Udemy offers 250+ courses on mechanical engineering. These courses are intended for mechanical engineering students or professionals working in this field who are looking for skill-enhancement opportunities.
The cost of Udemy mechanical engineering courses ranges between INR 2,000 – 4,000. Udemy is currently offering all mechanical engineering courses for up to 90% off, along with a 30-day money-back guarantee and lifetime access. There are also free mechanical engineering courses on Udemy for those who want to check out basic mechanical engineering courses without any certification.
The article lists the 20 best mechanical engineering courses on Udemy as per the student ratings and reviews along with all relevant details.
Mechanical Engineering and Electrical Engineering Explained
“Mechanical Engineering and Electrical Engineering Explained” is the best course on Udemy for mechanical engineering. In this course, Interactive 3D models are used extensively to show machinery components and how they can be put together to form machines that complete useful work. 3D models are used to show how various power stations work. The course is packed with 2D images, 2D animations, Downloadable Infographics, Downloadable Quiz Booklets and 3D animations.
- Course Rating: 4.8/5
- Duration: 10.5 hours
- Fees: Click on the join now link and get up to 90% discount
- Benefits: 27 articles, 25 downloadable resources, Full lifetime access, Access on mobile and TV, Certificate of completion
Join Now: Mechanical Engineering and Electrical Engineering Explained
Learning Outcomes
| Apply best practices and knowledge to think through a problem rather than try to memorise the solution | Be able to identify many electrical and mechanical machines |
| Apply engineering concepts across multiple engineering disciplines | – |
Basics of Sheet Metal Design for Mechanical Design Engineers
This course teaches how to design any product using a sheet metal. The course is suitable for mechanical engineering students, designing students or engineers in general. The course covers topics like sheet metal processes, material properties, physical product design, and practical knowledge needed for designing sheet metal parts. It also discusses things like forming, bending, and joining processes, as well as design guidelines for cost-effective manufacturing.
- Course Rating: 4.4/5
- Duration: 7 hours
- Fees: Click on the join now link and get up to 90% discount
- Benefits: 1 article, 1 downloadable resource, Full lifetime access, Access on mobile and TV, Certificate of completion
Join Now: Basics of Sheet Metal Design for Mechanical Design Engineers
Learning Outcomes
| How to design effectively with sheet metal | Guidelines to be followed when designing for sheet metal |
| Understand the principles at play behind the factors considered in design | How material properties affect the part quality and design considerations |
| Designing simple sheet metal brackets using fusion 360 | – |
Mechanical Design and Product Development Process
The course focuses on the basics and steps involved in turning an idea into a fully detailed product ready for production. The course includes topics such as idea generation, customer needs, concept evaluation, specifications, modularity, product architecture, engineering drawings, and prototyping. The course is ideal for mechanical engineering students and design engineers.
- Course Rating: 4.2/5
- Duration: 4.5 hours
- Fees: Click on the join now link and get up to 90% discount
- Benefits: 1 article, full lifetime access, access on mobile and TV, certificate of completion
Join Now: Mechanical Design and Product Development Process
Learning Outcomes
| What is the product development process? | Various facets of Idea generation for a new product |
| Identifying an opportunity for product development | The nuances of concept evaluation and selection |
| What is product architecture, system design and detailed design | An holistic overview of the process with many examples |
Mechanical Design for Beginners
The course covers the basics of machining, materials, measuring processes, and then delves into designing methods, including the use of various machines, bench work exercises, steel production, measuring instruments, and 3D modeling software like AutoCAD, Unigraphics NX, SolidWorks, and CATIA. The course also introduces GD&T symbols and their abbreviations, preparing students to learn about mold tools, press tools, and die casting. The course is designed for different professionals including, mechanical ITI graduates, mechanical diploma holders, tool and die diploma holders, mechanical engineers, unemployed engineers, and civil engineers.
- Course Rating: 3.9/5
- Duration: 1 hour
- Fees: Click on the join now link and get up to 90% discount
- Benefits: 1 downloadable resource, Full lifetime access, Access on mobile and TV, Certificate of completion
Join Now: Mechanical Design for Beginners
Learning Outcomes
| How to study drawing | Able to understand gd & t symbols in 2d drawing |
| Types of machining operation & machines | Ready to learn about design tool and different tooling like mold, press tool, die casting |
Intro to Mechanical Design Engineering Skillset
The course talks about the role of a design engineer in product development. It covers the engineering design process, concept development, prototyping, research, and teamwork in mechanical product development. It also explores the design life-cycle, engineering analysis, design considerations, the importance of engineering drawings, and the cost of bad design. The course is suitable for engineering students seeking a career in design engineering, or engineers looking to transition into design engineering.
