Online Electrical And Electronics Engineering Courses & Certifications

Numerous engineers from various engineering institutes graduate each year in a variety of streams. This makes it harder to find a great job opportunity. But with hard work and passion, they can achieve their target. Crack Electrical and Electronics Engineering Jobs with India's largest learning platform is offered by Unacademy. The online learning app helps electrical and electronics engineers land their dream careers. The online course comprises live projects,  300-plus hours of video lectures, tests, and internship opportunities by various reputed companies. 

Crack Electrical and Electronics Engineering Jobs with India's largest learning platform certification by Unacademy will equip the learners with various aspects of Electrical And Electronics Engineering such as Digital Logic Design(Basics), MOS Device Physics, Sensors, various designs, etc. They also delve into tools such as MATLAB,  SIMULINK, etc. There will be electives on Artificial Intelligence & Machine Learning in Semiconductor Industry, for example. They have specializations in VLSI Design and the Internet of Things. 

Candidates can learn the Crack Electrical and Electronics Engineering Jobs with India's largest learning platform online course in different languages as the Unacademy instructors teach in English, Hindi, Malayalam, Tamil, and 12 other languages. 

The ‘Industrial Mechatronic Systems’ online course is a TCS iON industry honors certification program delivered to the students of mechanical engineering background to enhance their industry knowledge and skills to create innovative products and systems to be utilized in the sectors such as communication, healthcare, transportation, energy systems, space, and defense administration. This certification is provided by TCS iON digital learning hub and the duration of the training program is for five to six months.

This online program is held through experimental learning methodologies which include online lectures, tutorials, practical demonstrations, industry-oriented assignments, and other forms for performance evaluation like quizzes and assessments. The learners in this course are given expert guidance by mentors from leading academic and industrial institutions. The ‘Industrial Mechatronic Systems’ online training program enables students to get five credits for this course with digital certificates for successful course completion and achievement in the summative assessment. This course also offers opportunities for internships to enhance your career prospects.

The ‘Electrical Equipment Repair and Maintenance’ online course is a study of electrical equipment, the procedures, and principles associated with the techniques of repair and maintenance. This certification course is provided by the TCS iON digital learning hub for students belonging to any domain. The duration of the online program is five to six months.

The candidates of this industry honors certification are engaged with digital learning methodologies such as a virtual classroom, community learning, online resources, lectures, and other resources that aid in the experiential learning of the students. The course instruction is made available in English and the mentors for the program are Dr. Praveen Kumar, faculty in the department of electronics and communication engineering at IIT Guwahati, and Shanker R. Warrier, a subject matter expert at Tata Power Skill Development Institute(TPSDI).

The ‘Electrical Equipment Repair and Maintenance’ online certification program ensures digital certificates, course credits, and the potential for job opportunities after the completion of the training.

The online program in Antennas by Swayam primarily focuses on helping learners gain an in-depth understanding of Antennas and their varying types. These include the Monopole, Slot, Loop, Dipole, Reflector, Horn, Helical, Log-Periodic, Yagi-Uda, Microstrip, Linear, Planar, MSA Antennas. The course curriculum also comprises robust support from the space organization, telecom industry, and defense industry.

This 12-week elective training in the ‘Communications Engineering, Electronics, and Electrical’ category focus on undergraduates and postgraduates. The Antennas certification syllabus imparts impeccable knowledge about core areas such as the various Antenna types, IE3D Session TA, MSA Arrays, Circular MSAs, and MSA Parametric Analysis. The curriculum also offers a term-end lab session for students to experience hands-on skills.

While the AICTE-approved Antennas program is free-to-learn, candidates can opt to register for Swayam’s proctored assessment to earn the e-verified certificate. To do so, they must clear the specific criteria to pass the examination. Once they do, aspirants will receive the valuable certification, carrying IIT Bombay and NPTEL’s logos to verify their learned skills. 

Nowadays, the word “digital” has become an omnipresent entity. There are digital watches, digital cameras, digital art, and even a digital economy. Every industry is accepting digitisation, owing to the vast security and storage options available in the digital world. Similarly, the Digital Electronic Circuits online course explores the digital world of circuits.

