Basics of Mechanical Design Engineering (2022)
Basics of Mechanical Design Engineering (2022), available at $39.99, with 124 lectures, and has 28 subscribers.
You will learn about Learn about different Sub-branches of Mechanical Designing. Understanding of Knowledge requirements to be Mechanical Design Engineer. Tools for a Mechanical Designing. e.g. software, Topics & other stuff Introduction to Product Designing & Reverse Engineering. Learn about the Practical usage of core Engineering subjects. Designing Work in Different Mechanical Industries. Learn about the conventional & latest techniques used in industries. Learn basic skill of Drafting, Fits, Tolerances & GD&T. Learn About different Instruments used in industries. Learn the different manufacturing & Heat treatment process. Familiar yourself with the classification & properties of Engineering Materials Learn the selection procedure of the material for a product This course is ideal for individuals who are Engineering students looking for a career in Design engineering or Working Engineers who want to make a career in Design engineering or Anyone interested to learn about how to design products It is particularly useful for Engineering students looking for a career in Design engineering or Working Engineers who want to make a career in Design engineering or Anyone interested to learn about how to design products.
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Summary
Title: Basics of Mechanical Design Engineering (2022)
Price: $39.99
Number of Lectures: 124
Number of Published Lectures: 121
Number of Curriculum Items: 124
Number of Published Curriculum Objects: 121
Original Price: $199.99
Quality Status: approved
Status: Live
What You Will Learn
- Learn about different Sub-branches of Mechanical Designing.
- Understanding of Knowledge requirements to be Mechanical Design Engineer.
- Tools for a Mechanical Designing. e.g. software, Topics & other stuff
- Introduction to Product Designing & Reverse Engineering.
- Learn about the Practical usage of core Engineering subjects.
- Designing Work in Different Mechanical Industries.
- Learn about the conventional & latest techniques used in industries.
- Learn basic skill of Drafting, Fits, Tolerances & GD&T.
- Learn About different Instruments used in industries.
- Learn the different manufacturing & Heat treatment process.
- Familiar yourself with the classification & properties of Engineering Materials
- Learn the selection procedure of the material for a product
Who Should Attend
- Engineering students looking for a career in Design engineering
- Working Engineers who want to make a career in Design engineering
- Anyone interested to learn about how to design products
Target Audiences
- Engineering students looking for a career in Design engineering
- Working Engineers who want to make a career in Design engineering
- Anyone interested to learn about how to design products
Welcome to this course in Mechanical Design Engineering. This course was first launched in Dec. 2019 & again we are launching its second version with massive changes. This course is an introductory course to all industrial specialized Courses & gives you Insight into Mechanical Designing. In his course, you will learn all industry-required skills. it will ignite a spark of curiosity in you. The course is structured in such a way you can learn more specifically about the industry. all modules consist of the required knowledge. Videos are smaller in size & contain huge knowledge. you will get more knowledge and industrial exposure.
This Course consists of Five modules, before the modules there is one video regarding the Designing work. In this video, you will understand the nature of the work in the different mechanical industries. In the first module, the Designing procedure is revealed along with the different design approaches like DFX, DFM, DFA, etc discussed. These terms are the bases of Product Designing.
In the second module, you will learn the core skills of drafting like symbols, fits & tolerances, GD & T. Mastering the drafting skills is the first step toward becoming a Design engineer. So, this module is discussed in detail.
The third Module touch on the very important topic of Designing viz Manufacturing process & Heat treatment. Process planning is a very important part of designing. So, This module provides you with a complete understanding of the manufacturing process by using videos & illustrations.
In the fourth module, the overview of engineering materials is discussed. This subject is very vast and needs a separate course but still, we will discuss many important topics like classification, Properties & selection of an Engineering material.
In the fifth & the last module, we will discuss the core engineering concepts & how they should use in the work of Designing. This is also very difficult to put everything in a single module, soon many courses will be launched with specific advanced knowledge. I hope you will get stuff according to your expectations. Positive feed-backs & ratings will be appreciated.
Course Curriculum
Chapter 1: Introduction
Lecture 1: 0.0 Introduction
Lecture 2: 0.1 How to learn this Course.
Lecture 3: 0.2 Designing Work in different Industries.
Chapter 2: Module-1 Designing Procedure, Tools & Documentations.
Lecture 1: 1.0 Module Introduction
Lecture 2: 1.1 Mechanical Designing
Lecture 3: 1.2.1 Terms in Industry-Product Designing & Development.
Lecture 4: 1.2.2 Terms in Industry-Industrial Designing.
Lecture 5: 1.2.3 Terms in Industry-New Product Development (NPD)
Lecture 6: 1.2.4 Terms in Industry-Research & Development
Lecture 7: 1.2.5 Terms in Industry-Reverse Engineering
Lecture 8: 1.3 Designing Procedure-1
Lecture 9: 1.3 Designing Procedure-2
Lecture 10: 1.4 Concurrent Engineering.
