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

• Product Architecture

• 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

• Design Conceptualization

• Ergonomics & Perceived Quality

• Detail Design and Engineering

• Bill of Material

• 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

•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 Robot

• Types of Robots and their performance capabilities

• Coordinate system

• Important Components of Robots

• Robot Specific ation

• Kinematics of Robots

• Applications of Robot & Mounting Options

• 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

• 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