The Digital Electronic Circuits certification syllabus extensively explains how digital systems are built. The digital circuits provide flexibility in processing, inexpensive building blocks, and easy reproduction and storage. Through this course, candidates will learn how to manipulate digital signals, and how a signal can be made discreet for digital processing.

The Digital Electronic Circuits certification course, spread over 12 weeks, is created by IIT Kharagpur and is available for a free audit. Candidates can also purchase the certificate by paying a nominal fee. This is an online training program in the Electrical and Electronic Engineering category, and the curriculum is of undergraduate level.

It is crucial to study the fundamentals of Digital Circuit Design to gain an understanding of microprocessor chips, standard cells, and circuits. The Digital IC Design online course, designed by IIT Madras is available free of cost on Swayam. The training aims to impart knowledge of these topics to the candidates who enroll in this program.

In the Digital IC Design training, candidates will study various topics like computational efficiency, standard cell, resistance, delay, voltage transfer, operating the frequency of a designed circuit, and many more. This training is fundamental for pursuing VLSI Design as a major. The course gets industry support from all major VLSI Design companies.

The Digital IC Design certification syllabus is designed at the undergraduate degree level. The curriculum covers topics from categories like VLSI Design, Electrical Engineering, Communications Engineering, and Electronics Engineering. Prof. Janakiraman Viraraghavan from IIT Madras leads this course. Throughout the course, candidates will solve multiple assignments, and the average score will be added to the final certification score.

The term “digital signal processing” implies the processing of various types of digital signals or signals indexed by integers. This can be one, two, or three-dimensional, and the signals can come in the form of audio, video, images, or picture elements. The Digital Signal Processing and its Applications certification course focus on decoding one-dimensional signals.

The Digital Signal Processing and its Applications syllabus begin by discussing Discrete-Time systems and signals. The curriculum then proceeds to introduce the properties and theoretical implications of the Z transform. Moreover, this curriculum is highly relevant to the undergraduate course model as it is designed by undergraduate students, along with the course faculty.

Two premier institutes, namely IIT Bombay and GH Raisoni College of Engineering, Nagpur, have designed this online course on Digital Signal Processing and its Applications. Candidates can choose to audit the course for free or pay the exam fee to obtain the certification. Assignments and examples aid the teaching-learning process.

Digital systems, such as artificial intelligence (AI) and the internet of things (IoT), have changed the world around us. The Digital System Design online course by Swayam intends to teach you the working of these digital systems and how they are built. Hence, in this course, you will learn what goes behind making these digital systems and the mathematics and algebra used to make them work.

The Digital System Design programme will introduce the challenges and processes behind designing a digital system from scratch and will run for 12 weeks. The core programme belongs to the Electrical, Electronics, and Communications Engineering category. It is presented by Swayam in collaboration with IIT Ropar, which is one of the leading institutes of technology in the country. Professor Neeraj Goel will teach the course.

In addition, after finishing the free course, you can earn a Digital System Design certification by qualifying for the final exam and course assignments.

Electrical machines are used in steam engines, wind turbines and various household appliances. If you are interested in electrical machines, then Electrical Machines by Swayam is the right course for you. This undergraduate-level program covers various critical electrical components and processes that will help you understand how these machines work. This core curriculum lasts 12 weeks, and primarily focuses on undergraduate-level aspirants.

The Electrical Machines online course is a comprehensive approach towards numerous core concepts such as DC/AC machines, understanding electromechanical energy’s conversion via magnetic fields, the voltage regulation and efficiency of these machines, etc. The prestigious Department of Electrical Engineering at the Indian Institute of Technology, Delhi, has curated this program. 

The Electrical Machines certification syllabus includes magnetic circuits, transformers, electromagnetic energy, DC machines and more. The curriculum has been designed to provide a thorough understanding of the electrical machines’ theoretical and practical aspects. After finishing the modules, you can take the final proctored exam to attain the certificate of completion, offered by Swayam and NPTEL.

