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What you will learn :
- What is the product development process?
- The nuances of Concept evaluation and selection
- What is product architecture , system design and detailed design
- A Holistic overview of the process with  examples

What you will learn ?
- Basics of Material properties
- What is Ductility, hardness, toughness, strength , fatigue etc.
- What is the generic material selection process
- Material indices to guide material selection and how to derive them

What you will learn ?
- The Criteria based on which a manufacturing process is selected for design
- Process compatibility to materials and shapes
- Case studies in process selection for design problems
- Design principles employed for designing forged , cast and injection molded parts. 

What you will learn ?
- How Material properties affect the Part quality and design considerations
- What is bendability, formability ?
- How to design effectively with sheet metal
- Guidelines to be followed when designing for sheet metal
- Design projects and examples

What you will learn ?
- What are failure modes in mechanical design and how do we define them ?
- What is Severity, Occurence and Detection of Failure  and how to grade them ?
- What is B diagram and P diagram and how to prepare one? 

What you will learn:
- Learn about the Profession of Design engineering with scenarios
- What are the skills and knowledge required from a design engineer?
- What type of considerations do design engineers make during design?

What you will learn:
- Mechanical behaviour of plastics
- Creep phenomona and visco elastic behaviour
- Design process, parameters and factors to consider

What you will learn:
- How to formulate a problem into a logical framework to improve problem solving
- Multiple examples to develop problem solving through practice
- The Concept development process within the larger product development

What you will learn:
- Fundamentals of Finite Element Analysis - Terminologies and Basic Math behind it
- Setting up Static Stress simulation in Fusion 360
- Various Case studies dealing with Weight optimization , stress reduction and Stiffening.t

What you will learn ?
- Why is GD&T needed and what are its advantages over the traditional method ?
- How to apply GD&T to a part drawing ?
- The basic concepts of Geometric Dimensioning and tolerancing? 
- Material conditions, bonus tolerance, Virtual condition, Datum shift

What you will learn ?
- Geometric Tolerancing of  Patterns of features and composite tolerancing
- Composite vs compound controls .
- Datum Targets, how they are used and interpretations
- Tolerancing of slots

What you will learn ?
- How to establish GD&T scheme for a component based on its application
- How to decide the type and nature of geometric control for tolerancing
- How to apply design intent into engineering drawing

What you will learn ?
- The Basics of Limits and Fits, nomenclature, interpretation, examples
- How to do a simple Tolerance stackup analysis
- How to Perform 1 D Tolerance stack up analysis with GD&T
- Multiple examples 

What you will learn :
- What is machine design , its nature and design process
- Different types of stress, loading and their analysis, Stress concentration
- Source of Uncertainties in Design and Factor of Safety
- Deriving governing equations of Bending and Torsion
- What is Stress Transformation and derivation of Principal stress

What you will learn :
- Basics of Principal stresses and importance
- Maximum Shear stress theory of failure
- Maximum distortion Energy theory
- Mohr and Columb mohr theory
- Designing for Fatigue and Basics of fracture mechanics
- Definition of endurance limit and strength, factors and failure criteria for fatigue

What you will learn :
- The Design process for mechanism design in designing mechanical systemse
-Basics of Kinematic concepts - Degrees of freedom, mobility, Kinematic inversions etc
- Position Analysis - Loop closure equations, Finding positions of points
- Velocity analysis of Simple mechanisms
- Acceleration analysis
- Case studies on actual applications of mechanism design principles

What you will learn :
- Basics of Shaft design
- Basics of Lay outing and analysis for power transmission systems
- Bearing Selection process and Bearing life calculations
- How to calculate factors for modified L10 life of bearing
- Gear design from scratch - specifications , CAD workflow, Force analysis and Stress analysis
- Design methodology for Helical , Bevel and Worm gear design in Fusion 360

What you will learn :
- Learn about basics of Design of Power screws
- Learn about Threaded Fasteners and development of Preload for clamping
- Learn about the Limits of design for threaded fasteners considering external loading
- Learn about Coil springs, the design parameters and how to design
- Learn about Belt drives and Design Selection procedure as per standards and manufacturer catalogue

What you will learn :
- What is the Overall process and workflow. The major milestones
- How product planning and concept development  is carried out
- What are Ergonomic analyses and factors considered in establishing initial concept of     passenger vehicles
- What is Vehicle Architecture, affect of powertrain design on Vehicle architecture
- What are modular platforms. Key characteristic of modular platforms and their benefits
- Detail design , DFMEA, DVP and Engineering Bill of materials

What you will learn :
- Basic concepts of automotive engineering and laws of physics applied in dynamics
- Suspension Design process
- Longitudinal , Lateral and Vertical dynamics
- Build a strong understanding of the fundamental concepts which are at work in a            vehicle which is in motion.

What you will learn :
- What is acceleration and top speed performance what limits it?
- What is Handling performance and what are the factors which contribute?
- What is Braking performance and the Importance of ABS
- What is NVH and Ride vibrations, how are they dealt with
- What is vehicle durability and aspects related to structural strength
- What constitutes the factors affecting Fuel economy of an IC engine vehicle?

What you will learn :
- Basics of Chassis ladder frame design in vehicle design
- Design methodology of chassis frame design from scratch
- Complex Surface design CAD workflows for designing sheet metal brackets for chassis
- Holistic understanding of how chassis is designed from concept to details

What you will learn :
- How to design a suspension system from scratch
- How to do design calculations related to Ride rate, spring , shock absorber
- How to build up geometry in CAD from points
- How to conceptualize parametric model of suspension