Online Engineering And Architecture Courses & Certifications

An understanding of structural dynamics is crucial in civil engineering when designing new structures or retrofitting older ones to withstand extreme dynamic loading from earthquakes, hurricanes, and strong winds. It is also crucial when determining the emergence and placement of damage within an existing framework. Foundation of Structural Dynamics certification course is designed by ISAE-SUPAERO - an educational platform that provides courses in aerospace engineering and taught by Yves Gourinat - Professor of Physics of Structures & Biodynamics, which is presented by Coursera. 

Foundation of Structural Dynamics online classes offers 6 hours of digital lessons that are designed to provide students with a thorough understanding of fundamental dynamics and prepare them for potential direct and indirect applications in structural dynamics. With Foundation of Structural Dynamics online training, students will gain a better understanding of the fundamental theorems of structural dynamics and their implications for complicated systems as well as will be taught about concepts involved with digital modeling, kinematics, dynamics, conservations, and more.

The PLC Programming certification course is made by the Institute For Design Of Electrical Measuring Instruments, IDEMI extension center Bangalore. The course gets over within just a dedicated effort of 4 weeks, i.e. 1 month. This is a course that is 100% online, the registration form can be completed by filling out one Google form.

The PLC Programming training is given to both SC/ST and general caste students. The only difference lies when it comes to the tuition fee. The requisite tuition fee is zero for the SC and ST students, whereas they will have to spend around Rs. 200 for registration. On the other hand, the general category of students will have to spend around Rs. 5000 as the tuition fee.

The programme of MATLAB Fundamental Certification Course offered by DIYguru provides the candidates with education on a broad range of industrially relevant skills such as the know-how for developing applications integrating with the mechanical, control, electrical and signal processing systems. 

The contemporary problems including problems of numeric manipulation are complex, however, the applications of MATLAB that are used in solving them are simple. Therefore, industries are shifting to the usage of the same and hence opens the door to many opportunities. The programme helps the candidates to get a grip on these opportunities by equipping them with relevant skills. 

The course is a self-paced programme, accessible 24x7 by the candidates according to their convenience. With a short learning span of 3-5 hours per week, the students can easily complete the course within 30 days. The course materials are pre-recorded video lectures or presentations with voice-over commentary, along with discussion boxes that make it possible for students to interact with each other.

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. 

The MSC Multibody Dynamics programme covers every concept of MSC dynamics and software. It helps the students to simulate and design their vehicles to optimize the performance. 

This programme mainly focuses on those students who are into vehicle engineering and various student-level competitions like Solar Car, Formula SAE, SAE SUPRA, Hybrid or Autonomous vehicles, Baja, and so on. The programme duration is 4-6 weeks which means students will learn various skills and theories and acquire a lot of knowledge within a short time. It provides flexible learning such that students will learn everything comfortably at their own pace. And, most importantly it is a self-paced programme. 

This programme also comes with a great study environment that offers discussion boxes for student-student interactions. The students will be taught by world-class experts in this field. It is an online programme such that students will learn everything from their homes itself.

The lectures are pre-recorded with voice-over or slide show presentation which gives students the feel of experiential as well as classroom learning. It also comes with email interaction with instructors which makes learning even simple. 

The course Fundamentals of ANSYS (FEA / FEM) has been carefully planned catering to the constantly rising preferences of companies for outsourcing manufacturing processes to rapidly developing economies like India, China, etc. Methods like Finite Element Analysis (FEA), multibody dynamics and optimization are in great demand in the Computer-Aided Engineering market. Although FEA has dominated this market in the past in terms of revenue, these skills give the candidates uniqueness & are being hugely used in advanced manufacturing processes. 

Simulation through FEA helps candidates analyze problems pertaining to various aspects of real components such as structural analysis, heat transfer, etc. Interactive discussion boxes that encourage peer-to-peer interaction help candidates better engage with the concepts. Through this course, candidates get to apply all the principles to simulate real-world problems including a bolted rocket assembly and a wind turbine motor. Candidates will get to develop extensive knowledge in the field of computer modelling and simulation software.

The course provided by DIYGURU is structured to provide students with the basic guidance in CATIA software. It is molded to provide a task-based approach to the learner. The students will learn how to make and use 2D engineering, 3D models, animation, and assembly through CATIA. 

Starting from scratch the course in vivid details will provide the candidate with the entire workflow within CATIA software. The program emphasizes project-based training and a flexible learning environment. The course is offering a self-paced learning opportunity and can be accessed 24*7 by the candidate. 

