
The course is to teach students about different kinds of mechanisms. |
Metallurgy and Heat Treatment |
Time dependent mechanical behavior Equilibrium Diagrams for non-ferrous alloys Iron Carbon Diagram Time temperature transformations diagram Chemical Heat Treatment Methods Radiation Heat transfer Natural Convection |
The course makes a student to study real-world engineering and principles of heat transfer. |
Mechanical Measurements and Metrology |
Mechanical Measurements and Metrology Speed measurement Linear Measurement Optical Measuring Instruments Design of go and No go gauges Electromechanical transducers |
Through this course knowledge of different measuring standards and instruments is given to students that are used in industries. |
Industrial Engineering And Management |
Macro and micro economics Work System Design Facilities planning and design Quality Control Production cycle-Process planning MRP calculations Sensitivity analysis of EOQ model |
The course imparts the information about plant design and demand forecasting techniques. |
Tool Design |
Design of Cutting Tools Locating and Clamping Methods Principles of jigs and fixture design Tool materials and their properties Press operations Forging dies Materials for die block |
Through this course details for designing the tools and jigs is given. |
Reliability, Maintenance and Safety Engineering |
Reliability definition Constant and time dependent failure models Preventive maintenances v/s. repair Maintenance manpower planning Fault tree diagram Development of preventive maintenance schedule |
With this course students are introduced to quantitative reliability and safety methodologies. |
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