List of Online Courses and Certifications

The Application in Engineering Mechanics Online Course is a specialized course provided on the Coursera platform dealing with the applications of the concepts in engineering mechanics. The learners of this certificate course should have knowledge of the course contents in “Introduction to Engineering Mechanics” in order to understand this course. The course is available in a flexible mode that allows learners to choose their preferred schedule.

The Applications in Engineering Mechanics Training is instructed by Wayne Whiteman, PE, a Senior Academic Professional at the Woodruff School of Mechanical Engineering. After completing all course content through videos, reading materials, and practice quizzes, learners will be assessed. The Applications in Engineering Mechanics Certification by Coursera will be provided to learners who complete the course successfully.

The Mechanics of Materials I: Fundamentals of Stress & Strain and Axial Loading Certification Course is a 100% online course that discusses the mechanics of materials with a special focus on solid objects that are subjected to stress. The course is available on the Coursera platform and is instructed by Wayne Whiteman, a senior academic professional in the Woodruff School of Mechanical Engineering. 

The Mechanics of Materials I: Fundamentals of Stress & Strain and Axial Loading Training will be provided in a flexible manner wherein the candidates reset deadlines according to their preference. Once the course lessons are completed and the assessments are fulfilled, learners will get the Mechanics of Materials I: Fundamentals of Stress & Strain and Axial Loading Certification by Coursera.

The word nanotechnology refers to all those branches of science and engineering where components, structures, sensors, and processes are designed, characterized, produced, and used under phenomena occurring at dimensions in the nanometer range. Nanotechnology and Nanosensors, Part1 online certification is developed by Technion - Israel Institute of Technology and taught by Prof. Hossam Haick - Head of the Laboratory for Nanomaterial-Based Devices, which is made available through Coursera.

Nanotechnology and Nanosensors, Part1 online course offers 11 hours of digital lessons that help candidates develop the skills necessary to apply what they know about nanotechnology and nanosensors to a subject that fascinates them. Nanotechnology and Nanosensors, Part1 online classes explains the basic concepts and techniques associated with the fabrication, characterization, and manipulation of nanostructures, nanosensors, nanodevices, nanoparticles, and more.

Nanosensors are mechanical or chemical instruments that can be used to measure physical conditions such as temperature or to indicate the existence of different molecules and nanoparticles. They are used in other chemicals, food and water quality detection, and standard medical applications. Nanotechnology and Nanosensors, Part 2 certification course is designed by Technion - Israel Institute of Technology and taught by Prof. Hossam Haick - Head of the Laboratory for Nanomaterial-Based Devices & Volatile Biomarkers, which is delivered by Coursera.

Nanotechnology and Nanosensors, Part 2 online training is a self-paced program that involved 16 hours of video-based learning materials available to assist individuals to gain a basic understanding of the principles underlying nanotechnology and nanomaterials, as well as their critical role in innovative sensing applications and characteristics. Nanotechnology and Nanosensors, Part 2 online classes, provide interesting multidisciplinary technological and scientific data at the nanoscale to comprehend the fundamental physical characteristics of the nanosensors and clarify how they might be utilized for modern innovations.

All facets of daily existence are significantly impacted by the oil and gas business. Depending on the value, consumption, and abundance of these two natural resources, individuals, enterprises, and government bodies make regulatory and monetary decisions. Participants who want a fundamental understanding of the oil and gas industry, along with its marketing and operations, can take the Oil & Gas Industry Operations and Markets online certification, developed by Duke University and taught by Lincoln Pratson, the Gendell Professor of Energy & Environment, through Coursera.

Oil & Gas Industry Operations and Markets online course 7 hours of video-based resources which provides an overview of the production of oil and gas, from initial discovery to ultimate transportation. With Oil & Gas Industry Operations and Markets online classes discuss a range of concepts and strategies associated with the oil and gas industry including production, refining, crude oil distillation, directional distillation, natural gas processing, hydrocarbon system, oil recovery, reservoir rock, transportation, demand, supply, pricing elasticity, cost, revenue sharing and more. 

The global energy business is necessary for almost all of our basic requirements, such as electricity to power lamps, energy to keep our houses warm, and gasoline to power our vehicles. In general, the energy sector is concerned with the collection, manufacturing, refining, and transportation of energy sources. The Fundamentals of Global Energy Business certification course was created by the University of Colorado and is taught by Michael J. Orlando - Lecturer through Coursera.

Fundamentals of Global Energy Business online course provides 20 hours of extensive study materials designed to provide an understanding of the fundamental ideas involved in the energy business and energy market on a global scale. With Fundamentals of Global Energy Business online training, students will learn about diversified and integrated markets for energy production, as well as the critical factors influencing business leaders and policymakers in the development of global energy resources.

Energy justice is the objective of attaining fairness in both economic and social involvement in the energy system, as well as eliminating societal, financial, and health complications for people who have been disproportionately impacted by the energy infrastructure. Energy Justice: Fostering More Equitable Energy Futures online certification is developed by Dartmouth College and taught by Amanda C. Graham - Academic Director, which is offered by Coursera.