- Course Rating: 4.4/5
- Duration: 3.5 hours
- Fees: Click on the join now link and get up to 90% discount
- Benefits: 1 article, full lifetime access, access on mobile and TV, certificate of completion
Join Now: Intro to Mechanical Design Engineering Skillset
Learning Outcomes
| Learn about the Profession of Design engineering with scenarios | What are the skills and knowledge required from a design engineer? |
| What is the importance of Engineering analysis and types of engineering analysis? | What type of considerations do design engineers make during design? |
| For working Mechanical engineers, graduates and students | – |
Machine Design: Theories of Failure and Design for Fatigue
The course focuses on machine design, which involves designing structural elements of a product to meet functional and durability criteria. It is suitable for those who are familiar with the mechanics of materials and are familiar with mechanical engineering. The course covers theories of failure in both static and dynamic loading conditions, including topics like principal stress, maximum shear stress theory, maximum distortion energy theory, Von Mises stress, Mohr theory, fatigue loading, fracture mechanics, and stress concentration factors.
- Course Rating: 4.4/5
- Duration: 3 hours
- Fees: Click on the join now link and get up to 90% discount
- Benefits: 5 articles, full lifetime access, access on mobile and TV, certificate of completion
Join Now: Machine Design: Theories of Failure and Design for Fatigue
Learning Outcomes
| Principal stress and their 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 |
| Modifying factors for endurance strength | Defining failure criteria in fatigue |
Machine Design Basics – I – Shaft, Bearings & Gears
This comprehensive course combines three courses into one, focusing on the design of shafts, bearings, and gears, all essential components in machines. It requires a pre-requisite understanding of strength of materials, engineering mechanics, and basic exposure to mechanical engineering design, using Autodesk Fusion 360 for design. The course covers a wide range of topics, including shaft design, power transmission systems, loads and load cases, materials, bearings, gear design, and practical CAD workflows.
- Course Rating: 4.3/5
- Duration: 8 hours
- Fees: Click on the join now link and get up to 90% discount
- Benefits: 3 articles, full lifetime access, access on mobile and TV, certificate of completion
Join Now: Machine Design Basics – I – Shaft, Bearings & Gears
Learning Outcomes
| Basics of shaft design | Basics of lay outing for power transmission systems |
| Shaft design for strength considering stress concentration and fatigue | 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 | – |
Introduction to Hydroelectric Power Plant Engineering
This course is suitable for anyone interested in learning about hydroelectric power plants. The course covers various aspects of hydroelectric power, including its role in today’s power engineering market, common plant components, terminology, different types of hydro power plants (e.g., dam, run of the river, tidal, pumped storage), and various types of hydro turbines (Kaplan, Pelton, Francis). The course uses interactive 3D models to explain these concepts and is designed to cater to beginners.
- Course Rating: 4.6/5
- Duration: 2 hours
- Fees: Click on the join now link and get up to 90% discount
- Benefits: 4 articles, 2 downloadable resources, full lifetime access, access on mobile and TV, certificate of completion
Join Now: Introduction to Hydroelectric Power Plant Engineering
Learning Outcomes
| What role hydroelectricity plays in today’s power engineering market | Hydro power plant components |
| Hydro power plant terminology | How hydro power plants work |
| Hydro turbines | – |
Introduction to Welding Engineering
This course is designed for beginners in welding. It explores the extensive use of welding in today’s technology. Welding plays a crucial role in various applications, including automobile and locomotive construction, bridges, buildings, pressure vessels, ships, machinery, and more. The course covers different welding processes, the formation of defects in welding, and techniques to prevent them, making it suitable for those new to the field of welding.
- Course Rating: 3.9/5
- Duration: 2.5 hours
- Fees: Click on the join now link and get up to 90% discount
- Benefits: 3 articles, full lifetime access, access on mobile and TV, certificate of completion
Join Now: Introduction to Welding Engineering
Learning Outcomes
| Various types of welding process | Fusion welding process |
| Radiant beam welding process | Solid state welding process |
Understand & Predict Your Centrifugal Compressor Performance
This training course is designed for individuals with prior experience in working with centrifugal compressors. The course focuses on the principles and operation of centrifugal compressors commonly used in various industries. Students will learn how to analyze and predict compressor performance by considering factors such as gas operating conditions, pressure, temperature, molecular weight, and rotational speed.
