Online Engineering And Architecture Courses & Certifications

The course Motion Planning for Self-Driving Cars is the final course among four courses in Self-driving cars specialisation offered by the University of Toronto. The level of the course is advanced and is designed for the learners having a background of robotics and knowledge of controllers and models taught in course 1 of the specialisation.

In the course, the participant will be introduced to major planning related tasks in an autonomous mode of driving along with various other types of planning like behaviour planning, local planning, and mission planning. At the end of the programme, the participant will be able to find the shortest and direct path over a road network or a graph by making the use of A* algorithm and Dijkstra’s. They will be using machines in the finite state for selection of smooth paths, optimal designs, and identification of velocity profiles required for the navigation around the obstacles with safety and in accordance to the traffic rules. The participants will also get a chance to develop occupancy grid maps for the static objects prevailing in the environment and use them to check efficient collision.

The course will provide the opportunity to develop a complete self-driving planning solution that will provide a contemporary driving experience as well as safety while taking an individual from home to work. As a part of the final project, the candidate will be implementing the planner of hierarchical motion by navigating through the sequence of scenarios in the CARLA simulator, safe navigation during intersection, and avoiding the already parked vehicles in the lane.

The Visual Perception for Self-Driving Cars certification course will introduce candidates to the key perception tasks and survey popular computer vision methods for robotic perception in autonomous driving, and dynamic and static object detection. Candidates will acquire the skills to work with the pinhole camera model by the end of this course. Along with them they will detect, explain and fit image characteristics, conduct intrinsic and extrinsic calibration of the camera and build their own convolutional neural networks. For drivable surfaces, estimation candidates can apply these methods to object detection and tracking, visual odometry, and semantic segmentation.

Candidates will build algorithms for the final project in the Visual Perception for Self-Driving Cars training course that defines the limits of the drivable surface and recognise bounding boxes for objects in the scene. On a realistic dataset, students learn to work using synthetic as well as real image data. 

The Visual Perception for Self-Driving Cars online course is part of a self-driving car specialisation programme. It is the third one of a total 4 courses. This specialisation gives a detailed understanding of state-of-the-art engineering approaches used in the self-driving automotive industry. 

Coursera’s Battery State-of-Charge (SOC) Estimation course is the third part of the five-course Algorithms for Battery Management Systems Specialisation. It can also be taken as an academic credit course as ECEA 5732, which is part of the University of Columbia Boulder’s Master of Science in Electrical Engineering degree.

The Battery State-of-Charge (SOC) Estimation online programme trains you about the implementation of various state-of-charge estimation methods. It teaches you how to evaluate their corresponding merits for lithium-ion battery cells. You will be introduced to the sequential-probabilistic-inference solution and the Octave/MATLAB script for linear Kalman filter while also evaluating the results.

The intermediate-level Battery State-of-Charge (SOC) Estimation course by Coursera is offered by the University of Colombia Boulder and the University of Colombia Systems, which are well-known globally for their standard of education. The instructor for this course will be Professor Gregory Plett, who teaches Electrical and Computer engineering. At the end of the Battery State-of-Charge (SOC) Estimation course, you will work on the Capstone project, which will help you apply all the skills you have learned practically.

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.

The purpose of the Coursera Electric Vehicles and Mobility online course is to assist you in acquiring the concepts from a wide array of educational fields such as engineering science, sociology, political science, economics, and management science, among others.

The Electric Vehicles and Mobility training by Coursera will help you learn about the impact of the present transportation systems in France, Europe and worldwide as well. The programme also covers the concept of fuel poverty, electric vehicles, the global dependence on oil, and the technical processes impacting global mobility. Besides, the course is self-paced, which allows you to learn at your convenience.

The Electric Vehicles and Mobility training programme is a MOOC with French as the language of delivery. However, the course presentations are in English with English subtitles. The course is offered by École des Ponts ParisTech. The instructors are industry-experts who boast relevant experience in the discipline. The course curriculum covers all the essential concepts to help you gain a comprehensive understanding.

The Advanced Functional Ceramics course consists of all the essentials of functional ceramics to help you master the development of advanced ceramics. This short-duration online course consists of the vital concepts of ceramics, such as the ceramic classification, properties, ceramics synthesis, crystal defects, and the use cases of ceramics. Subject-matter experts at Yonsei University have designed the programme. 

The curriculum of the Advanced Functional Ceramics course consists of a flexible learning model, where you get a learning plan to fit your schedule. Moreover, it is an entirely online course which enables you to start learning instantly. You have to devote an estimated 16 hours of learning time to the programme.  

Furthermore, upon completion of the Advanced Functional Ceramics Training Course, Coursera will present you with a shareable course completion certificate which will enable you to establish your expertise in the field. Learn at your own pace, master functional ceramics concepts, and gain fluency in advanced functional ceramics.