Lecture 11: 1.5 Life Cycle Designing
Lecture 12: 1.6.1 Design for Excellence (DFX)
Lecture 13: 1.6.2 Design for Cost (DFC)
Lecture 14: 1.6.3 Design for Value (DFV)/ Value Engineering
Lecture 15: 1.6.4 Design for Manufacturing (DFM)
Lecture 16: 1.6.5 Design for Assembly (DFA) & DFMA
Lecture 17: 1.6.6 Design for Testing & Maintenence (DFT & DFM)
Lecture 18: 1.6.7 Design for Environmrnt (DFE)
Lecture 19: 1.6.8 Design for Sustainbility (DFS)
Lecture 20: 1.6.9 Ergonomics in a Design
Lecture 21: 1.7.1 Designing Tools
Lecture 22: 1.7.2 Designing Tools-Instruments
Lecture 23: 1.7.3 Designing Tools-Software
Lecture 24: 1.7.4 Designing Tools-Additive Manufacturing
Lecture 25: 1.7.5 Designing Tools-Additive Manufacturing-2
Chapter 3: Module-2 Mechanical Drawing
Lecture 1: 2.0 Module Introduction
Lecture 2: 2.1 Mechanical Drawing
Lecture 3: 2.2 Types of Mechanical Drawings-1
Lecture 4: 2.3 Types of Mechanical Drawings-2
Lecture 5: 2.4 Elements of a drawing-Sheet
Lecture 6: 2.5 Elements of a Drawing-Projections
Lecture 7: 2.6 Elements of a Drawing- ISo Projections
Lecture 8: 2.7 Elements of a Drawing- Orthographic Projections
Lecture 9: 2.8 Elements of a Drawing- Symbols (Lines)
Lecture 10: 2.9 Elements of a Drawing- Symbols
Lecture 11: 2.10 Elements of a Drawing- Notes
Lecture 12: 2.11.1 Elements of a Drawing- Welding Symbols-1
Lecture 13: 2.11.2 Elements of a drawing- Welding Symbols-2
Lecture 14: 2.11.3 Elements of a drawing- Welding Symbols-3
Lecture 15: 2.11.4 Elements of a drawing- Welding Symbols-4
Lecture 16: 2.12.1 Elements of a drawing-Surface Finish Symbols-1
Lecture 17: 2.12.2 Elements of a drawing-Surface Finish Symbols-2
Lecture 18: 2.13.1 Elements of a drawing- Fits and Tolrances-1
Lecture 19: 2.13.2 Elements of a drawing- Fits and Tolrances-2
Lecture 20: 2.13.3 Elements of a drawing- Fits and Tolrances-3
Lecture 21: 2.13.4 Elements of a drawing- Fits and Tolrances-4
Lecture 22: 2.13.5 Elements of a drawing- Fits and Tolrances-5
Lecture 23: 2.14 Elements of a drawing- Types of Dimensioning
Lecture 24: 2.15.1 Elements of a drawing- GD and T-1
Lecture 25: 2.15.2 Elements of a drawing- GD and T-2
Lecture 26: 2.15.3 Elements of a drawing- GD and T-3
Lecture 27: 2.15.4 Elements of a drawing- GD and T-4
Lecture 28: 2.15.5 Elements of a drawing- GD and T-5
Chapter 4: Moule-3 Manufacturing Methods & Heat Treatments
Lecture 1: 3.0 Module Introduction
Lecture 2: 3.1 Manufacturing Processs
Lecture 3: 3.2.1 Casting Process-Sand Casting
Lecture 4: 3.2.2 Casting Process-Investment Casting
Lecture 5: 3.2.3 Casting Process-Die Casting
Lecture 6: 3.2.4 Casting Process-Gravity Die Casting
Lecture 7: 3.2.5 Casting Process-Pressure Castings
Lecture 8: 3.2.6 Centrifugal Castings
Lecture 9: 3.2.7 Countinous Castings
Lecture 10: 3.2.8 Advantage of Casting
Lecture 11: 3.3.1 Forging Process
Lecture 12: 3.3.2 hot forging process
Lecture 13: 3.3.3 Cold Forging
Lecture 14: 3.3.4 Advantages of Forging
Lecture 15: 3.4.1 Moulding Process
Lecture 16: 3.4.2 Compression Moulding Process
Lecture 17: 3.4.3 Blow Moulding Process
Lecture 18: 3.4.4 Rotational Moulding Process
Lecture 19: 3.4.5 Advantages of Moulding Process
Lecture 20: 3.5.1 Drawing Process
Lecture 21: 3.5.2 Drawing Processes – Flat Rolling Process
Lecture 22: 3.5.3 Drawing Processes – Thread Rolling Process
Lecture 23: 3.5.4 Drawing Processes – Shape Rolling Process
Lecture 24: 3.5.5 Drawing Processes – Ring Rolling Process
Lecture 25: 3.5.6 Drawing Processes – Transverse Rolling Process
Lecture 26: 3.5.7 Drawing Processes – Skew Rolling Process
Lecture 27: 3.5.8 Drawing Processes – Roll Bending Process
Lecture 28: 3.5.9 Drawing Processes – Advantages of Rolling Process
Lecture 29: 3.5.10 Drawing Processes – Hot Extrusion Process
Lecture 30: 3.5.11 Drawing Processes – Cold Extrusion Process
Lecture 31: 3.5.12 Drawing Processes – Wire Drawing Process
Lecture 32: 3.5.13 Drawing Processes – Rod Drawing Process
Lecture 33: 3.5.14 Drawing Processes – Tube Drawing Process
Lecture 34: 3.5.15 Advantages of Drawing Processes
Lecture 35: 3.6.1 Metal Joining Processes
Lecture 36: 3.6.2 Metal Joining Processes – Welding Processes
Lecture 37: 3.6.3 Metal Joining Processes – Gas Welding Processes
Lecture 38: 3.6.4 Metal Joining Processes – Types of Arc Welding
Lecture 39: 3.6.5 Metal Joining Processes – Shielding Metal Arc Welding
Lecture 40: 3.6.6 Metal Joining Processes – Gas Metallic Arc Welding
Instructors
-
Harpreet Singh
Design Engineer
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