- Course Rating: 4.4/5
- Duration: 1.5 hours
- Fees: Click on the join now link and get up to 90% discount
- Benefits: 11 downloadable resources, full lifetime access, access on mobile and TV, certificate of completion
Join Now: Understand & Predict Your Centrifugal Compressor Performance
Learning Outcomes
| Understand and predict your centrifugal compressor behavior and performance | Optimize the operation efficiency of your centrifugal compressor |
| Assess the effect of one inlet condition change on your compressor performance | Assess the effect of multiple inlet conditions changes on your compressor performance |
| Assess the effect of your system resistance on your compressor performance | Adjust your centrifugal compressor rated performance curve to your actual inlet conditions |
| Know and use the useful Fan-Law relationships | Download the amazing centrifugal compressor performance Excel workbook included in this course |
How to Become a Mechanical Designer
This course is intended for mechanical engineering and product design students. It provides valuable insights and advice on how to secure a job in the design industry, and develop essential skills. The course covers topics such as necessary skills, CAD software proficiency, gaining experience, building a portfolio, and effective strategies for various scenarios. Additionally, the course delves into design guidelines, focusing on considerations for CAD modeling in processes like injection molding, sheet metal, laser cutting, and forging.
- Course Rating: 3.9/5
- Duration: 6.5 hours
- Fees: Click on the join now link and get up to 90% discount
- Benefits: Full lifetime access, access on mobile and TV, certificate of completion
Join Now: How to Become a Mechanical Designer
Learning Outcomes
| Better understanding about CAD tools. How to learn them, how to practice and which tool to go for? | Better understanding of portfolio |
| You would be aware of design process. You can even design a new product keeping laser in mind. | You would be aware of the competitions, freelancing and crowdfunding platforms. |
Mechanical Engineering Mastery Series: HVAC Engineering 101
Designed by ExpertEase Education, this Udemy course is specialised for mechanical engineers who want to improve their knowledge and expertise in heating, ventilation, and air conditioning (HVAC) systems. This course is a component of a broad curriculum that addresses the unique requirements and difficulties experienced by mechanical engineers in the HVAC sector.
- Course Rating: 4.7/5
- Duration: 2.5 hours
- Price: Join now and get up to 90% off the original price
- Benefits: Access on Mobile and TV, Lifetime Access, Certificate of Completion
Join Now: Mechanical Engineering Mastery Series: HVAC Engineering 101
Learning Outcomes
| The interlink between Mechanical engineering and HVAC engineering | Mechanical engineers should be familiar with HVAC design principles |
| Key terms for HVAC design sequence that mechanical engineers should know | Knowledge of different HVAC applications |
Internal Combustion Engine Basics (Mechanical Engineering)
Designed by saVRee lite, this Udemy course is for students and professionals who want to know more about how two-stroke and four-stroke engineers work, the difference between petrol/gasoline and diesel and other relevant topics. This course can be pursued by anyone who is interested in automobile engineering.
- Course Rating: 4.4/5
- Duration: 2.5 hours
- Price: Join now and get up to 90% off the original price
- Benefits: 4 Articles, 2 Downloadable Resources, Access on Mobile and TV, Certificate of Completion
Join Now: Internal Combustion Engine Basics (Mechanical Engineering)
Learning Outcomes
| How diesel and petrol engines operate | The operation of internal combustion (IC) engines |
| Workings of two-stroke engines and four-stroke engines | Functions of each of an engine’s major parts, such as the crankshaft, pistons, and camshaft |
Industrial Pneumatics – Basics (best online course)
Created by Catalin Suceveanu, this Udemy course targets engineering students, engineers, and technicians who are using, designing, maintaining, or upgrading the pneumatic system in their factory, as well as those who want to expand their engineering knowledge to be able to choose the best actuator type for their application. This course can be pursued by industrial workers, technicians, engineers and others.
- Course Rating: 4.6/5
- Duration: 2 hours
- Price: Join now and get up to 90% off the original price
- Benefits: Access on Mobile and TV, Certificate of Completion
Join Now: Industrial Pneumatics – Basics (best online course)
Learning Outcomes
| Structure of an industrial pneumatic system | How each and every part of the compressed air chain functions from manufacture to use |
| How to make informed decisions that will save energy and meet standards | – |
Centrifugal Compressors: Principles, Operation and Design
This Udemy course designed by WR Training, gives a realistic practical exposure to centrifugal compressors by using detailed images, cut sections, and 3D animations. This course can be pursued by Mechanical Engineers, Product Engineers and other technical professionals.
- Course Rating: 4.6/5
- Duration: 6.5 hours
- Price: Join now and get up to 90% off the original price
- Benefits: 17 Downloadable Resources, Access on Mobile and TV, Certificate of Completion
Join Now: Centrifugal Compressors: Principles, Operation and Design
Learning Outcomes
| Understanding the fundamentals of how centrifugal compressors function will help the plant and piping system run more efficiently | Recognise the components of centrifugal compressors (such as the impeller, volute, shaft, inlet guide vane, bearings, and mechanical seals) |
| Examine the operational issues involving bearings, mechanical seals, and flow control | Use the recommended procedures and methods for upkeep, issue fixing, and troubleshooting. |
Thermodynamics – Introduction to Mechanical Engineering
Created by Morgan Brown, and Mathew Alexander MEng, this Udemy course acts as a stepping stone for new students into Engineering Thermodynamics or as a review for students who are already aware of some of the concepts and are looking for a place to brush up on the fundamentals. This course can be pursued by anyone with prior knowledge of mathematics and algebra.