A geographic information system or GIS is a new technology that helps in creating, analyzing, managing, and mapping all types of data. Because of too many advantages, the software is used by many prominent companies. The data acquisition in the GIS is the process of sampling signals that measure the physical conditions of the real world and convert the resulting samples into digital numeric values that can be manipulated by a computer. GIS Map design is the process of creating a map to represent geographic information. The course of GIS Data Acquisition and Map Design is an initiative by Coursera and the University of Toronto for learners who are keen to learn about GIS. 

GIS Data Acquisition and Map Design training will be given by the experts of the University of Toronto to the students through the online mode. This is a beginner-friendly course that can be completed in 2 weeks. The students shall have flexible deadlines for the course. This course is the second out of the four courses offered by Coursera in the domain of GIS. The candidates will also receive GIS Data Acquisition and Map Design certification by Coursera at the end of the course. 

Also Read: Geographic Information Systems

The Particle Dynamics Course covers concepts of particle dynamics, which is one of the most fundamental subjects covered under Mechanical Engineering. You will be able to organize your knowledge about various concepts such as force, motion, work, energy, impulse, and momentum, among others. Newton's 2nd Law of motion and its integration over time and displacement are also part of the curriculum. 

The Coursera Particle Dynamics Online Programme is the first of the two-part Engineering Dynamics module, the second part being Rigid Body Dynamics. It consists of pre-recorded video lectures that are each about 15 minutes long. These video lectures include problem-solving exercises. 

The Particle Dynamics Course is an intermediate-level programme offered by the KAIST ( Korea Advanced Institute of Science and Technology ). You will require approximately 14 hours to complete this course. Besides, you also have to appear for a final exam. You can also purchase a certification experience of the course. This certificate will add tremendous value to your resume.

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.

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 2 weeks 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. 

Renewable Energy and Green Building Entrepreneurship online certification is created by Duke University and taught by Chris Wedding - Instructor & Faculty, which is delivered by Coursera for the entrepreneur and energy specialists who want to acquire the knowledge to launch a new business in the energy, design, real estate, finance, or environmental engineering sectors. Renewable Energy and Green Building Entrepreneurship online course focuses on assisting the applicants in mastering the knowledge and techniques needed to use renewable and green energy to improve human health and the environment globally.

Renewable Energy and Green Building Entrepreneurship online classes offer 2 weeks of lectures that provide an overview of the significant growth in the renewable energy and green building sectors. This course also explains topics like business modeling, business implementation, business planning, business model canvas, market research, and financing as well as discusses how to use techniques, forecasts, and recommendations from the entrepreneurship society as a career trajectory for helping the community and generating value in the renewable energy and green building sectors.

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 2 weeks 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 State University of New York and the University at Buffalo collaborated to create the Energy: The Enterprise online certification, which is delivered by Coursera and taught by Martin Casstevens, manager of the business formation, commercialization, and instructor, which is intended for applicants interested in a career in the energy sector as well as current workers who are unfamiliar with its fundamental concepts.

Energy: The Enterprise online course by Coursera comprises 17 hours of prerecorded learning resources which aims to provide a comprehensive understanding of how energy is changing and how various factors, including price, availability, sustainability, technological breakthroughs, lifestyle, and environmental awareness, are influencing the change. With the help of Energy: The Enterprise online training, applicants will also take part in the discussion of how the energy infrastructure changes with the environment while controlling costs, frequently deploying a new workforce while offering the highly dependable grid power required for a thriving and prosperous economy.

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.

A sanitization system is a combination of different units that altogether allow the managing and reusing or disposing of the waste produced by the households, institutions, agriculture, and industries for the protection of the environment and people. With the growth in technology, there is constant growth in the technologies and devices used in sanitization systems. The course Planning & Design of Sanitation Systems and Technologies is an initiative by Eawag and EPFL for the students who wish to get an understanding of the technologies in the sanitization system. 

The course is available on the Coursera portal and the Planning & Design of Sanitation Systems and Technologies training will be provided by the experts of Eawag and EPFL. The learner will be taught through the online videos, tutorials, quizzes, and assignments. This is a self-paced online course of 2 weeks of duration. The candidates can enroll on the Coursera portal and start learning about the technologies adopted in the sanitization system. A candidate will also receive Planning & Design of Sanitation Systems and Technologies certification by Coursera, Eawag, and EPFL after the completion of the course. 

The Fundamentals of Network Communication course by Coursera is an intermediate-level course that is part of the Computer communications Specialisation. It will take you back to the core of networks and help you identify the major functions and concepts that are the crux of layered IT architecture. You will learn about how networks support the services and protocols.

Through the Fundamentals of Network Communication online programme, you will explore the field of digital communication and understand its fundamental concepts. The curriculum covers the error control techniques such as polynomial code, internet checksum, and parity check.

The University of Colorado offers the Fundamentals of Network Communication training course. Your instructor will be a highly qualified professional, Interim Dean Xiaobo Zhou, who will deliver the lectures via pre-recorded videos. This course is entirely self-paced and online. So, you can enjoy learning about computer communications at your own pace and comfort. Upon course completion, you can earn a shareable certificate.

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