Online Mechanical Engineering Courses & Certifications

Basics Of Finite Element Analysis - I certification is an 8 weeks course, the curriculum of which has been created with the help of  NPTEL and IIT Kanpur. The provider which promotes the ad offers this certificate is Swayam. Talking of eligibility, the engineering students having completed 2 successful years of their B. Tech courses are eligible. This certificate course is for those who need to learn about FEA regarding their application.

Basics Of Finite Element Analysis - I training will give knowledge to participants on the theoretical aspects of finite element analysis. There are times when candidates do not understand the flawed results of them writing the wrong commercial codes. Hence this course is designed for making the applicants understand their mistakes of coding in easy mathematical ways. The course learning can be free, but the certificate requires being a part of assignments, and a proctored exam. Also, the end course certificate will be given value by industries like Power Generation, Automotive, NVH, Railways, Acoustics, etc.

The Design Practice online course is an eight weeks elective program offered as an initiative by the government of India’s ministry of education through course provider Swayam. The course is designed for those who are new to postgraduate study in design. It might also be beneficial for aspiring professionals in the industry who want to pursue professions in the field of design.

The Design Practice syllabus covers solid modeling, 3-D shapes, Sensors and actuators, Introduction to Control, Mechatronics, Mechanisms, Strength, and Stiffness of Structural Elements, Micro-electro Mechanical Systems (MEMS), Geometrical Transformations, Rapid tooling, Rapid Prototyping, Intelligent Product Design, 3D printing, etc.

Modern engineering primarily resides on dynamical and static mechanical systems. This eight-week core programme in Engineering Mechanics - Statics and Dynamics strives to explain to students about these systems, their numerous variants, alongside the theoretical tools to analyse such systems. The curriculum primarily focuses on presenting dynamics’ fundamental principles, familiarising learners with associated principles to evaluate and solve its challenges. 

The Engineering Mechanics - Statics and Dynamics certification syllabus will deal with various static systems, including load-bearing members, bridges, bolts, etc. and dynamical systems that are ubiquitous as machines that convert electrical to mechanical energies. The programme will also touch upon dynamic concepts’ applications for modelling engineered machines. The course is open to all undergraduate learners and belongs to Mechanical Engineering, Structural Design, and Structural Analysis categories. 

Assisting candidates in seeking valuable employment positions, the Engineering Mechanics - Statics and Dynamics certification will help candidates verify their knowledge to recruiters and ace recruitment. Interested applicants can avail of this by registering for Swayam’s test, gaining sufficient scores in their assignments, and paying the examination fee.

The Fundamentals of Combustion for Propulsion programme is provided by the Indian Institute of Technology, Madras. The course belongs to the department of propulsion in the field of mechanical engineering. The users can avail of the course for free, and the programme is conducted in online mode throughout the whole duration. Participants will gain valuable insights into the working and optimization of propulsion and combustion by pursuing the Fundamentals of Combustion For Propulsion certification. The course is made for postgraduate students and the course can be joined at any given time since it is available the whole time on the website.

The programme will take up to 8 weeks to successfully finish the Fundamentals of Combustion for Propulsion certification syllabus. Students have the liberty to access the course according to their willingness. The course is available for the students full time. There is no admission procedure for the course and students can directly take admission in the programme. There is an option of certification in the Fundamentals of Combustion for Propulsion training for which students have to pay the exam fees and give an offline exam. The sessions provided in the course are made interactive for the students through case studies and discussions.

The Fluid dynamics and turbomachines online course is offered by Swayam, a government of India’s initiative by the ministry of education. The first section of this 8 weeks course presents fundamental fluid dynamics principles, which serve as the theoretical framework for the second section of the program on turbomachines. The Fluid dynamics and turbomachines training is designed for advanced B.E/Technology students, as well as refresher training for working professionals in the turbine and pump sectors. The Fluid dynamics and turbomachines syllabus covers various topics such as fluid flows, turbomachines, and their principles, hydraulic and pump-turbine, gas and steam turbine, etc.

The Foundation of Computational Fluid Dynamics online course is an 8 weeks program offered by Swayam, an initiative by the government of India. The introductory AICTE approved CFD course teaches about the fundamentals of CFD in this course. The Foundation of Computational Fluid Dynamics training also teaches about the FD/FV method, issue formulation, and problem-solving strategies. Students will gain confidence by experiencing a basic and example-functioning CFD code at the conclusion of the course. 