Under the Control Engineering Certification by Swayam, the candidates will get an in-depth knowledge of control and modeling of linear time invariant systems. The course curriculum and modules have been drafted keeping the current requirements of industry. The programme will aid the participants who belong to engineering streams. This course will address detailed application of filter design in the field of navigation and field movement (gait) in the 11th module.

The Control Engineering Training by Swayam, empowers all the individuals to design their very own basic navigational system using inertial sensors and microcontrollers. The duration of this programme is 12 weeks. The course can be enrolled for free but in case, if they are willing to get a certificate of completion, they will have to pass a proctored examination.

The Electrical Machines - II online course by Swayam is an undergraduate programme designed by the faculty at IIT Kharagpur in association with the NPTEL team. The free learning course is targeted at undergraduate students pursuing engineering courses. In a span of 12 weeks, you will get a thorough understanding of the rotating electrical machines.

The Electrical Machines - II certification falls under the category of Power Systems and Electronics along with Electrical, Electronics and Communications Engineering. Students will get an opportunity to learn complex engineering concepts from expert instructors through video lectures that cover all aspects of the subject. The curriculum also includes regular assignments to help students understand and apply their knowledge to solve numerical problems and equations.

What’s more, after you have completed all the modules in Electrical Machines - II programme, you can register online to take the proctored examination. Gain an official certificate of completion. As the programme is free for learners, you only have to pay a minimal fee for the certification exam.

The Fundamentals of Power Electronics by Swayam course introduces the applicants to the basics of power electronic devices and converters and also makes the students aware of its application. The course over a period of twelve weeks will cover the topics- operating modes, working principles, and analysis of AC-DC and DC-DC converters. The applicants will further be introduced to the key principles of the DC-AC inverter.

This Fundamentals of Power Electronics programme uses SPICE simulation methods as a means for understanding and gaining more details into the concepts of circuits. The faculty members in detail will explain the control mechanisms of power electronics.

The Fundamentals of Power Electronics certification syllabus includes the topics are- diac and triac, thermal dissipation, diode dynamic characteristics, heatsink design, ideal switch, resistor solution, relay and contactor solution, thermistor solution, and other topics that are related to power electronics. The course will thus help the candidates to develop a strong foundation in “power electronics”.

The course on Fundamentals of Semiconductor Devices by Swayam aims to cover the fundamentals of the semiconductor devices that included the concept of-  doping and carrier statistics, physics of energy bands and transport leading. The program will help students with an understanding of common semiconductor devices. The students will also learn about-  BJTs, p-n junctions and their various applications and MOSFETs. 

The Fundamentals of Semiconductor program will also provide the students with a basic understanding of compound semiconductors and their various applications along with their uses. The curriculum includes- optoelectronic devices such as photodetectors, solar cells and LEDs. The session will make sure that college teachers, undergraduates and other interested candidates with no existing background in semiconductors are able to learn the maximum from the course. In the online certification course, the students will be provided with real-life examples that pertain to the content.  The program will thus help the students to learn about the mechanisms of semiconductors.

The High Power Multilevel Converters - Analysis, Design, and Operational Issues certification talk about the different power converters that are being used in the market for motor drives, etc. Candidates who pursue this program would be able to know about traditional converters as well as modern converters, how these converters are operated and designed perfectly, and many more practical problems that the industry faces in its operation and management. This is an undergraduate level of High Power Multilevel Converters - Analysis, Design And Operational Issues training designed for all the students who are interested in this field and have some information regarding power electronics so that it is easier for candidates to understand the concept given in this course.

This is a 100 percent free and online course that includes benefits like free study material, assignments, certification, etc. The syllabus of the course does not require a specific amount of time and attention to get completed. Students are free to take as much time as needed to complete and understand the High Power Multilevel Converters - Analysis, Design, and Operational Issues certification syllabus of the course. The program also provides verified certificates to those students who qualify for the offline exam and make the payment of exam fees. The tutor of the program will be able to complete the whole course in a given time period of 3 months.

