Online Engineering And Architecture Courses & Certifications

NIELIT provides education, consultancy, training, research and design in electronics and IT. It offers courses for cyber law, embedded systems, instrumentation, VLSI, bioinformatics, ITES-BPO, networking and other diverse areas in information technology.

DSP using MATLAB course by the National Institute of Electronics & Information Technology is being offered to educate the learners about MATLAB as a tool for designing hardware. DSP using MATLAB courses intends to give the learners in-depth knowledge and practical sessions, within a stimulating environment. Participants will be given the requisite hands-on experience of the MATLAB tool through the lab sessions conducted by the institute. It will train the participants in using MATLAB as a tool for building and assessing digital filters before implementing them in hardware. 

They will learn about the various features of MATLAB, plotting, grid lines, properties of Z-transform, image processing, how to perform column vector operations, rows, vector operations such as addition, subtraction and multiplications.

The Surface Modelling of an Aston Martin Car using SolidWorks programme by Skill Lync has been carefully structured in partnership with expert faculty. It will help you gain fluency in the surface modelling capabilities of SOLIDWORKS, by modelling a finished Aston Martin One-77. The course curriculum will consist of the key concepts such as curve generation, solid modelling applications, and assembly module. These will help you learn the entire process of modelling the car and discovering the true potential of surface modelling.

The Surface Modelling of an Aston Martin Car Course using SolidWorks features industry-expert faculty members, who will teach you the curriculum through pre-recorded videos, weekly assignments, and hands-on projects, to get a practical experience of how the industry professionals work. 

Moreover, the Surface Modelling of an Aston Martin Car using SolidWorks Course allows you to gain an in-depth view into the professional tools used for developing design variants, automate repetitive tasks, accelerate the designing process, and save time. After successful completion, you will be awarded the course completion certificate. 

Automobile designing and its development prosper with the passage of time. The presently available vehicles are culminated by several departments joining hands together. Hybrid Electric Vehicles are powered by an electrical motor propulsion system and internal combustion engine. It is clear that hybrid electric vehicles will be playing an important role in the future as an immediate improvement of conventional technologies.

The syllabus of the Introduction to HEV using MATLAB & Simulink programme is based on the technical foundations of electrical machines, control theory and power electronics. There is a brief overview of the theories and initiates towards simulating vehicle power systems. MATLAB simulation platform is used for the programme because it is very commonly recognised by designers and manufacturers. Many automotive and electrical powertrain R&D organisations using methods and techniques are set out in this programme. 

After completing the Introduction to HEV using MATLAB & Simulink programme, candidates will be developing their knowledge of the study. As a mechanical or automotive engineer, candidates will be enhancing themselves by acquiring the latest knowledge in the particular field which will be a benefit in their career.

The recent technology of flying robots has been utilized for various applications like mini helicopters or quadrotors. They are widely used in 3D construction and aerial filming of industrial sites. The time calls for the need for machines that run without the supervision of pilots for hours. The Autonomous Navigation for Flying Robots certification course focuses on autonomous navigation for quadrotors. This course is provided by TUM for learners who are keen to learn the concept of autonomous navigation. 

Autonomous Navigation for Flying Robots training will be delivered by industry experts with the help of instructor-paced learning videos, quizzes, and a browser-based quadrotor simulator. The duration of the course is 4 weeks and the learner must give at least 4 hours per week to complete the course on time. The learner shall be trained extensively on the browser-based quadrotor simulator and will be given practical training. The candidate shall also receive Autonomous Navigation for Flying Robots certification by EdX after the completion of the course. 

The Finite Element Analysis Using SolidWorks training course is built in consultation with industry leaders associated with various Fortune 500 companies. The programme is based on real-life contingencies such as buckling analysis, design beams, frequency analysis and static analysis.

The Finite Element Analysis Using SolidWorks Programme by Skill Lync will grant you an opportunity to apply your theoretical knowledge to practical situations. Thus, you will be able to successfully bridge the gap between the industry and academia and become market-ready. Additionally, you will have access to training files and practice content so that you can sharpen your skills and always be ready.

The Skill Lync Online Finite Element Analysis module is appropriate for any graduate in Automotive, Mechanical, or Aerospace Engineering. If you are pursuing any of those courses, you are expected to have completed three semesters of your degree programme. You will receive a merit certificate along with the general course certification if you finish in your class’ top 5 per cent.

The Certificate Course in AutoCAD by National Institute of Electronics and Information Technology, Haridwar imparts skills and knowledge to the learner in concepts like isometric drawing, hatching, dimensioning, plotting, arrays, blocks, fillets, rendering, altering objects, 3D drawing, and template creation.

This Certificate Course in AutoCAD helps the candidate to learn basic and advanced tools and commands in AutoCAD. This course helps the learners to understand concepts in 3D modelling and 2D drawing. The candidate will learn to create layers and templates for drawing by taking up this programme. The candidate will understand to annotate the drawings. The classes are conducted online. The candidate can also take up projects for two weeks at the end of the programme. 

