List of Online Courses and Certifications

Why are battery/electric vehicles not as popular as hybrid vehicles? Why do electric cars cost more than conventional or even hybrid ones? Hybrid Vehicles by edX will answer all these questions and many more. Learners with a bachelor’s degree in engineering and practising engineers from the automotive industry can take this course to learn more about hybrid powertrains.

Hybrid Vehicles training will take you through all the various mechanical frameworks of hybrid powertrains and how they affect complexity and performance. It also covers different sizes of powertrains in full, mild, micro hybrids, and plug-in hybrids. There are driving cycle simulations to help you learn how to model and analyze all of these variations.

The Hybrid Vehicles certification syllabus covers Energy Management Systems and how they affect charging, discharging, and hybrid powertrain modes. The Chalmers University of Technology developed this course with support from MathWorks, and for the duration of the training, learners will have free access to MATLAB/Simulink for a limited duration. Candidates can also get the certificate and unlimited access to the self-paced course by paying the course fee. This course is also a part of Chalmers University’s MicroMasters program in Emerging Automotive Technologies.

The Electric and Conventional Vehicles programme is offered by the Chalmers University of Technology and taught by associate professors Anders Grauers and Sven Andersson. MathWorks supports this programme, enabling learners to access MATLAB/Simulink during the course. Candidates will pick up on formulating vehicle performance requirements, sizing powertrain components, and driving cycle simulation.

The Electric and Conventional Vehicles certification syllabus covers the working mechanisms, performance analysis, and energy consumption of various vehicle types. Students will learn about electric and conventional combustion engines for trains through this programme. Topics range from batteries, combustion engines, electric machines, transmissions, and power electronics, which are taught across a span of seven weeks. 

As an associated programme of MicroMasters in Emerging Automotive Technologies, students will gain in-depth knowledge in the field of hybrid vehicles. This advanced course in engineering is set at an instructor’s pace. Additionally, students can opt for the course completion certificate for the Electric and Conventional Vehicles online course by paying a nominal fee. They can also audit the programme free of cost for a limited duration. 

The students in this program will be dealing with the questions related to ethics and risks in the genre of developing new technologies. The course has been divided into three distinctive parts. In the first part, the candidate will be dealing with the ethical questions revolving around the framework of the new evolving technology. 

The students in the online certification program on Responsible Innovation: Ethics, Safety, and Technology by edX will study the unknown risks and safety measures that are included in the new technologies. And will be conducting numerous quantitative and qualitative assessment methods. For the third part of the course, the applicants will deal with new-design and value-driven processes which will also be accounting for the social concerns while developing new technology. The case studies included in the Responsible Innovation: Ethics, Safety, and Technology certification syllabus pertaining to - risks and ethical concerns will be given to the students to solve in the course.  Discussion on- nuclear energy, coronavirus, robots, etc will also be organized during the session.

The course The Basics of Transport Phenomena offered by the edX in collaboration with DelftX institution gives an amazing learning opportunity to all the candidates who are interested in gaining knowledge about the concepts of physics and processes connected to it. Students can avail of the course The Basics of Transport Phenomena free of cost. The Basics of Transport Phenomena course curriculum is an introductory-level programme. Participants who are keenly interested in pursuing the course have to spend 7 weeks completing The Basics of Transport Phenomena curriculum. Students have to invest 6-8 hours per week to study in this course. Learners who will learn through 

The Basics of Transport Phenomena course created by the DelftX institution will be able to learn through the self-paced learning mode. The programme is taught by experienced faculty and candidates can access the course contents in 100 per cent online mode only. After completing The Basics of Transport Phenomena course in online mode candidates can achieve verified certification for the programme. Verified certificates are available to all the learners who will pay the fees for the certification to the authorities of the platform. But, if the learners take the course free of cost, they can audit and access it for a limited duration. 

Commuters in the Metros and other large cities face a lot of traffic congestion during their daily trips to their workplace or home. The development of infrastructure through the expansion of roads does not prove to be a long-lasting remedy to curb this urban congestion. This course of Intro to Traffic Flow Modeling and Intelligent Transport Systems focuses on understanding the congestion of the traffic and exploring new ways to improve commuters' transit or mobility through schemes of traffic management.

The course Intro to Traffic Flow Modeling and Intelligent Transport Systems introduces the fundamentals of traffic flow theory while describing different traffic flow models at micro and macro levels. This course introduces network-level aggregation modelling and control approaches based on the concept of Macroscopic Fundamental Design (MFD). The course also teaches advanced schemes for traffic management such as ramp metering, adaptive traffic signal control, variable limits of speed, etc. The course also introduces user equilibrium analysis through the application of the choice of departure and route timings. The course offers related reading material, real data sets, and exercises. The students can audit the programme free of cost and get a limited duration of access. They can also join the course by paying the fee and access it for an unlimited period.  