The Fluid Machines certification programme will cover the basic principles governing energy transfer in a Fluid Machines and take up the different kinds of air and hydraulic machine systems, along with their performances. You will learn about the physical concepts, mathematical operations, along with exercise problems and examples of practical importance.

Moreover, the Fluid Machines course curriculum includes topics such as Hydraulic Impulse Turbine, Air Compressor, Hydraulic Pump, and more comprehensively. By the course end, you will have a firm grip over the fundamental concepts of Fluid Machines. Not to mention, you will become adept at applying the laws and principles to requirement-specific applications. 

Prof. Suman Chakraborty, who is currently an institute chair professor at the Indian Institute of Technology, Kharagpur, will be the course coordinator for the Fluid Machines programme by Swayam. An expert in the field, she is the recipient of the Shanti Swaroop Bhatnagar Prize, the highest scientific prize from the government of India. 

Besides, after the conclusion of the Fluid Machines course, students will be eligible for positions in companies like G.A.I.L., O.N.G.C., Shell, I.O.C.L., G.E., and more.

The Mechanical Behaviour Of Materials (Part – II) certification course offers a comprehensive exploration of materials engineering, divided into two sections to cover the extensive syllabus. Students gain proficiency in the theory of plasticity and dislocations, understanding their influence on mechanical properties like strength, fracture, fatigue, and creep in diverse materials. 

Aimed at undergraduates and first-year graduate students in disciplines like Materials, Mechanical, Metallurgical, and Aerospace Engineering, the Mechanical Behaviour Of Materials (Part – II) certification by Swayam requires a prior understanding of material nature and properties. Spanning eight weeks, this core curriculum delivers a deep dive into metallurgy, material science, and mining engineering. 

The Introduction to Structural Analysis using ANSYS Workbench Training Course is 8 week long introductory course that discusses the elements of advanced structural analysis and Finite Element Analysis (FEA). The online course available on the Skill-Lync platform will help learners gain expertise in software tools like ANSYS Workbench.

The specialized training sessions of the Introduction to Structural Analysis using ANSYS Workbench Certification Course will assist learners in acquiring knowledge of performing simulations using ANSYS’ Mechanical APDL solver.

After successful completion of the Introduction to Structural Analysis using ANSYS Workbench Live Course through video lectures and technical projects, learners will receive a certificate of completion. The top 5% of learners get a chance to win a merit certificate for the course.

The Analysis and Modeling of Welding certification course is a 7-week duration programme. The certification course is beneficial for practising engineers, graduate students and prospective researchers to understand welding and its latest trends. This course provides a detailed analysis and modelling techniques that can be applied to different physical phenomena during welding.

The certification course covers a comprehensive curriculum that covers heat sources, fusion welding processes, phase change, zones in weldment, thermal modeling, heat removal, and fluid flow in the weld pool. The Analysis and Modeling of Welding certification by NPTEL helps students understand the developments in welding taking place.  

Also Read: Online Metallurgical Engineering Courses & Certifications

The Hands-on Introduction to Engineering Simulations programme is problem-based, and candidates will learn by doing. They will be using a powerful and versatile tool from ANSYS, Inc. to perform engineering simulations. They will be using a common approach to solve problems that involve different branches of Physics (structural mechanics, heat transfer, and fluid dynamics). The programme focuses on moving beyond garbage-in, and garbage-out, and understanding what is under the black-box.

Learners will be solving textbook examples to understand the fundamentals of computational fluid dynamics and finite-element analysis. They will then put these principles into practice and simulate real-world examples (a wind turbine rotor and a bolted rocket assembly).

By working with real-world examples and using a leading simulation tool used by professionals, the Hands-on Introduction to Engineering Simulations training will help learners move beyond button pushing and encourage them to start thinking like experts. Cornell University developed the Hands-on Introduction to Engineering Simulations online course in collaboration with the ANSYS Corporation. Therefore, all learners will be able to download and use ANSYS Student for free.

Learners may enroll in the self-paced course for free or pay a small amount. If they want to learn the course for free they may opt for the audit track where limited access is given. On the other hand, if they want unlimited course access they may get admission using the verified track for which they may have to pay a small amount. 