The Certification Course in CATIA- Computer-Aided Design and Drafting by DIYGURU will provide the students with real-world problem statements- enabling them to learn and assess commands, menus, and options while completing a “design task”. The course will provide learners with all the necessary facilities to make them a confident CATIA software designer. The course will advance the skill-set of the candidate and will also help them with better career prospects.

DIYguru has developed the Fundamentals of Automobile Engineering Course to give the learners exposure to the various aspects of an automobile. This course is built for beginners of the automotive field to enable them to understand and gain knowledge about the working of an automobile. 

The participants of this course learn about the workings of a car from scratch. They will understand the automobile part-by-part. They will select a car and analyze its parts closely to understand its working and then comprehend how the various parts of an automobile work together to make the vehicle move. 

They will be skilled enough to analyze, formulate and solve engineering problems. The course aims to hone the participants into the best automobile engineers by giving them a supportive environment to produce innovative and competent automobile engineers to fulfil the demand of the industry. This course is an initiative in collaboration with Make in India to promote the automotive sector of India and provide a chance to explore the diverse opportunities available in the Indian automotive industry.

The Fundamental of vehicle dynamics course offered by DIYguru is an excellent programme equipped with well-planned, comprehensive and elaborate course content. This self-paced programme gives liberty to the candidates to learn according to their convenience and gain benefits.

Participants are required to have an understanding with respect to vehicle dynamics. This will enable candidates to predict the behaviour of vehicles under different conditions. This programme helps candidates gain hands-on knowledge about the fundamentals of vehicle dynamics. The skills and knowledge provided during this course can be implemented by candidates in the automobile field. 

This programme is suitable for both graduates and professionals working in automotive companies. In addition, the course curriculum is designed to focus on student-level competitions like SAE BAJA, Formula-E, SAE SUPRA, and even formula Bharat. The competency certificate provided towards the end of the course is highly valuable infamous companies like Hyundai Motors, Robert Bosch, Maruti Suzuki and many more. This makes the course more beneficial to professionals working in the automotive field and to people who aspire to land at these big companies.

The Programming with Arduino certification course is designed such that the candidates can learn elementary programming skills which are needed for New Media and Smart Technology. The course aims to educate and equip the students with tools for interactive programming applications by using inputs from the physical world. The candidates will learn these programming skills for screen-based applications and embedded applications. 

Through the Programming with Arduino programme by NIELIT, learners will get familiar with Arduino, basic electronics, the primary programming structure, and related concepts. They will develop an understanding of the Arduino board and sensor interfacing. Lastly, students will master the various applications with Arduino, for example, interfacing ultrasonic and gas-based sensors and interfacing HC-05 transceivers. 

The Programming with Arduino course takes around four weeks to complete. The candidates with prior knowledge of computers will be able to participate in this programme online and access the course tutorials after paying the course fee. After completing the course, the candidates will also qualify for an e-certificate which will be digitally signed. 

Adaptive control refers to a set of techniques and approaches used to control plans whose dynamics are uncertain or keep changing. Using adaptive control techniques, you can reduce the unpredictability of such plans. The Nonlinear and Adaptive Control certification course will delve into such concepts in-depth and train candidates in essential and advanced features of adaptive control. 

The candidates interested in joining this program need to have an essential understanding of MATLAB and Simulink, along with Lyapunov Stability Theory. The Nonlinear and Adaptive Control syllabus deals with relevant topics in great detail and runs for four weeks. IIT Delhi has developed this online training which is available on Swayam for free. 

This is an elective course at the postgraduate level. Professor Shubhendu Basin, Associate Professor in IIT Delhi’s Department of Electrical Engineering will teach the Nonlinear and Adaptive Control online course with two teaching assistants. The candidates also have the chance to become certified in this course by option for the paid certification. 

Swayam’s Optical Sensors online course is an elective, four-week curriculum dealing with optical biosensors and their introductory working fundamentals. Developed in collaboration with IIT Roorkee, this program is set at PG/UG-level and belongs to the ‘Photonics’ and Electrical and Electronics Engineering categories. The entire training features weekly modules, evaluations, optional exams, and term-end notes for research. 

The Optical Sensors certification syllabus commences with the elementary components, performance parameters, characteristics, etc. It then proceeds with optical phenomena, sensing applications, tissues’ optical properties, biomaterials’ optics, and more. Through an extensive curriculum, the course familiarises candidates with the mesmerizing sphere of optics principles-based sensors. In doing so, it also helps them gain industry-relevant skills to pursue career growth in this domain. 