The robot is one of the most effective inventions by the human mind that can achieve wonders. The technology of robots is recent and it is grabbing the attention of many young minds. Technology is creating many opportunities and offers wide scope in this sector. Introduction to Human-Robot Interaction is the initiative by EdX to make interested learners step into the world of robots, their design, and their work. The course is the initial part of the Human-Robot Interaction professional certificate. Candidates enrolling in this course shall be exposed to the designing and working of robots. They shall also be introduced to the concept of human-robot interaction. 

Human-Robot Interaction professional certificate training will be delivered by the assistant professor of the University of Canterbury. The course will teach the learners about the software and tools utilized in the making and working of robots. This is the introductory course that shall help the students to learn the basic concepts of robot designing, working, and human-robot interaction. The students shall also receive Introduction to Human-Robot Interaction certification by EdX after completion of the course if they have chosen the verified mode to join it. While joining it in the free mode, the learners will have only a limited duration of access to the course materials. 

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 5G Certification Programme by Nokia Bell Labs and NIIT course is completely online based on a state-of-the-art curriculum. In the entire course, the end-to-end 5G architecture training will be provided to the students to help them know about the course more in-depth. The  5G Certification Programme by Nokia Bell Labs and NIIT will be issued at the end of the course equivalent to the Nokia Bell Labs’ Global Certification. The course requires intensive learning of eighteen hours. The 5G Certification Programme by Nokia Bell Labs and NIIT will be provided by the Nokia certified 5G expert trainer. Blended learning methodology will be implemented throughout the course. 

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.

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. 

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.

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 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.

The Mechanics, Part 2 Training Course is an intermediate-level course that covers every aspect of physics through a calculus-based learning structure. The course is offered by RICEx, a collaboration of Rice University with the edX learning platform.

Through the Mechanics, Part 2 Certification Course, learners will be introduced to the fundamental concepts of mechanics and physics required to excel in all STEM fields. The course will be instructed by Jason Hafner, Professor of Physics, Astronomy, and Chemistry at Rice University.

Mechanics, Part 2 Live Course is a self-paced course that the learners can progress at their own speed. The course will include graded assignments and exams as the criteria for evaluation for attaining the final certificate.

The Fundamentals of Mechanics for Engineering Certification Course is an introductory level online course that discusses the fundamental concepts of mechanics for engineering. The course is provided in collaboration with edX and the Universitat Politècnica de València (UPV). The physics course will be taught in Spanish in a self-paced manner that allows candidates to progress at their speed.

The Fundamentals of Mechanics for Engineering Training will be provided by expert tutors through video lectures and other course materials. The mode of assessment for the course includes graded assignments and exams. Once the assessments are complete and the candidate is qualified, they will get a Fundamentals of Mechanics for Engineering Certification by edX and UPV.

Edx has both audit tracks and the other is the verified track. One track offers limited but free access to the course materials but no certificate after completion whereas the verified track is the upgraded version of the same course that gives unlimited but paid access to the course materials. 

The Nuclear Reactor Physics Basics online course by edX imparts intelligence to the participants in the concepts like nuclear fission, neutron field, functions in the neutron field, slowing down of neutrons, neutron spectrum, thermalization of neutrons, and multi-group method. The course duration is 6 weeks. The candidates must spend at least 2 to 3 hours a week to gain deep knowledge of the concepts. The Nuclear Reactor Physics Basics by edX is self-paced. 

The Nuclear Reactor Physics Basics certification course also covers concepts like diffusion theory, solutions of the diffusion equation in multiplying medium, interactions of neutrons, and solutions of the diffusion equation in the diffusion equation. The candidate will learn the concepts and ideas behind the reactors through this course. The  Nuclear Reactor Physics Basics certification program focuses on the physical theories of nuclear reactors and the experiments in the neutron field.

The Nuclear Reactor Physics Basics certification is provided to the candidates on the successful completion of the program. The candidates can share them to their CV and resume. It can also be shared on LinkedIn. 

The Understanding Nuclear Energy online course provides extensive knowledge of nuclear science and technology. The course will cover topics like nuclear reactions, nuclear energy economics, radiation, nuclear reactors, radioactivity, etc. You will get to know the underlying physics concepts of nuclear science.

With the help of the Understanding Nuclear Energy course, you will understand nuclear energy from a wider perspective. From the elemental reactions happening on an atomic scale to the operation of a full-fledged nuclear power plant, the course covers it all. It also acquaints you on key issues like nuclear energy costs and sustainable nuclear energy methods.