The course is a foundation course of the intermediate level for engineering students who want to build a stronghold on the basics of Mechanical engineering, including concepts of the strength of materials and the deformability of various structures and the constituent materials. The candidates will learn to predict the failure and the deformation in structures used to build mechanical structures, like elastic, viscoelastic and plastic elements.

The candidates will be taught the ways of analyzing structural assemblages of various types, using the equations of geometric compatibility, static equilibrium, and constitutive material response. The Mechanics of Deformable Structures: Part 1 programme is the second course of a series having three parts, and this part is specially designed to give an introduction to the behaviour of viscoelasticity of a deformable structure, i.e. over the course of time. 

The objective of the programme also covers the pattern in which a structure changes if the load applied exceeds the permissible ability of the elastic limit, known as the plasticity of the material. In the end, a candidate will be able to apply analytical methods and perform calculations related to the subject.

Mechanical Behavior of Materials, Part 3: Time-Dependent Behavior and Failure certification course serve as an introduction to the topic of mechanical behavior of materials that are related both to an atomistic and continuum point of view.  At the atomistic level, the students will learn about the various mechanical properties related to materials and at the continuum level the participants will be exploring the displacement and forces that are translated to strain and stress distributions insisted on the material. In the course, the examples are drawn from- biomaterials, glasses, ceramic, polymers, cellular materials, and composites. In the Mechanical Behavior of Materials, Part 3: Time-Dependent Behavior and Failure by edX the students will be covering viscosity, creep in crystalline materials, plasticity, fatigue, and brittle fracture in detail. A continuation of the series, this program by edX will be helping the students to study more about- dynamic mechanical measurement and hardening mechanisms in a comprehensive manner in the six-week-long Mechanical Behavior of Materials, Part 3: Time-Dependent Behavior and Failure online course.

The Euro VI Calibration using GT-Suite online course is an automotive course offered by the online education provider Skill Lync for a short period of two months. This online programme develops the skill set of the students in the field of automotive industry. This course study is about the emission legislation and the aspects of Euro 6 implementation. 

The learners will understand the nuances of the calibration process which involves legislation, perfect technology preference, utilisation of simulation tools to arrive at credible solutions thereby decreasing the physical testing efforts. Calibration and GT Power tools are explained along with the concepts like emission norms, predictive combustion calibration, challenges, virtual calibration and a case analysis on heavy duty application. 

The learners are provided with technical assistance and professional guidance to understand the concepts and ideas. The increase in the demand for simulation tools over physical testing methods have made this course on ‘Euro VI Calibration using GT-Suite’ significant for the engineers in this field.

The Class A surfacing of an SUV using Autodesk ALIAS Certification Course is a specialized course that covers the basics of the automotive engineering industry especially focusing on the primary stages of the designing process of an SUV. The online course will deal with the contemporary modelling techniques in the industry.

Through the Class A surfacing of an SUV using Autodesk ALIAS Training Course, learners will be introduced to the techniques of digital sketching including the use of Sketchbook and Photoshop software. The course will provide learners with a thorough understanding of the SUV design process.

After completion of the Class A surfacing of an SUV using Autodesk ALIAS Live Course, learners will receive a certificate of completion, and the leading 5% of students will be rewarded with a merit certificate.

Recently, there has been a growing trend towards improving quality in various industries. This is due to the rising global competition and customers’ growing need for reliable products. That’s why special attention must be paid to fatigue, as it’s one of the leading causes of industrial failure and directly affects product quality. The Fatigue Failure in Different Fields of Engineering programme will tackle many topics about this.

Fatigue Failure in Different Fields of Engineering course aims to introduce Ph.D. students, M.Sc graduates, and engineers working in the industry to the fundamentals of fatigue in different engineering fields. The training curriculum covers common causes of component failure and challenges faced by engineers. The programme also includes hands-on training via the ANSYS workbench platform.

The course content for Fatigue Failure in Different Fields of Engineering training is delivered through video lectures and readings. Also, you can complete the end-of-the-week and homework assessments to understand the week’s learnings better. Lastly, after you’ve completed all modules, you must appear for the final exam. 

