Our Courses
Courses
- Overview of Product Design and Development Process
- Market Research & Competitive Strategy,
- Demand Pattern for the product and Current trends
- Benchmarking with competitors’ products
- Customer Needs Requirements
- Quality Function Deployment
- Define Product Specifications & Success Criteria
- Monitoring tools and Techniques
- Develop a Cost Model of the Product
- Making Trade-Offs Wherever Necessary
- Collection of ideas and Selection criteria
- Screening new products (Inventions & Innovation)
- Creativity and problem-solving Methods
- Concept Design, Selection & Testing
- Understanding of Industrial Design
- Ergonomics & Perceived Quality
- Detail Design and Engineering
- Material Selection & Design Considerations
- Concurrent Engineering
- Manufacturability (Metals, Plastics & Composites) etc.
- DFM, DFA, DFMEA, PFMEA.
- Prototyping, Verification & Validation
- Program Management
- Gateway Process of Product Development
- Product Lifecycle Management
- Case Studies of Japanese & European OEMs.
- Importance of Service (Maintenance& Repair)
- Product Up-gradation,
- Change & Obsolescence Management
- Concept & Importance of Design Thinking
- Brainstorming
- IDEA Generation & Refinement
- Divergence and Convergence of Design Thinking Process
- Field Work Research
- Concept Generation
- Concept Selection and Testing
- Product Design and Development (PDD)
- Introduction to Design Tools (Computer Aided Design Software)
- Design for Assembly and Design for Manufacturing
- Design failure mode and effect analysis (DFMEA)
- Kinematic Analysis
- Product Drawing Creation,
- Bill of Materials (BOM)
- Introduction to Finite Element Analysis (FEA).
- Why FEA?
- Application of FEA
- Advantages of FEA in different fields
- Basic Equation
- Introduction to meshing
- Finite Element Analysis Process
- Types of Analysis
- Concept of Pre-processing,
- Concept of Solving
- Concept of Post Processing
- Interpretation of Results
- FEA Tools by using computer aided engineering tools
- Introduction to Finite Element Analysis (FEA).
- Why FEA?
- Application of FEA
- Advantages of FEA in different fields
- Basic Equation
- Introduction to meshing
- Finite Element Analysis Process
- Types of Analysis
- Concept of Pre-processing,
- Concept of Solving
- Concept of Post Processing
- Interpretation of Results
- FEA Tools by using computer aided engineering tools
- Electric vehicle Architecture
- Important components of EV
- Sizing of components
- Motors
- Motor Controller
- Battery Pack
- Battery Management System
- Charging System
- Battery Swapping Concept
- Regenerative Braking
- EV Diagnostics
- EV Repair and Maintenance
- Latest Trends
- Introduction to Mechatronics
- Mechatronics components and systems
- Block Diagram Representation
- Data Acquisition
- Microcontroller System
- Modelling and Analysis of Mechatronics System
- Introduction to IoT (Internet of Things)
- Electronics for the Internet of Things
- Software for the Internet of Things
- IoT System Architectures (Theory)
- Introduction to ISO Layers.
- Protocols [TCP/IP, MQTT, HTTP]
- Communication Modes
- Introduction to IoT cloud platforms
- Sensors and Peripherals
- IoT Applications
- Advancements
- Introduction to Robot
- Types of Robots and their performance capabilities
- Coordinate system
- Important Components of Robots
- Robot Specific ation
- Kinematics of Robots
- Selecting Assembly Machines, Feeding and Transfer of parts (Types of Grippers)
- Applications of Robots in Manufacturing and Assembly, Sensors used in Robotics
- Product Design for Robotized Manufacturing
- Types of Assembly Line Robots
- Key Benefits of Robotic Line Over Traditional Include
- Robot Task Definition (RTD)
- Motion Trajectory Planning
- Robot Workspace & Robotic Work Cell
- Welding Robots & Benefits of Robot Arc Welding
- Problems for Robots in Arc Welding
- Off-Line Programming (Robotics)
- Material Handling Robots
- Robot Arm Kinematics
- Robot Safety Instructions & Workspace and Safety Zone
- Working of Robot: Power on the Robot, Axis Limits, Operation Modes, HMI, PLC
- Jogging the Robot
- Robot Online Programming
- Introduction to Industry 4.0
- Manufacturing Processes
- Industrial Robotics
- Advanced Robotic Programming
- Robotic Applications
- Robotic Arc Welding
- Advanced CNC Programming
- Advanced Additive Manufacturing
- Design for Additive Manufacturing
- Manufacturing of modified Engineering Components
- Overview of Manufacturing Processes
- Working Principle, Milling Machine & CNC Machine
- Types of CNC Machine control units
- Advantages & Disadvantages
- CNC Operations
- Tools used for CNC operations
- Difference Between CNC Turning and VMC Machine
- CNC Machining Centre and Specifications
- Machine Coordinate System
- Basics of Programming
- Table of Important G codes & its explanations
- Basic M Codes used in Program
- Cutter Radius Compensation
- Multiple Repetitive CAN Cycle
- VMC Tools & Offset settings
- Advanced Additive Manufacturing
- Design for Additive Manufacturing