The online Integrated Circuits, MOSFETs, Op-Amps, and their Applications certification session has been a design-oriented online certification course and is aimed at understanding the core concepts- fabrication, op-amps,  specifications of integrated circuits, parameters, MOSFETsas. 

In the program on Integrated Circuits, MOSFETs, Op-Amps and their Applications by Swayam will also discuss their applications in the domain of analog. The course will help the applicants to understand and analyze the Op-Amps in a more comprehensive way. The ability to understand IC Technology and its application will also be developed by the candidates in the online course. 

After completing the classes in the Integrated Circuits, MOSFETs, Op-Amps, and their Applications training the applicants will understand feedback techniques and develop more skills in identifying the types of noise. Over the time period of twelve weeks, the registered candidates will thus learn and practice topics pertaining to “integrated circuit” and develop professional skills in the said domain.

The Introduction to Time-Varying Electrical Networks program introduces students to reciprocity in networks, circuits, and time-variance systems. It focuses on different time-varying networks such as linear and periodically varying networks. This introductory course is a Faculty Development Program (FDP) approved by the AICTE.

The Introduction to Time-Varying Electrical Networks certification syllabus is spread across 12 weeks of coursework, replete with assignments, illustrations, practical examples, and video lectures. The curriculum further elucidates Modified Nodal Analysis (MNA), Bode’s noise theory, harmonic transfer functions, and RLC circuits. 

Set at a postgraduate level, the Introduction to Time-Varying Electrical Networks online course is developed by IIT Madras. It is recommended that students have an undergraduate-level of understanding of electric network analysis, signals, and systems before joining this course.

Moreover, the Introduction to Time-Varying Electrical Networks program provides an NPTEL verifiable e-certificate to the course learners on satisfactory completion. They can display the e-certificate on various social networks and attract lucrative work opportunities.

Developed by IISc Bangalore, the Mathematical Methods and Techniques in Signal Processing programme extensively covers the various aspects of signal processing over the course of 12 weeks. All the modules are provided online by Prof. Shayan Srinivasa Garani and instructed in English.

The Mathematical Methods and Techniques in Signal Processing syllabus deep dives into topics like basic signals, systems & signal space, sampling theorems, signal representation, and wavelets. This way, the course will make you theoretically adept in signal processing.

You will also learn the core practices, methods, and techniques to efficiently carry out digital signal processing. Moreover, the Mathematical Methods and Techniques in Signal Processing online course has a PG level difficulty. If you have a strong background in basic DSP, you can upskill comfortably by enrolling in the Mathematical Methods and Techniques in Signal Processing course by Swayam. This FDP (Faculty Development Programme) course is also duly approved by AICTE.

The Modern Digital Communication Techniques online course is an advanced level course and can be taken up by postgraduates, PhD, or research students. The course revolves around the topic of digital communication in the field of electrical and electronic engineering. Candidates who take up this course will be informed about the theories, practices, designing, and optimization of digital communication. The chapters included in the programme constitute the most important aspects of digital communication.

Candidates can learn from this whenever they want, however, the expected time period to complete the Modern Digital Communication Techniques certification syllabus is 90 days. Students can devote 4 hours a week to the course to complete the syllabus on time. The training also offers the students the alternative of being eligible to get the certificate. Candidates will only be entitled to receive a certificate only after paying the exam fees and giving an offline exam. The Modern Digital Communication Techniques training provides a self paced learning experience to the students through the mode of online teaching.

With the Solar Energy: Photovoltaic (PV) Systems program, candidates will learn about the process of turning solar cells into full modules and applying these modules to PV systems. The curriculum covers the design of different photovoltaic system types, such as residential-scale systems (on-grid and off-grid) and utility-scale solar farms. 

The Solar Energy: Photovoltaic (PV) Systems certification course will help candidates learn about the functions and operations of different components involved in PV systems, including batteries, inverters, DC-DC converters, and how they interact with the grid and the modules. They will then know how to work with these components and incorporate them while designing, planning, and installing real PV systems.