The ‘AutoCAD for Beginners - I’ online certification course is provided by the online educational platform TCS iON digital learning hub for students from engineering or architectural domains. This career-oriented online course is organized for a duration of six weeks wherein the students will have to spend five hours per week to complete the program.

The students of this course can learn on their own at their preferred speed through the virtual learning environment. The course is focused on providing the candidates with a comprehensive knowledge of the functions of this software application which is used for design and drafting. The course curriculum equips the students to build competence to create drawings in AutoCAD. The ‘AutoCAD for Beginners - I’ certification course enables the students to gain professional and technical knowledge of AutoCAD and its applications along with the digital certificate that is given after completion of the course assessments and projects. 

The Efficient HVAC Systems certification by the Delft University of Technology via edX is a 5-week online course. This online certification course explores different steps of HVAC (Heating, Ventilation and Air Conditioning) that help engineers come up with a proper design while collaborating with the architect. The Efficient HVAC Systems certification syllabus at Delft University of Technology via edX will provide learners with an understanding of how to distribute heat and cold with the help of air and water systems, what are the temperature levels to be used in both and how that relates to the type of energy supply and the thermal quality of the building construction.

The Efficient HVAC Systems online course is part of the PCP Buildings as Sustainable Energy Systems where participants can learn to design buildings with low energy demand and choose low carbon energy supply while being able to determine if this will lead to a liveable indoor environment. The development of the Efficient HVAC Systems certification by the Delft University of Technology via edX is supported by Climate-KIC and includes two types of enrollment options - Verified Track and Audit Track. Students can enroll in the free audit track that has limited access or they can easily upgrade to the paid verified track directly.

Offered by the Department of Material Science and Engineering at the prestigious Massachusetts Institute of Technology, the Mechanical Behaviour of Materials, Part 1: Linear Elastic Behaviour by Edx will give you all the knowledge on the behaviour of various materials. The course provides both the atomistic and continuum view in this regard. 

Deep diving further, the continuum view will focus on how materials get stressed due to forces and displacements, and the atomistic view will focus on ways to control the mechanical properties of materials. The Mechanical Behaviour of Materials, Part 1 certification syllabus, is taught using various examples extracted from polymers, metals, ceramics and more.  

Mechanical Behaviour of Materials, Part 1 online course is taught by two experienced faculty members, namely Lorna J. Gibson and Jessica Sandland. They are both well-versed in the field of science and technology. Furthermore, the course is categorised under the field of engineering and provides free enrolment. The candidates may enrol in this course for free or by paying a certain amount of money. There are 2 tracks namely verified or audit track which offers direct access to the course materials. If the candidates opt for the verified mode they are entitled to receive unlimited access and if they opt for the audit access, they will receive only limited access to the course materials.

Haptic devices are mechanical devices that let the users feel, touch, and control objects in remote or virtual environments. The Introduction to Haptics certification course aims to teach you about haptic technology in detail. You will develop a sense of awareness about the abilities and weaknesses of the human touch, along with learning how to build these mechatronic devices.

Through the learnings of the Introduction to Haptics online programme, you will acquire pragmatic cross-disciplinary engineering skills connected to mechanical engineering, bioengineering, robotics, computer science, and electrical engineering. This course developed by Stanford Online will help you comprehend the linkage between equations that explain physical interplay and how they feel.

The Introduction to Haptics training also offers online quizzes to test your understanding of the concepts. You also have the option to participate in laboratory assignments by using/building a ‘Hapkit.’ This practical approach will give you hands-on experience in testing haptic projects, making circuits, and putting mechanical systems together. 

Edx offers 2 varied tracks which can be used to opt into the course and then they shall be given access either for a limited period of time or the access offered may be unlimited. In the case where the students want unlimited access, they will have to choose the verified track and where they want limited access for free they will have to select the audit track.

Every year, plenty of engineers in different streams graduate from various engineering institutions. Thus, securing a better professional opportunity in the industry is quite competitive and needs hard work and guidance. Crack Mechanical Engineering Jobs with India's largest learning platform helps the mechanical engineers around the country to find the finest mechanical engineering jobs in reputed companies. 

Crack Mechanical Engineering Jobs with India's largest learning platform Certification is offered by Unacademy, the largest online learning app in India that prepares mechanical engineers with the capacity to crack mechanical engineering job opportunities. Crack Mechanical Engineering Jobs with India's largest learning platform online course comprises 300-plus hours of video lectures, live projects,  tests and internship opportunities by various reputed companies. 

