Online Computer Science Engineering Courses & Certifications

The M.Tech. Digital Manufacturing at BITS Pilani is a four-semester Work Integrated Learning Programme (WILP). The BITS Pilani Online M.Tech. Digital Manufacturing is specially designed for engineering professionals working in Automotive, Manufacturing, and related industries. This online M.Tech course is UGC approved and is offered with zero per cent EMI options for fee payment. Students should pay the BITS Pilani Online M.Tech. Digital Manufacturing application fee, admission fees, and semester fees at the time of admission. Go through the article below to know more about the course offerings, eligibility, syllabus, application details, and others.

The M.Tech.Quality Management program from BITS Pilani is one of the unique and most demanded courses. The duration of this University Grant Commission (UGC) approved program is four semesters. Students can attend the online classes either on weekends or after working hours. The curriculum of M.Tech Quality Management comprises topics such as ‘Six-sigma, Design Thinking, Disruptive Innovation,Judgement in Crisis and Digital Manufacturing. This programme uses a Continuous Evaluation System (CES) which further assesses the students over regular intervals. Those who successfully complete this course will be eligible to receive BITS Pilani alumni status. 

Read the complete article to know details about program offerings, eligibility, syllabus, and admission details. 

BITS Pilani is offering M.Tech. in Computing Systems and Infrastructure course under the Work Integrated Learning Programme. This is an online master's degree course which contains a total of four semesters which will be completed over two years. By pursuing the online M.Tech Computing and Infrastructure from BITS Pilani, students will be able to meet the needs of the present IT companies and build a career in IT Infrastructure Operations and Management. The course is UGC approved.

The classes conducted for M.Tech Computing Systems and Infrastructure will be purely online and will be conducted during the weekends. Candidates will learn mostly through case studies, and assessments, and project-based learning will also be the key teaching method. The admission fee is Rs.16,500. The online M.Tech Computing Systems and Infrastructure fee is Rs. 60,500 per semester. To get more details related to the eligibility, application process, syllabus etc, go through the article below.

An Online M.Tech in Computer Science and Engineering at IIIT Guwahati is a postgraduate degree programme, providing students with knowledge of computer science. The programme enables learners to excel in areas, such as machine learning, computer science, data analytics, and data management. Online M.Tech CSE at IIIT Guwahati comprises a curriculum with a focus on research and development.

The IIIT Guwahati Online M.Tech Computer Science and Engineering programme is designed to accommodate working professionals. The course offers flexible learning schedules and online resources, including video lectures, virtual labs, and interactive forums. Students can access the course at their own pace and convenience.

The field of electronics has constantly been evolving and has witnessed morphological changes with the latest technologies. After the integrated circuit was invented, a new trend in the field of microelectronics set in. It leads to the miniaturisation of a lot of components like computers, mobiles, and laptops. The Advanced Certificate Program in VLSI System Design by MS Ramaiah University of Applied Sciences, Bangalore is a course that highlights and demonstrates the use of VLSI system design in integrated circuits.

The Advanced Certificate Program in VLSI System Design certification syllabus will guide learners through practical and theoretical concepts to undertake various roles in IC designing.

The Microprocessors And Interfacing by Swayam deal with the 8086 microprocessor. The course will analyse intel’s microprocessors. The course is divided into three topics. They are- architecture, instruction set, and programming. The concepts and functions of A.L.U, CRT display, segment display will be taught and utilised. The course will also introduce the candidates to the definitions of microprocessors and microcomputers. The origin of Intel and Intel’s first microprocessor 4004 will be discussed.

The course is offered by NPTEL. The course can be accessed on the Swayam platform. It is an online learning platform. Swayam offers free course accessibility. The Indian Institute of Technology, Guwahati verifies this course. The candidates will receive industry-applicable course content. This will ensure the candidate's direct usability of this course content in their jobs.

The Microprocessors And Interfacing certification will be offered to the deserving candidates in e-certification mode. The certification is shareable on different professional networking platforms namely, Linkedin and many others. The certification will have logos of NPTEL, MHRD, and the Indian Institute of Technology, Guwahati. The professional and academic benefit is guaranteed with this certification.