After completing the Solar Energy: Photovoltaic (PV) Systems training, candidates will better understand a PV system’s performance under different solar energy applications. They will also know how to estimate the energy yield for the system that their client is looking to install. 

This course is a part of TU Delft’s Solar Energy Engineering MicroMasters program, which covers all relevant aspects of photovoltaic energy conversion, systems, and technologies. There are two modes for the learners to join the programme, namely, verified and free audit. In the former mode, the learner will have a certificate of completion and unlimited access to the programme. In the latter mode, the candidates will get access only for a limited period. 

Spread across 11 weeks, the Solar Energy: Photovoltaic (PV) Technologies course focuses on the production of solar cells. The curriculum includes discussion over the future of solar technologies such as CIGS, CdTe, and Perovskites.  This online course is a part of a MicroMasters program “Solar Energy Engineering,” which students can additionally pursue.

Three assessment exams are laced in between the Solar Energy: Photovoltaic (PV) Technologies certification syllabus, which is split into five parts. Students will study topics touching on crystalline silicon, solar cell characterization, and thin-film processing. It is an advanced engineering course that follows a course schedule led by instructors.

Taught by the faculties of the Delft University of Technology, this Solar Energy: Photovoltaic (PV) Technologies course invites both audit and verified learners. Audit learners can access the course material, discussion forums, and a limited number of free exercises for a limited period. Whereas, with the verified track, learners can access all the course study tools by paying the necessary fee. 

The Advanced Quantum Mechanics with Applications is a 2 months core programme on quantum mechanics that is launched through the website of Swayam and is taught by the institutions - NPTEL and IIT Guwahati. The main purpose of this certificate is to provide students with the prerequisite knowledge for pursuing advanced research in the topic areas of Applied Physics, Electrical Engineering, and Physics.

The Advanced Quantum Mechanics with Applications training usually starts with learning advanced topics like Density Matrix formalism along with its quantum optics applications. The course is designed keeping in mind an explanation of algorithms related to quantum information so that for the driven systems, quantum optics may be understood. Though the course is a core level physics category programme still it is free. But the catch behind the certification is registration fee payment and attending, and securing pass marks in the final conducted proctored exam.

Introduction to Computational Materials Design by edX is a comprehensive 8-week course, provided extensively through instructor-led sessions on a schedule. The course curriculum focuses on teaching you fundamental computational methods and designing materials with quantum simulation program codes. So that you can learn to implement material science's new paradigm effectively. 

Moreover, the Introduction to Computational Materials Design certification syllabus will stress quantum simulations' fundamentals and their applications to semiconductor spintronics, chemical reactions, dynamics at surfaces, carbon functional nanomaterials, and material informatics, and more. 

You will also learn to use different computational techniques and stimulate materials using the basic quantum theory. Equipped with core subject knowledge, you'll be able to apply quantum simulations fundamentals efficiently. 

Skilled professors teach introduction to Computational Materials Design certification at Osaka University to provide you with the best online learning experience. While interested candidates can audit the course for you, a verified certificate is also available on successful completion, if they pay the necessary certificate fee.

The current power distribution system’s power quality has been debased by many factors such as adjustable speed drive, unbalanced and balanced load, distributed sources, supply disturbances, etc. The Power Quality Improvement Technique programme is designed by the Indian Institute of Technology (IIT), Roorkee. Learners will explore the major problems of this system.

The Power Quality Improvement Technique certification programme will discuss how power quality issues can be reduced by utilising active and passive filters. This eight-week-long online course explains the economic and functional aspects of these filter technologies. Also, you will study how active power systems are better at improving power quality in advanced power systems as compared to passive power systems.

The Power Quality Improvement Technique online course is also a Faculty Development Programme (FDP) approved by the AICTE. You will be taught via 20 hours of quality video content, weekly assignments and online discussion boards. This elective course also offers an e-certificate on the fulfilment of certain eligibility criteria.

Microwave engineering is a field in which candidates study the frequency range from 1 gigahertz to 30 gigahertz. IIT Bombay has designed the Microwave Integrated Circuits certification course to teach candidates about this engineering domain in which circuits have unique properties which are not present in lower frequencies. This course is available online on Swayam. 