- Course Rating: 4.3/5
- Duration: 2.5 hours
- Price: Join now and get up to 90% off the original price
- Benefits: 34 Articles, 33 Downloadable Resouces, Access to Mobile and TV, Lifetime Access, Certificate of Completion
Join Now: Thermodynamics – Introduction to Mechanical Engineering
Learning Outcomes
| Make some simple thermodynamic calculations for engineering | Describe some fundamental engineering Thermodynamics ideas |
Mechanical Engineering – Machine Designing-1
Designed by Harpreet Singh, this Udemy course is for those who want to know more about how machines are made. The first step towards achieving this goal will then be this course. Candidates will have a thorough understanding of machine design after taking this course. They will learn about designing and modelling supported components in this first course.
- Course Rating: 3.6/5
- Duration: 4.5 hours
- Price: Join now and get up to 90% off the original price
- Benefits: Access on Mobile and TV, Lifetime Access, Certificate of Completion
Join Now: Mechanical Engineering – Machine Designing-1
Learning Outcomes
| Creating models and designs for spur, helical, bevel, and worm gears | Shaft and key modelling and design along with Lever Design for Hand, Foot, and Bell Cranks |
| Learn how to design a machine | Choice of springs and bearings |
Basics of Mechanical Engineering
Designed by Messgerat Labs (GaugeHow), this Udemy course discusses the 5 concepts of Mechanical Engineering, IC Engine, Metrology, Refrigeration, Production, and a career in Mechanical Engineering. This course can be pursued by anyone interested in mechanical engineering.
- Course Rating: 4.5/5
- Duration: 3 hours
- Price: Join now and get up to 90% off the original price
- Benefits: 1 Article, Access on Mobile and TV, Lifetime Access, Certificate of Completion
Join Now: Basics of Mechanical Engineering
Learning Outcomes
| Career in Mechanical Engineering | Refrigeration |
| Internal Combustion Engine | Production Engineering |
| Engineering Metrology | – |
Mechanical Engineering Basics: Education, Courses, Career Paths
Designed by Engr Hussien Attie, this Udemy course will help learn about the requirements for becoming a mechanical engineer, from the educational background to the range of possible job routes. This course can be pursued by beginners as well as professionals who have prior knowledge and experience in mechanical engineering.
- Course Rating: 4.6/5
- Duration: 1.5 hours
- Price: Join now and get up to 90% off the original price
- Benefits: Access on Mobile and TV, Certificate of Completion
Join Now: Mechanical Engineering Basics: Education, Courses, Career Paths
Learning Outcomes
| Mechanical Engineering in general | Getting into Mechanical Engineering |
| What training is needed to become a mechanical engineer | The several pathways a mechanical engineer could take |
Learn the Fundamentals of Mechanical Engineering
Designed by Shahed Mahomed Haniff, this course is intended to provide you with the fundamental knowledge you need to begin or advance your engineering education in order to enter the field or be successful in your current or future employment position. This course can be pursued by anyone who has prior knowledge of mathematics and Physics.
- Course Rating: 3.8/5
- Duration: 3.5 hours
- Price: Join now and get up to 90% off the original price
- Benefits: Access on Mobile and TV, Lifetime Access, Certificate of Completion
Join Now: Learn the Fundamentals of Mechanical Engineering
Learning Outcomes
| The foundation of the equipment, components, and tools utilised in engineering | Motors and gearboxes, workshop equipment, and component lubrication |
Also Check: Best Civil Engineering Courses on Udemy
Udemy Mechanical Engineering Courses: FAQs
Ques: Can I do courses for free on Udemy?
Ans: Yes, you can join free courses on Udemy for Mechanical Engineering without any fees.
Ques: How do I get an Udemy course for free of cost?
Ans: One such way is to join the free courses on Udemy. Also, you can join paid courses for free using coupons which you can find on various Facebook and other social media groups.
Ques: What are the 5 common tasks for mechanical engineers?
Ans: The common tasks of mechanical engineers are to research, design, evaluate, install, operate, or maintain mechanical products, equipment, systems or processes to meet requirements.
Ques. Are udemy mechanical engineering courses suitable for beginners?
Ans. Yes, Udemy offers courses designed for individuals at all levels of expertise, including beginners. You can find introductory courses that cover the basics of mechanical engineering, making it accessible to those with little to no prior knowledge.
Ques. What prerequisites do I need to enroll in udemy mechanical engineering courses?
Ans. Prerequisites can vary depending on the course. Some may require prior knowledge of mathematics or physics, while others are designed for beginners with no prerequisites. Be sure to check the course description for specific requirements.
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