A Massive Bundle of 19 courses covering the key knowledge and skills to be developed as a Design engineer
1. Introduction to Mechanical Design engineering :
🟦 First learn about what mechanical design engineers do
🟦 What are their roles and responsibilities along with the skillsets to develop as one
2. Mechanical Design and Product development process :
🟦 Then learn about the Engineering design process applied to product development of mechanical systems .
🟦 The various nuances of concept development. system design, product architecture and Detail design .
🟦 To Lay a strong conceptual foundation understanding on how products are developed.
3. Basics of Material selection :
🟦 Learn about engineering materials and why are they used in the places they are used in the engineering industry.
🟦 What are the important material properties and how they play a role .
🟦 How to look at Ashby material charts and derive meaning from them ?
🟦 What are Material indices and how to derive for different loading applications ?
4. Manufacturing process selection and Design for Manufacturing :
🟦 Learn about how manufacturing process is selected for various design applications.
🟦 The nuances of cost, shape and material compatibility .
🟦 Then a deep dive into Designing for specific processes like Forging , Casting and Injection Molding
🟦 With exercises, examples and case studies.
5. Sheet metal Design :
🟦 A deep dive into the Sheet metal Processing and Design for Sheet metal products and components .
🟦 The design principles, process constraints and Design guidelines are dealt with in detail .
🟦 Along with projects and examples to elucidate learning .
6. Geometric Dimensioning and Tolerancing : Basics -
🟦 This course will build on the fundamentals of Engineering drawing, basics of tolerances to develop a firm understanding of the concepts of GD&T
🟦 Why GD&T is needed? and explanation of concepts like Rule 1, Bonus tolerances, Virtual condition , Datum shift .
🟦 All the symbols of Form, Orientation , Position, Runout and Profile will be explained
🟦 Along with how they are inspected in practice with examples.
🟦 Multiple Quizzes to re-inforce learning
7. Geometric Dimensioning and Tolerancing : Advanced concepts -
🟦 This courses builds over the Basics course and deals with more advanced concepts in GD&T like tolerancing of patterns.
🟦 Slots , Datum targets, Concept of Zero MMC, Projected tolerance zones, Simultaneous requirements and Composite Position and profile tolerancing.
8. Basics of Tolerances and Stackup -
🟦 This course will deal with the basics of tolerances, Limits and Fits.
🟦 Then going in deep towards how a Tolerance stackup analysis of a mechanical assembly is conducted with multiple examples.
🟦 Assemblies in which GD&T is applied which will be dealt with in detail with multiple inter-part and intra-part examples.
9. Design Failure Mode Effect Analysis :
🟦 It is the activity of preparing a record of Risk assessment of a product or a system.
🟦 A very important activity for Design engineers during product development and a very useful tool.
🟦 Learn how to conceptualize and create one in this course with explanation of all related terminologies.
🟦 P diagram, B diagram , Root cause analysis
10. A Project based course on Deign of a Vehicle Screw Jack .
🟦 The course is "Over the shoulder" walkthrough of the Design process of the Screw jack
🟦 With all steps explained and Design files available for practice. After all learning by doing is best form of learning to make things.
11. Mechanics of Materials for Machine Design :
🟦This course covers the Basic concepts of mechanics of Materials or "strength of materials" which is a fundamental subject for any design engineer.
12. Theories of Failure in Machine design :
🟦 Building on the concepts in Strength of materials, the various Theories of Failure are dealt with in this course.
🟦 Also Designing for Fatigue and failure modes related to it are covered.
🟦 Derivations and reasoning is provided to gain a deeper appreciation and understanding of the theory.
13. Introduction to Automotive Product development :
🟦 This course deals with the process through which a car comes into being in a an organization .
🟦 Coverage of key technical steps and details along with the role of various functions .
🟦 Provides a deeper understanding to the development process from engineering perspective.
BONUS Courses on Automotive engineering :
14. Introduction to Vehicle dynamics :
🟦 A Comprehensive course covering the basics of dynamics in Vehicles .
🟦 The Study of motion which aides the design and development of automobiles.
🟦 Concepts of vertical , Longitudinal and Lateral dynamics are dealt with the foundational basics of physics
🟦 Along with basic understanding of how suspension systems are designed and the parameters involved .
15. Introduction to Automotive Performance :
🟦 The Course covers the various aspects of automotive performance with in depth look at the reasoning and limits of performance .
🟦 Acceleration , Top speed, handling, braking, Durability and Fuel efficiency