The course instructor, Professor Jayanta Mukherjee from IIT Bombay, covers the Microwave Integrated Circuits certification syllabus in eight weeks. The curriculum consists of eight modules, tutorial lectures, and weekly graded assignments. There is also a certification exam at the end, which is optional. After passing this exam with the minimum qualifying marks, candidates can become certified. 

The interesting aspect of this online program is that it covers certain new topics and laws related to microwave engineering. Candidates can take admission in the Microwave Integrated Circuits training for free and learn from an experienced instructor. AICTE has also approved this as an FDP program.

The primary objective of an optimized system is to find out specific control signals. These control signals will maximize or minimize a particular performance criterion while satisfying other physical constraints. The Optimal Control program is a postgraduate course for people who want to learn about different optimization techniques using various methods of approach.

Optimal Control certification is a collaboration between NPTEL and IIT Roorkee. Professor Barjeev Tyagi of IT Roorkee has designed the syllabus and will be the instructor for the course. This is an elective postgraduate course in electrical, electronics, and communications engineering intended for postgraduates, scientists, research engineers, and non-PhD faculty. 

Optimal Control is an online course with eight weeks duration covering an extensive syllabus. Candidates will receive multiple assignments to evaluate their progress. There is also an optional in-person examination offered for candidates interested in an e-certificate. All the course material, along with any necessary information, is available on the Swayam website.

The Discrete-Time Signal Processing certification course is an eight-week-long online program brought to you by the Indian Institute of Technology (IIT), Kharagpur. The main objective of the course is to reinforce the basic Discrete-Time Signal Processing (DSP) concepts. You will learn all the properties of discrete-time signals and systems during the course duration.

The Discrete-TimeSignal Processing program by Swayam will cover central concepts of DSP, including stability, rational models, causality, sampling of analog Fourier transform, and discrete-time structures. You will also learn how to design discrete-time systems to perform certain types of processing. Various topics under electrical engineering will be touched by the training curriculum.

The Discrete-Time Signal Processing training also aims to teach several ideas and dimensions of DSP that are not available in general books. Vital concepts such as polyphase decomposition, interpolation, and decimation will also be taught in this online program. You also have an opportunity to get an e-certificate after fulfilling certain criteria.

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. 

Electric Industry Operations and Markets certification course have been designed by Duke University and instructed by Lincoln Pratson - Gendell Professor of Environment & Energy which is presented by Coursera for students who are looking for a program that could explain to them the core activities that the electric Industry executes to bring electricity to customers. Electric Industry Operations and Markets online course teaches students about how power is consumed and offers constant feedback on how it is transmitted and generated.

Electric Industry Operations and Markets online classes begin with the fundamental principles of electricity and explain the processes involved with electricity generation, electricity transmission, and electricity distribution. With this course, students will be taught about topics like electromagnetism, electric systems, laws governing electricity, and costs as well as will be taught about different types of electric markets and how they function to distribute and transmit electricity to meet demand.

The Certified Auto Injection Moulding Junior Operator course offers a structured and comprehensive learning path for individuals aspiring to excel in the field of auto-injection moulding. Through a combination of online resources and study materials, candidates will gain a thorough understanding of the difficulties of the process. This programme is designed to enhance practical skills and theoretical knowledge, providing a well-rounded education in auto-injection moulding.

Certified Auto Injection Moulding Junior Operator by Vskills has a 60-minute online exam that comprises 50 questions designed to evaluate a candidate's proficiency. Upon successfully passing the exam, participants will receive prestigious government-certified recognition, which is widely endorsed by the industry. This certification not only validates the skills acquired but also significantly boosts employability, making certified individuals stand out in the competitive job market.

Enrolling in the Certified Auto Injection Moulding Junior Operator training not only equips candidates with practical insights and theoretical knowledge but also opens doors to a range of job opportunities in the field. This programme is an ideal choice for those looking to establish a strong foundation and excel in the auto-injection moulding sector.