The Understanding Nuclear Energy training also familiarises you with the life cycle of nuclear fuel and nuclear fission. The course touches on the safe operation of reactors to prevent any harm to the environment and the public. It will also consider the future of nuclear energy and its effects on the economic system and society. The candidates can enrol in the programme in two modes, namely, verified and audit modes. In the audit modes, the learners can access the programme for a limited duration. 

Mechanics is one of Physics’s significant areas that deals with the study of motion and displacement. This subject has extreme practical importance as it is used in our day-to-day lives and activities. The Mechanics, Part 1 online course, explores the fundamentals of Mechanics and problem-solving skills required in STEM fields. 

The edX Mechanics, Part 1 certification syllabus covers complex Physics topics such as kinematics, velocity, and acceleration, and how they can be connected through calculus. This calculus-based curriculum further discusses Newton’s laws of motion and the concept of energy and momentum, which is another quantity of motion. 

A Rice University offers, the Mechanics, Part 1 program is a self-paced studying avenue that will facilitate you to learn at your speed and convenience. It has been developed in association with Rice University and will be taught by its faculty. The course will use video lectures as a medium of teaching and will help you prepare for the on-campus programme at Rice on Mechanics. 

The candidates are given the option of choosing from any of the two tracks available so that the course learning can be completed. Both the course tracks are self-paced but there is a time limit until which the course remains accessible in the audit mode that is free of cost. Again, in the case of the verified track, the candidates will be able to access the course materials for an unlimited period of time.

In the Mentoring engineers with impact training online course by edX, the candidate will be focused on the individuals who are managing and driving experts towards accomplishing their professional objectives. The course offers the candidate a bunch of apparatuses and standards with objectives and reasonable strategies to effectively begin and execute to finish a coaching cycle. As a coach, the candidate will focus on building up those abilities which will help the mentees to fabricate and support their upper hands.

The duration of the course is 6 weeks. Mentoring engineers with an impact certification syllabus is a short-term online course. An intermediate level of teaching will be there. It is a self-paced course that candidates can access according to their own comfortable timings. The candidate is requested to give their efforts of 1-2 hours weekly.

The candidate will be getting a verified course certificate of Mentoring engineers with an impacted program by the end of the course from edX. The certificate will be a shareable certificate that candidates can add to their LinkedIn account. The candidate can access the course for free or can take the upgraded course to get the certificate by the end of the course.

Spread across six weeks, the Silicon Photonics Design, Fabrication, and Data Analysis by edX briefly deals with designing circuits and integrated optical devices using a proactive method with the knowledge of commercial tools. The state-of-the-art technology worth $5M is used to fabricate designs. The focus of this intermediate-level program is a design project that is guided by lectures, activities, and tutorials. 

The Silicon Photonics Design, Fabrication, and Data Analysis program can be utilized by learners to obtain practical, hands-on experience with integrated topics. For instance, students need to obtain experimental data to get the design fabricated. An automated optical probe station will then measure the designs. The data obtained through this process is analyzed.  

Developed by the University of British Columbia's top instructors, the Silicon Photonics Design, Fabrication, and Data Analysis certification course offerings include training with commercial software tool licenses provided in courses like MATLAB and Lumerical Solutions. Besides, some open-source alternatives are also offered. The certification signed by the University of British Columbia instructors upon the completion of the program will be given by the learners who opted for the paid mode and it can be shared on LinkedIn to develop a successful career in the industry with ease. The candidates who chose the free mode can also audit the programme for a limited period. 

With the advancements in 3D printing in several fields, comes the need for understanding and developing the required skills to seize the opportunities. DIYguru’s course on Additive Manufacturing & Rapid prototyping is a fundamental course that deals with understanding the newer 3D printing technologies in the market such as Additive manufacturing. 

This certification course is a self-paced online program, under the guidance of an instructor, will be within a compact classroom structure having dedicated discussion sessions that foster interactive classroom experience, Email communication with the instructor and assignments. 

The course gives the students an in-depth and informative account of the basics and application of 3D printing technologies such as laser sintering, jet technologies, manifold design, types of modeling, designing with 3D scanning, Netfabb studio etc. From the detailing of history and a brief introduction to 3D printing, creating own designs, to repairing those designs using various software tools, the course touches every fundamental required for it.

The participants in the Dynamics and Control by edX will get to explore the fundamentals and basic principles related to - system and control. They will also be learning about the impact of these two topics on the activities of the human world. The candidates will be working on many devices during the program to find out the difference between human-made and natural devices. 