While a basic optics experience is enough to join this training, students must complete all in-course assessments and register for Swayam’s offline test (proctored) to acquire the Optical Sensors certificate. This will further help them display their skills and seek lucrative job opportunities in Photonic Sys and related organizations.

Developed by EIT Digital, the Embedded Hardware and Operating Systems certification course provides in-depth knowledge in cyber-physical systems and their components, namely, the operating systems and hardware. It is 100% online training with an intermediate level of difficulty. You will experience a fun, interactive learning experience, where you’ll work with Cooja simulations for IoTs applications, creating and simulating your designs for sensor network applications. 

Through the extensive Embedded Hardware and Operating Systems certification syllabus, you’ll know how to devise and use an embedded operating system for IoT applications in resource-constrained devices. The curriculum covers output/input devices, ADC/DAC, design challenges, FPGAs, modular kernels, RIOT OS, and numerous other vital topics. You will also receive readings, videos, practice quizzes, graded quizzes, and graded assessments to evaluate your progress.

The Embedded Hardware and Operating Systems by Coursera provides a self-paced learning experience through flexible deadlines. You can also refer to the multi-linguistic course subtitles to study from the videos comfortably. Upon completion, you can also purchase the shareable certificate to display your expertise. 

In Coursera’s Introduction to FPGA Design for Embedded Systems course, candidates will learn everything there is to know about FPGA, including what FPGA is, how this technology was developed, and how one can choose the best FPGA architecture for a particular application. Further, the course curriculum also covers the development of FPGA with the help of state-of-the-art software tools. And, candidates will learn the use of FPGAs for solving critical digital design problems.

Introduction to FPGA Design for Embedded Systems programme is the first in the 4-part FPGA Design for Embedded Systems Specialisation series offered by the University of Colorado, Boulder. The course can even be pursued for academic credit as ECEA 5360, part of their Master of Science in Electrical Engineering programme.

Students can complete the Introduction to FPGA Design for Embedded Systems online training course in approximately 18 hours, after which they can move onto the other courses in the series. A completion certificate can be purchased after completing this course. The certificate can be uploaded on the Certifications section in their LinkedIn profiles. It can also be attached to their physical CV/resume.  

The Hardware Description Languages for FPGA Design course by Coursera has been conceptualized in a way to enable the learners to get an insight into Hardware Description Languages for Logic Design and work towards their career in that direction. This course will give candidates an extensive introduction of the VHDL and Verilog which are the most widespread design methods for FPGA Design.

Coursera has collaborated with instructors from world-wide universities and companies. The learners will get access to quizzes, online videos, community discussion forums, and practice exercises.

Coursera in collaboration with the University of Colorado Boulder is providing this course. The natural learning process is utilized to make the learning of the languages easy. In the beginning, only simple examples are presented. The course also covers language rules and syntax and followed by more complex examples.

They will develop the skills required to design circuits using VHDL and Verilog and sufficient knowledge to continue gaining expertise in Verilog and VHDL further. This course is a part of the FPGA Design for Embedded Systems Specialization and can be taken for academic credit as ECEA 5361, part of CU Boulder’s Master of Science in Electrical Engineering degree.

This Internship in the Design of DC Power Supply will familiarise the candidates with the way the jobs are carried out in the domain and what the different concepts of design are, which are the more popular and used ones among them and show them how the linear and switch supply modes function.

The 4-week long course covers every relevant topic in great detail so that the applicants are not left with any doubts about the industry. For this purpose, it also features a bilingual medium of instruction for the program in order to make comprehension of both the theoretical and practical aspects of the course easy and effective.

The candidates will be able to get some fantastic insights from the course that will make understanding complex and time taking topics easy to learn and carry out. The lab sessions will grant them the ability to solve twisted scenarios and the live classes will help them with the theoretical side of the program.

The Introduction to Electrical and Electronic Engineering course introduces basic concepts of electronic and electrical engineering along with a variety of examples. Japan’s leading research-intensive national university, Tokyo Institute of Technology, also known as Tokyo Tech, offers the program. The introductory course spans over four weeks.

The EdX’s Introduction to Electrical and Electronic Engineering certification syllabus includes topics such as portable cell phones, solar cells, and batteries. The curriculum also comprises various applications from top Japanese companies like the high-speed railway and more. Students also get familiar with the advanced work being done in Japanese high-tech laboratories.  