Energy Justice: Fostering More Equitable Energy Futures online classes introduce applicants and organizations to the principle of energy justice and its origins to assist them in developing a toolkit to identify and harness opportunities to promote fairness and equity in energy-related decisions and activities. By the end of the Energy Justice: Fostering More Equitable Energy Futures online training, applicants will be able to recognize and tackle energy inequality in their personal and professional lives, as well as assist design and promoting energy justice in society.

The Introduction to Systems Engineering Certification Course is a 100% online course available on the Coursera platform that discusses the fundamentals of systems engineering. The course will explore different components of a system and examine its design and production process.

Through the Introduction to Systems Engineering Online Course, learners will be able to identify the process behind the development and management of complex systems. The course will be instructed by Dr. Mike Ryan and Dr. Ian Faulconbridge, professors of the School of Engineering and IT at The University of New South Wales, Sydney, Australia.

After completing the Introduction to Systems Engineering Live Course through video lectures, reading materials, practice exercises, and quizzes, learners will be rewarded with a certificate of completion. The course deadlines can be set according to the schedule of the learner.

The African Cities: An Introduction to urban planning course by Coursera explains the brief about the urban planning in African cities through environmental, social, economical and technical dimensions. It talks about the development which could be brought to create a change. 

Development is needed everywhere and it's also something to be learned carefully. One can access this knowledge easily at their convenience. This course helps the learners to gather all the necessary information needed for their careers in this field ahead. 

Under this course, practical knowledge is provided for better understanding as well. This course is great for learners interested in the urbanization field. They could easily acquire all the knowledge they require. Africa is one of the countries that have new business ideas coming up. Setting developments can lead up to huge success over there. 

VLSI chip is a modern and complex chip that is often called a remarkable beast. It packs a billion transistors, logic gates employed in millions to compute and control, huge memory blocks, a third party worked, pre-designed functions that come in blocks (IP blocks or Intellectual Property blocks) embedded in the chip. How can you actually design this chip? The sequence of CAD tools that use abstract descriptions provided for the chip which are refined meticulously in steps to come up with a final design. 

This course is a second part of the VLSI CAD course called the certification course on VLSI CAD Part II: Layout. The course focuses on the important tools that are used for designing and creating an ASIC (Application Specific Integrated Circuit) or an SoC design process (System of Chip). The main target of this course is to help candidates develop an understanding and better knowledge of the key geometrical and logical representations that make it feasible to map from the logic part to layout and particularly to route, place, to evaluate the perfect timing of the large logic networks. 

The VLSI CAD Part II: Layout certificate programme goal is that candidates should be able to utilize and understand the working of tools right at the basic level of its fundamental logic and algorithms and the supporting data structures. The Course is well-curated to include ASIC routing and placement, technology mapping, Analysis of timing involved, etc

The ‘Robotics: Estimation and Learning’ online course is a study about robots with the techniques and strategies involved in determining the surrounding factors during flight and movement. This online program is part of the Robotics specialization of the mechanical engineering domain that is under the physical science and engineering courses. This Robotics course is provided by the online educational platform Coursera and the curriculum is offered by the University of Pennsylvania. This self-paced learning course training is framed to be completed in fifteen hours. 

The course instructor for this online training is Daniel Lee from the Electrical and Systems Engineering department. The students are ensured with the flexibility in deadlines and subtitles offered in languages such as English, Spanish, and Chinese along with the videos and other exercises that add up to an experiential learning process. The ‘Robotics: Estimation and Learning’ by Coursera enables the candidates of the program to receive a shareable certificate for recognition after completion of the course study.

The Robotics: Computational Motion Planning Certification Course is a 100% online course that explores the nuances of robotics including its working mechanism, control systems and motion planning. The course available on the Coursera learning platform has a flexible pattern that allows learners to reset deadlines.

Through the Robotics: Computational Motion Planning Online Course, learners will be introduced to topics like automated planning and scheduling in the field of robotics engineering. The course will be instructed by CJ Taylor, Professor of Computer and Information Science at The University of Pennsylvania.

After completing the Robotics: Computational Motion Planning Live Course, learners will receive a certificate of completion. The course is the second one out of six course constituting the Robotics Specialization Programme.

The Robotics: Mobility Certification Course is a 100% online course that explores the specifications of robotic mobility through the study of robotic motors and sensors. The course available on the Coursera platform is the third out of six in the Robotics Specialization programme. 

Through the Robotics: Mobility Training Course, learners will be introduced to the complex process of robotics design, robotics mobility, and kinematics. They will be instructed by Daniel E. Koditschek, Professor of Electrical and Systems Engineering at The University of Pennsylvania.

After completing the Robotics: Mobility Live Course through expert video lectures, informative readings, graded assignments, quizzes, and exams, learners will receive a certificate of completion. The flexible structure of the course will allow learners to reset the deadlines according to their preferences.

Robots can resemble humans, but are not needed to, and are capable of adopting any appearance and performing any number of tasks. They can be programmed by humans or computers, but they can also have their own Artificial Intelligence software routines that allow them to take in and analyze information and make decisions as if they were living creatures. Some are even capable of learning on their own using machine learning. Building a Future with Robots certification course is developed by the University of Sheffield, will be taught by Sandor Veres, and is delivered by FutureLearn.