E-certificate is provided to all participants at the end of the course. The candidate must meet certain criteria to get a certificate from the National Institute of Electronics and Information Technology. This course suits the needs of the students who wish to continue their career in the engineering and design sector.

Foundations of Cognitive Robotics certification is an associate presentation by Swayam, NPTEL, and IIT Kanpur. The inclusion of robots directly from the industries to the social arena has been rapidly advancing with the functional requirements of corresponding behaviour of humans increasing day by day. To meet this demand, the course has been prepared. In order for the robot design complexities to be processed, the course has been made to give an overall idea of this topic.

Foundations of Cognitive Robotics training is a short 4-weeks duration course with 14-course modules that are designed for striking a balance between streams of engineering, biology, and control system design for attracting people towards the interdisciplinary fields. This certification has been curated free for the participants except for when they require certification. Also, this postgraduate level course is an FDP one that has secured the approval of the AICTE council under the government of India.

The ‘Robotics: Perception’ online course is developed for the students to enhance their knowledge of the process involved in object grasping which is accomplished by the computation of the 3D posing of objects and the robot navigation. This Robotics specialization course is a part of the mechanical engineering domain under physical science and engineering, it is provided for the students on the online education platform Coursera and is offered by the University of Pennsylvania. The course is a self-paced learning program where the students will take approximately thirty three hours to complete the course. 

The intermediate level certification engages the students to familiarize themselves with the concepts of visual odometry and landmark-based localization to understand the process of navigation in robots. The course curriculum is offered with subtitles in French, Portuguese, Russian, English, Spanish for the candidates to experience a better learning process. The ‘Robotics: Perception’ training program by Coursera ensures a certificate for the participants who complete the course.

Sustainability in Architecture: An Interdisciplinary Introduction online certification is developed by the Polytechnic University of Valencia and taught by a team of industry experts including María Valles-Planells - Associate Professor at the Polytechnic University of Valencia, Elena de la Poza Plaza - Associate Professor at the Polytechnic University of Valencia and Naoko Ellis - Professor at the University of British Columbia, which is offered by edX for the participants who want to study the basic principles and concepts of sustainable architecture.

Sustainability in Architecture: An Interdisciplinary Introduction online course is a 4-week program. Provides a holistic approach to architecture for sustainability and imparts knowledge of the fundamental components of sustainability evaluations as well as current design trends. Sustainability in Architecture: An Interdisciplinary Introduction online classes also cover technical ideas related to energy, carbon footprint, and material qualities.  The candidates can join the course either by paying the fee or free of cost. In the free mode, the students can audit the programme for a limited duration whereas in the paid mode, they can access the course materials unlimitedly and get a certificate of completion. 

Understand what entails "innovation" and how it can solve specific problems and challenges in the Innovation by Design online course. This course will also touch upon how design plays a vital role in the innovation process, whether in the form of products, systems, or services.

By the end of the Innovation by Design syllabus, you will have covered the entire innovation journey as enabled by design, from conceiving a design idea to its final execution. And how the design solution can impact a large community of users positively.

In a span of four weeks, you will have video lectures from a top faculty of IIT Bombay, Prof. B. K. Chakravarthy. The Innovation by Design certification course will also focus on the seven concerns of innovation through various case studies.

You will understand how meticulous effort, empathy, effective collaboration, and constant user interaction are essential to the innovation process. So, by the Innovation by Design course end, you will have a sound knowledge of the design-based innovation process.

The Bioreactors online course begins by introducing some of the fundamental quantities that need to be used while working with bioreactors. For example, specific growth rate, yield coefficient, etc. Then, after studying some introductory kinetics, candidates will look at the different kinds of bioreactor operations, and analyze them.

Later on in the Bioreactors online programme, candidates will move beyond the black-box approach and start looking at what exactly happens inside a bioreactor. They will study the cells inside the bioreactor, which are the actual factories that produce a product. They will learn how to optimize these to give us the products we need, in the way that we need them. 

The four-week Bioreactors certification programme benefits not only undergraduate students from Biotechnology, Biological, Chemical, and Biochemical Engineering programmes, but even experienced scholars in their MS, ME, or PhD. Teachers can also take this course, to better understand the fundamental concepts, and reach higher levels of instruction.

The Image Analysis Methods for Biologists course provides a comprehensive study that will help improve your understanding of image processing and image analysis, its importance in phenotyping, various methods of image segmentation, among others. 

It not only provides information about the various aspects of image analysis, but it also introduces candidates to coding using python, provides practical experience of Fiji, and teaches how to make 3D models from 2D images. 

Moreover, the Image Analysis Methods for Biologists programme by FutureLearn has a top-notch panel of Nottingham University professors with years of experience. It also highlights what to watch for in the process and the advantages of using different methods. 

FutureLearn's Image Analysis Methods for Biologists is a four-week, 100% online course that requires an average weekly study time of three hours. It uses different methods of learning in the form of videos, articles, interactive discussions, and quizzes to evaluate your progress. 