Introduction to Electrical and Electronic Engineering by edX will allow students to gain expertise in broad aspects of electronic and electrical engineering. Applicants learn from experienced Tokyo Tech instructors and skilled engineers currently employed in the Japanese industry. 

Candidates can access all the lecture videos, examples, fundamental research, introductory content, and practical applications in Japanese and English. All the material, including the reports, slides, and quizzes has English transcripts too. Learners can choose anyone from the audit or the verified track to finish studying the programme. Both these tracks are self-paced and can be pursued at their own pace. The verified track offers paid but unlimited access to the materials of the course and the audit track offers free but limited course access.

The embedded systems industry has been leaving behind many sectors in terms of development and expansion and with it the C programming industry to has started to flourish in the current scenario. After estimating its growth rates, this industry has been anticipated to rise a lot more in the upcoming years, giving birth to new career options as well as better job positions and roles.

National Institute of Electronics and Information Technology brings this programme to the applicants and delivers them the best contents one would require to get hold of the flairs of the industry. Certificate Course on Embedded C and ARM Cortex Microcontrollers is a 4-week long programme that has come up with some specially curated content to offer the best knowledge and abilities to its participants.

It covers an advanced level of C programming and teaches the candidates significant concepts in a detailed version, leaving no place for doubts. Everything that the applicants would need to make a career in the domain has been well put in the course and will definitely benefit their professional lives.

Embedded system continues to be a promising industry with fast-tracked growth in all sectors and expansion to new areas that have previously remained untouched. Since the introduction of Artificial Intelligence, embedded systems, be it in cars, offices, homes or factories, have undergone a huge demand for which the supply has been tough to maintain which opened up quite a number of opportunities in various sectors of embedded systems, an important one of which is embedded system design.

To fill this void between demand and supply, Certificate Course in Embedded System Design readies the applicants for its course with detailed course contents that are practical oriented. All important topics of the program, such as the architecture of microcontrollers and its programming using C language, will be taught to the applicants via live online classes led by the expert faculty of NIELIT.

The National Institute of Electronics and Information Technology has also come up with the concept of hands-on lab sessions through virtual labs that will efficiently provide the participants with the practical knowledge they would need in the sector.

A Brief Introduction of Micro – Sensors course by Swayam introduces learners to micro - and nano-sensors fabrications. This elective study is based on communications and electrical engineering. An e-certificate is available with the course. For the certificate, candidates must submit all assignments and write a final proctored examination.

Set at a postgraduate level of study, the Brief Introduction of Micro – Sensors certification syllabus integrates online learning through video lectures and practical application of concepts through assignments. Learners will understand the principles of strain-stress in energy dissipation used to design such sensors. Other topics include pressure sensors, lithography, MEM sensor applications, microfabrication, and accelerometers.

The Brief Introduction of Micro – Sensors training is curated by IISER Bhopal. Students will interact with the video lectures recorded by Professor Santanu Talukder from the institute. Any student interested in learning more about such sensors can apply for the course. Companies based around semiconductor and processing technology prefer students who have completed the study.

There is a substantial requirement for electrical energy around the world. Several countries, including India, are adopting UHV (ultra-high voltage) AC and DC transmission. The main objective of the Recent Advances in Transmission Insulators online course by Swayam is to understand the significance of basic principles of insulation design.

Recent Advances in Transmission Insulators programme will also discuss different kinds of insulators and recent developments in insulator technology up to UHV levels. During this course, you will also know about vital components in a transmission system such as conductors, earth wire, accessories, insulators, towers, foundations, and hardware fittings.

The Recent Advances in Transmission Insulators certification course will provide you with knowledge on major challenges faced by utilities in the design of overhead transmission insulators for UHV-DC/AC, especially in contaminated circumstances. You will learn through practical examples, 11 hours of video content, and assignment exercises. The course also provides an e-certificate on the fulfillment of some eligibility criteria.

Basics of software-defined Radios and Practical Applications is a 4 weeks programme that is a joint initiative of NPTEL and IIT Roorkee. This course offers an electronic copy of the certificate for its participants. The course teaches that SDR is a very important part of modern communication where processes used for hardware implementation are defined using the domain of software regarding flexibility.

Basics of software-defined Radios and Practical Applications training are used for providing the description of the several components of software-defined radios along with their significance, and relevance. The participants shall also understand the interrelationship between digital, and analog power processing and spectrum transmission of signals. At the final stage of this course, candidates will understand what kind of term solutions are used for industrial datasheets, and the motivation for appropriate transceiver design.