The students in the course will also be evaluating the dynamic behaviour of the system and at the same time measure the performance of the system and then design new controlled systems for fulfilling the requirements. The participants during the Dynamics and Control program will further be dealing with the new applicants and at the same time will also develop modern scenarios with the help of a micro-system level, whole universe, and common systems. In the Dynamics and Control Certification course the students will also be grouping the system behaviour in various categories for better functioning of the applications. The course has two different modes to join the course by paying the fee or free of cost. While taking the course free of cost, the learners will get access to the programme only for a limited period. 

After years of close observations and experiences in disaster management, the experts of Waseda University have come up with the Tsunamis and Storm Surges: Introduction to Coastal Disasters online course. This course is packed with disaster prevention methodology and foundational disaster management tools. As the name suggests, this course introduces the participants to coastal disasters such as tsunamis and Storm Surges. This course mainly deals with disaster management. 

In this course, field surveys will play an important part. Along with the introduction, the participants will also learn the reasons behind such disasters, how they become a major factor in lost human lives, and how institutions and infrastructures collapse. One of the chief tools the course will use is numerical simulations and hydraulic experiments to validate the disaster scenarios. The Tsunamis and Storm Surge: Introduction to Coastal Disasters certification course specifically aims at reducing the negative impacts of the natural disaster. It is practice-based and drawn from real-life studies.

The Certification provided by this course is of great value. The candidates can benefit from the shareable attribute of the certificate if they take the programme in the verified track by paying the fee. It will be signed by the course instructor and there will be the logo of Waseda University. The students can get limited access to the programme for a limited period. 

In the EUCalc- Pathway Finder to a low-carbon EU- society certification programme, the candidates will understand the process of using the new tools that are used to calculate how human behaviour and technological adaptations are affecting the emission of greenhouse gases.

Along the six week journey in the course EUCalc- Pathway Finder to a low-carbon EU- society by edX the enrolled candidates will in detail be taught about the subject of “energy and earth sciences”. The EUCalc- Pathway Finder to a low-carbon EU- society certification syllabus contains three modules that will focus on the issue of global warming and deal with the ways of controlling it.

The course will enlighten the candidates with the use of a new tool titled- “EUCalc Pathways Explorer”, the tool will be consolidating data that are gathered from different sources. The course in no way makes the European Commission accountable for the use of any information that is contained within the course structure.

The Multilevel Converters for Medium/High-Power Applications online course is an introduction course designed for the students with pre-existing knowledge in the domain of power electronics and circuits to learn more about the topics of multilevel converter and voltage-sourced converter high-voltage direct current (VSC-HVDC).

The Multilevel Converters for Medium/High-Power Applications certification syllabus includes- various multilevel converter topologies, modeling of three-phase grid-connected inverters in 𝛼𝛽- reference frame and others. The six weeks will be focusing on the subject of “engineering” and at same time provide an advanced level of learning experience.

The course will introduce the fundamentals of Multilevel Converters for Medium/High-Power Applications topology and help students frame solution statements accordingly. The Multilevel Converters for Medium/High-Power Applications by edX will cover the operations and basic modulation parameters of various AC-DC voltage sourced converters. The different features of multilevel converter (MMC) will further be covered in the Multilevel Converters for Medium/High-Power Applications certification.

National Institute of Electronics and Information Technology, Haridwar’s certified course in Arduino-Based Embedded System Design program is not only recognized by the government of India but is also a part of the Digital India (power to empower) campaign. This course provided by NIELIT deals with the basics and introduction to the embedded design system based on the Arduino Software. 

During the span of 4 to 6 weeks, this course imparts knowledge on a variety of subjects like the design, sufficiency and effectiveness of the Arduino System to provide solutions. The course gives an insight into the whole procedure of selection of an embedded processor, circuit design, circuit debugging and circuit layout.

Apart from that this course dives deep into the firmware design, development tools, firmware architecture and firmware debugging supplemented with imparting some hands-on skills to develop Arduino-based Embedded solutions, LCD interfacing, Jumper Wires and lastly some project work. 

edX aims to increase access to quality education for learners everywhere, enhance campus and online teaching, and advance learning by means of research. Primer on RF Design course is being offered by edX and Purdue University.

Primer on RF Design course will teach the participants the essentials of RF design. It is built as a base course for students or engineers who do not have an in-depth background in high-frequency electronics. Participants will learn about basic RF design principles and tools. They will have an understanding of the vital RF concepts and how they are connected to the design of practical RF blocks. 

This course should benefit engineers who need an understanding of the "RF language" and working knowledge of the important RF concepts. Primer on RF Design course is an important prerequisite to the two other courses of this series: RF Design: Passive and Active Components and RF System Design. It is expected that the learners first complete the Primer on RF Design course they enrol for the RF Design: Passive and Active Components and RF System Design courses.