Course11210418977 lectures
Manufacturing systems technology part II
Prof. Shantanu Bhattacharya · IIT Kanpur
Lectures
Week 01- Integrated product designing
- Module 01: Manufacturing Systems Approach
- Module 02: Historical Perspective of Design
- Module 03: Material Handling Systems
- Module 04: Introduction to Computer Aided Design
- Module 05: Introduction to Homogeneous Transformation
- Module 06: Homogeneous Transformation (2)
Week 02- Computer Aided Designing
- Module 07: 3D Transformations
- Module 08: Introduction to Parametric and Non-parametric equations
- Module 09: Non-parametric representation of equation (Implicit case)
- Module 10: Introduction of Hermite cubic spline fit
- Module 11: Numerical examples of Cubic spline curves
- Module 12: Bezier curves
Week 03- Computer Aided Designing
- Module 13: Bezier Curves (2)
- Module 14: Representation of surfaces
- Module 15: CAD/CAM data exchange
- Module 16: Introduction of Manufacturing Processes
- Module 17: Description of various Manufacturing Processes
- Module 18: Mathematical Modelling of Manufacturing Processes
Week 04- Computer Aided Process Planning
- Module 19: Steps involved in developing a process plan
- Module 20: Worked out examples on designing of various machining operations
- Module 21: Process plan Development
- Module 22: Determining Machining conditions and Machining time
- Module 23: Machining cost evaluation
- Module 24: Estimation of tool life
Week 05- Computer Aided Process Planning
- Module 25: Introduction of principles of Process planning approach
- Module 26: The Generative CAPP method
- Module 27: Knowledge based Process planning
- Module 28: Feature recognition in CAPP
- Module 29: Definition of Part features
- Module 30: Problem solving of Feature recognition system
Week 06- Computer Numeric Control and associated programming
- Module 31: Computer control of Manufacturing Systems
- Module 32: Introduction to Numerically controlled machines
- Module 33: Motion control of NC machines
- Module 34: Introduction to NC programming
- Module 35: Sequential format used in NC programming
- Module 36: Tab Sequential format in NC programming
Week 07- Fundamentals of NC part programming
- Module 37: Word address format used in NC programming
- Module 38: Preparatory Functions used in Numerical Control programming
- Module 39: G-codes, M-codes and Canned cycles
- Module 40: Motion commands in NC part programming
- Module 41: Problem Solving in NC part programming
- Module 42: Problem Solving of NC part programming - 2
Week 08- Just-in-Time (JIT) manufacturing
- Module 43: Just in time Manufacturing Systems
- Module 44: Toyota Production System
- Module 45: Pull Systems
- Module 46: Kanban Systems
- Module 47: Deterministic models for Kanban
- Module 48: Probabilistic cost model for determining optimal number of Kanban
Week 09- Quality systems engineering
- Module 49: Introduction to quality engineering
- Module 50: Quality costs
- Module 51: Product design
- Module 52: Design of Experiments
- Module 53: Applications of quality loss function
- Module 54: Product selection strategies
Week 10- Introduction to Robust Design
- Module 55: Robust design Approaches
- Module 56: Taguchi's method
- Module 57: Failure mode and effects analysis
- Module 58: Problem Solving: Failure mode and effects analysis
- Module 59: Problem solving: Failure mode and effects analysis-2
- Module 60: Product quality improvement methods
Week 11- Basic Quality Tools for Process Improvement
- Module 61: Quality Tools
- Module 62: Quality Tools part- 2
- Module 63: Different types of Control charts
- Module 64: Mean, Variance and Standard deviation
- Module 65: X bar chart, R-chart
- Module 66: Plotting methods for control charts
- Module 67: Six Sigma
- Module 68: Six Sigma- Part- 2
Week 12 - Theory of Probability & Robotic Systems planning and designing
- Module 69: Theory of probability
- Module 70: Determining the defective products using Probability
- Module 71: Sampling based on Permutations and Combinations
- Module 72: Bionomial distribution
- Module 73 & 74: Poisson distribution
- Module 75: Normal Distribution
- Module 76: Overview of control charts and different types of distribution
- Module 77: Fundamental of Robotics and its applications in Automated Systems
- Module 78: Joint configuration systems of Robot
Syllabus and materials
At NPTEL, as the course publishes them.
Credits and licence
- Institution
- IIT Kanpur
- Department
- Mechanical Engineering
- Teacher
- Prof. Shantanu Bhattacharya
- Level
- Undergraduate
- Language
- English
- Subjects
- Engineering
- Source
- NPTEL
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only. NPTEL's terms
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
- NPTEL gives no rating. Invisible Network shows it to Tweens profiles and older, judged from what the source says about it. How courses are placed
More like this
NPTEL101104001
Course
Computational Fluid Dynamics using the Finite Element Method
45 lectures · Source's player
NPTEL101104061
Course
Introduction to Airplane Performance
48 lectures · Source's player
NPTEL101104062
Course
Aircraft Stability and Control
61 lectures · Source's player
NPTEL101104078
Course
Introduction to Rocket Propulsion
60 lectures · Source's player
NPTEL101104084
Course
Introduction to Airbreathing Propulsion
60 lectures · Source's player
NPTEL101104450
Course
Applied Computational Fluid Dynamics
62 lectures · Source's player
NPTEL101104796
Course
Space Environment and its Effects on Orbital Spacecrafts
62 lectures · Source's player
NPTEL101104013
Course
Foundation of Scientific Computing
39 lectures · Video
NPTEL101104015
Course
Instability and Transition of Fluid Flows
39 lectures · Video
NPTEL101104018
Course
Introduction to Propulsion
40 lectures · Video
NPTEL101104019
Course
Jet and Rocket Propulsion
40 lectures · Video
NPTEL101104063
Course
Engineering Thermodynamics
38 lectures · Video