Building a Future with Robots online training comprises more than three weeks of comprehensive learning resources and unlimited access to the course for those who want to develop various understandings about how robots will affect many facets of human life in the future, and analyze present and future revelations in the discipline of robotics.  Building a Future with Robots online classes cover topics such as the impact of how robots sense their environment, how robotics is inspired by nature, and how robots will interact with people. Candidates will obtain an understanding of the fundamental challenges of robotic design and illustrate how research is being conducted to address these obstacles and more.

Microcontroller computer hardware and software systems are known as embedded systems which are created to carry out specific tasks, either independently or as a component of a larger system. An integrated circuit built to perform computing for real-time processes is at the core of the process. Embedded Software and Hardware Architecture certification course is developed by the University of Colorado Boulder and Alex Fosdick - Instructor which is made available by Coursera.

Embedded Software and Hardware Architecture online course introduces individuals to the fundamental concepts of embedded systems, developing techniques for software that can interact with hardware, the functions of software interfaces, microcontrollers, memory, bit manipulation, enumeration, encapsulation, debugging, and more. By the end of the Embedded Software and Hardware Architecture online classes, individuals will have acquired the skill of writing limited code to physically integrate devices with extremely effective, accessible, and portable design practices.

Coursera’s Imagining Other Earths course, is a comprehensive, 3-week training that delves deep into the astronomical, physical, and biological aspects of human life, and tackles the much-pondered question, are we alone? This programme will enable you to create entire universes through the medium of thought experiment. 

Moreover, the curriculum also features lessons on the various other planets of the solar system, their atmospheric characteristics, and their thermodynamics. The Imagining Other Earths programme comes with flexible deadlines, which can be reset according to your schedule and preferences. The course is also 100% online and takes approximately 25 hours to complete.

Apart from the usual high-quality video lectures, the Imagining Other Earths training by Coursera also includes interviews with astronomy experts, to provide you with extensive insights about the astronomical research experience. There are also a ton of practice tests to help you solidify the knowledge garnered every week. Since the programme is free of cost, no course completion certificate is provided. If you’ve completed the course, the Coursera accomplishment page will display the details regarding the programme completion.

Sustainable development is economic development that is environmentally sustainable and socially inclusive. Coursera offers a course in The Age of Sustainable Development in collaboration with Columbia University. Students will learn about what sustainable development means, how to achieve it and what challenges it faces.

The Age of Sustainable Development training will provide you with the skills to comprehend and perform energy, sustainable energy, environmental protection, and urban planning. Jeffrey D Sachs who is a world-renowned economics professor, UN advisor, champion in sustainable development, and an esteemed professor of Columbia University will be your instructor.

The Coursera Age of Sustainable Development programme consists of pre-recorded video lectures. Each video is anywhere between 10 minutes and 30 minutes long. A quiz marks the end of each module, and its duration is 30 minutes. The programme is 100% online, which enables students to learn at their schedule and convenience.  Students will require approximately 30 hours to complete this course, and at the end of it, they will have to appear for a final exam.

The Rigid Body Dynamics training course is an in-depth study of rigid body basic mechanics, a subset of engineering dynamics. Coursera provides the programme in partnership with the Korea Advanced Institute of Science and Technology (KAIST). The course imparts knowledge of critical concepts like force and motion, work-energy, impulse-momentum in the context of Newton’s second, and how it acts over time and displacement. 

Apart from the high-quality video lectures, which are about 15 min in length, the class will also consist of many readings and practice problem-solving. Students will also receive homework assignments, and the Rigid Body Dynamics programme will culminate with a final exam, which will incorporate all important topics learnt by you throughout the course.

Upon successfully finishing the Rigid Body Dynamics certification course, you will get a course-completion certificate from Coursera and the Korea Advanced Institute of Science and Technology (KAIST). This certificate will be displayed on the Coursera accomplishment page, is also printable and shareable and can be easily linked to your LinkedIn page. The training will take almost 14 hours to complete and will have English subtitles. 

The RISC-V VLSI Implementation Flow: RTL2GDS by PDPM IIITDM Jabalpur helps you learn about characterisation and simulations for libraries. You will explore design fundamentals along with its architecture, circuit, and system level.

Besides, the RISC-V VLSI Implementation Flow course syllabus focuses on constraints and synthesis by taking you through complex SoC constraints and input-output constraints. Here, you use hands-on tutorials in the open-source tool flow to learn all aspects of RISC-V implementation.

Moreover, you will get a glimpse of general files and lib files needed in complete flow through the input-output files module. The RISC-V VLSI Implementation Flow certification course includes floorplanning, layer and power planning, delay calculations and system implications. Experts will also teach you placement basics and settings, setup and hold discussions, and DRC LVS and extraction.

The RISC-V VLSI Implementation Flow certificate programme is being offered digitally, and the curriculum is spread across 15 days. You learn via live web conferencing, case studies, quizzes, tests, problem-solving sessions, theory lectures, design orientation, practical training, assignments, and activity-linked problems.