The Computer Vision online course is a 12 weeks elective program offered by Swayam under an initiative by the government of India. The Computer Vision training covers a range of topics such as 2-D Projective Geometry, Stereo geometry, and Camera geometry. The Computer Vision syllabus includes an in-depth study of imaging geometry theory and computation, as well as scene comprehension. It will also expose learning candidates to classification, clustering, and deep learning techniques that are used in this field.

The Computational Complexity online course is a 12 weeks program offered by Swayam, an initiative by the government of India’s Ministry of Education. This Computational Complexity training provides an overview of computation complexity. Various computational complexity classifications and computing models are covered in the course. Computational models quantify many elements of computing such as space, time, unpredictability, amount of communication, number of gates, and so on. According to these many theories, the complexity categories classify distinct computational tasks based on their ease or difficulty. The Computational Complexity syllabus also covers how these complexity classifications are connected to one another. Several of the outcomes are quite interesting and make use of a variety of intriguing ideas.

The Introduction To Algorithms And Analysis certification course offers a thorough introduction to mathematical modelling for computational problems. The course covers fundamental algorithms, algorithmic paradigms, and data structures, emphasising the practical relationship between algorithms and programming. 

Geared towards both undergraduate and postgraduate students, the Introduction To Algorithms And Analysis certification by Swayam enjoys industry support, making it pertinent for IT companies and ensuring its alignment with real-world applications. Participants gain a solid foundation in algorithmic problem-solving, equipped with essential performance measures and analysis techniques.

Also Read: Online Algorithms Certification Courses

The Software Engineering certification course offers a comprehensive exploration of the challenges inherent in managing and developing software on a grand scale. Students delve into essential concepts like life cycle models, requirements specification, design, and testing, learning strategies to navigate complexities effectively. Prerequisites include proficiency in C, Java, or C++ programming.

Catering to postgraduate Computer Science and Information Technology students, the Software Engineering certification by Swayam provides a deep dive into large-scale software project management. With 3 credit points, students gain vital skills and knowledge to tackle real-world challenges, emerging equipped to excel in the demanding landscape of large-scale software development.

Also Read: Online Software Engineering Certification Courses

The Digital Design certification finds applications in a wide variety of fields such as mobile phones, vehicles, medicine, and computers. This industry has grown several folds over the last 2 decades, resulting in significant blue-collar careers around the world. Moreover, computing systems constitute the main elements of computer engineering.

The Digital Design training delivered at edX focuses on elementary-level information relating to the building blocks of digital systems. Electronic circuits and logic gates will be covered in detail from a practical standpoint. The objective will be to combine simple blocks into a more robust structure. As a result, advanced digital structures will be possible.

You will find the course pedagogy fun, which would lead to better concept reception. It lends immense value to being in the designer’s seat of a project. Another inherent advantage of electronics is that the components are more economical than other fields of engineering such as Mechanical and Electrical. The candidates who enroll in any track of the course will be able to progress at their speed. Both tracks - audit and verified may be opted for by the candidates for finishing the course. If the candidates want to learn for free without a certificate they may choose the audit track which is open for a limited period of access. For unlimited paid access the students should switch over to the verified track.

Computer vision is a rapidly growing field with applications in a wide range of industries. The Computer Vision certification by Carnegie Mellon University's School of Computer Science is a 10-week long online certification course that provides a comprehensive introduction to the theory and algorithms used in computer vision systems. Emeritus along with CMU is providing this course. Computer Vision covers a wide range of topics, including image detection, recognition and processing, 3D reasoning, and video analysis. It also provides insights into the real-world uses of computer vision technology.

The Computer Vision certification is ideal for technology professionals who want to learn more about computer vision and how it can be used in their work. It is also a good fit for machine learning engineers who want to gain hands-on experience with computer vision tools and techniques. 

The Computer Vision certification course requires knowledge of multivariable calculus, linear algebra, probability, and statistics, as well as Python programming. This course is taught by leading experts in the field of computer vision. Additionally, the course includes a capstone project that allows students to apply their skills to real-world problems.

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 10 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.