Crack Mechanical Engineering Jobs with India's largest learning platform Certification Syllabus will equip the learners with various aspects of mechanical engineering such as Ansys Workbench, AutoCAD, Mechanical Design, Manufacturing and Industrial, and many more. Mechanical engineers from any part of the country can join the Crack Mechanical Engineering Jobs with India's largest learning platform and pursue in different languages as the Unacademy instructors teach in English, Hindi, Malayalam, Tamil, and 12 other languages. After the completion of the online course, the learners will be conferred with a completion certificate offered by iHub Divyasampark of IIT Roorkee. 

Metal cutting is done by the application of mechanical forces. It involves the usage of tools like lathes, shapers, and milling machines. The course on Metal Cutting and Machine Tools by Swayam provides candidates with the opportunity to study these in detail with Professor Asimava Roy Choudhury from IIT Kharagpur. 

This will be a four-week online training. The Metal Cutting and Machine Tools training will cover different aspects of metal cutting, such as geometrical analysis of metal cutting tools. Candidates will go into further detail about the orientation and make-up of these tools, their features, and applications. Also, they will supplement their learning by solving numerical problems. 

The total duration of the Metal Cutting and Machine Tools syllabus is ten hours. Candidates can test their learning and gain greater insights during the MCQ discussion lecture after each week. This is an AICTE-approved FDP course by IIT Kharagpur. Thus, its optional certification is up for grabs and will be of immense value to the students.

IIT Kharagpur, one of the most renowned engineering and technology institutions in India, has developed the Non-Traditional Abrasive Machining Processes certification course. Through this program, candidates will learn about three major types of machining, including Ultrasonic, Abrasive Water Jet Machining, and Abrasive Jet Machining. 

These methods comprise a major part of the non-traditional techniques. The Non-Traditional Abrasive Machining Processes curriculum consists of descriptive parts which describe the machine configurations and types of technology. Further, there are process derivations, analyses, and numerical problems to make every concept clear to the candidates. The syllabus is of the UG level of study. 

The course instructor will discuss various multiple-choice questions to consolidate the students’ understanding. The Non-Traditional Abrasive Machining Processes training is verified by AICTE as an FDP course. Candidates can complete this course quickly in just four weeks and apply to get the paid certification, which is optional. Interested students can also appear for the offline exam.

The Mechanical Behavior of Materials, Part 2: Stress Transformations, Beams, Columns, and Cellular Solids course is a four-week, intermediate-level training. The course curriculum focuses on enlightening the students about the atomistic and continuum aspects of mechanical characteristics of different materials. It is part of a three-course series by MIT’s Department of Materials Science and Engineering.

The instructors on this course will be faculty members of the Massachusetts Institute of Technology, USA. It will prove to be an excellent learning opportunity for the participating candidates. Additionally, the Mechanical Behavior of Materials, Part 2 online course houses a comprehensive curriculum. It includes stress transformations, column buckling, beam bending, and cellular materials, among others. 

The Mechanical Behavior of Materials, Part 2 course by edX will take metals, glasses, polymers, ceramics, biomaterials, and cellular materials into consideration. The instructors will use relevant examples to make the learning experience more rewarding. Besides, this edX course has a self-directed training model but offers only limited access during the audit track and unlimited access to the course materials when the verified track is selected.

Many products today are manufactured in the particulate form. These include pigments, cement, ceramic, catalysts, and pharmaceuticals. Understanding the physical mechanisms of these products and adequately handling their fine particles is a crucial step in manufacturing. The course in Mechanical Operation will teach you about the design and characteristics of these fine particles. 

The candidates who enroll in the Mechanical Operation course will gain knowledge about the Science and Technology of particulate matter. This multidisciplinary field integrates several scientific disciplines and provides a well-rounded experience.  The candidates will also learn about the critical physical process related to particles, solving mathematical equations, and the important tenets of particle size reduction.

This 4-week long course in Mechanical Operation by Swayam is taught by experienced faculty from IIT Roorkee. This is an undergraduate-level course, wherein Swayam will test candidates in their skills through regular assignments. The programme is free for all and the certification, which is paid, is optional.