While the course material is available for free for six weeks, with a fee, you can apply for a certificate and gain maximum output from the course.

Neuroscience is a multidisciplinary science that helps us understand and study the nervous system. Demystifying the Brain online program attempts to provide a computational perspective on how the brain functions. The elective course comes under Biological Sciences and Bioengineering subjects and is accessible for students from both engineering sciences and biological sciences. 

The Demystifying the Brain certification syllabus dives into the history and evolution of neuroscience and further explains neurons and the nervous system in detail. IIT Madras and Swayam learning have collaborated to deliver this FDP course free of cost to promote quality education for all. The best part is that you can easily finish the whole course in four weeks and even gain a verified digital certificate at the end. 

After finishing the short-term course, you just have to give a final exam to be eligible for the certificate to upgrade your CV.

Introduction to Dynamical Models in Biology certification is a 4-week programme launched by IIT Guwahati and NPTEL along with the association provider platform Swayam. This online free course is designed for understanding the different ever-changing models in biology.

Mathematical modeling in recent times has transformed into becoming an important part of ecology, biology, and cell biology. This Introduction to Dynamical Models in Biology training course tends to introduce the students of the biology field to different concerts and tools related to mathematics. The syllabus also focuses on the fundamental ODE-based concept of models which can be later on connected with the different experiments conducted for the subject Biology. Basically, the students shall get acquainted with topics like numerical simulation, cell signaling, analytical techniques, and more. The certification at the end can be cross-checked, and considered for verification on the NTPEL site by prospective employers.

Biomicrofluidics certification is a course that has been the design, and presentation of both NPTEL and IIT Kharagpur. This certificate course takes 4 full weeks to get over, and the level of this both is undergraduate or postgraduate where the credit point offered is one. Biomicrofluidics falls under the interdisciplinary domain that is known for using both microfluidics, and nanofluidics with the living system’s science so that medical diagnosis and drug delivery can be progressed further. 

Biomicrofluidics training will help with any emerging research field so that diseases can be understood by having a perspective in engineering along with aiding the development of diagnostic, portable, and inexpensive platforms. This will identify a person who is bearing any disease even present in a small body of fluid in the blood. Ultimately this certification course will demonstrate the fusion of both engineering, and biology streams for the progression of diseases, and the development of biological assay procedures which are tedious in nature that includes affordable diagnostic kits.

An Introduction to Cardiovascular Fluid Mechanics certification course is based on chemical engineering subject. It is an elective study spread across four weeks. Learners can pursue a course completion certificate. For that, they need to complete the course, submit all assignments, and register for an end-term assessment by paying a nominal fee.

An Introduction to Cardiovascular Fluid Mechanics certification syllabus employs a total of four learning modules. Learners can proceed to the next learning module after completing the topics covered previously. They will experiment with the mechanics that supply liquids within the human body through simulated tools. It covers topics such as rheology, pulsatile flows, morphology, solid and fluid mechanics.

An Introduction to Cardiovascular Fluid Mechanics training is developed by IIT Guwahati. Students will learn under Dr Raghvendra Gupta, an associate professor of the Chemical Engineering department at IIT Guwahati. Moreover, biomedical companies such as Johnson and Johnson and GE Healthcare offer industry support to the course. 

Research communication and scientific communication is an essential skill if one wishes to pursue research and development. These allow you to put your ideas lucidly and enable others to understand your work. The objective of the Introduction to Professional Scientific Communication certification program is to get postgraduate students familiar with written and oral communication, along with ethics in research.

The Introduction to Professional Scientific Communication online training covers a wide range of concepts, both theoretical and practical. Topics like technical writing, hypothesis testing, reasoning, and structuring a scientific report are also included in the syllabus. Several books and references will also be made available to you once the course begins.

Introduction to Professional Scientific Communication online program is delivered by Swayam and designed by IIT Kanpur. It’s a postgraduate-level program meant for science and engineering students. You can also get your hands on the much-coveted Swayam certificate, which will help you pursue a career of your choice or conduct the research efficiently.

Biomedical nanotechnology certification is a course that is the brainchild of NPTEL and IIT Roorkee. This certificate course is taught for around 4 weeks, and its level is undergraduate or postgraduate with one credit point being offered. Biomedical nanotechnology is a fast-developing field that includes a huge collection of disciplines. Also, the application of nanotechnology is gaining a massive response in nearly all fields mainly in the healthcare sector. 

Biomedical nanotechnology training has been fruitful in the diagnosis, and therapy of cancer, tissue engineering, medical implants, and much more areas. This course is teaching that in the years to come, more developments in this sector are termed to flourish and help in the development of the latest life-saving treatment using medical technologies. So, with this course, every participant gains applicational knowledge of nanotechnology.

The Introduction to Biomedical Engineering Training Course is a 100% online course available on the Coursera platform that focuses on the core aspects of modern biomedical engineering such as the development of human-robotic interfaces and bionic prosthetics. This beginner-level course can be opted by engineering students of all backgrounds.

The Introduction to Biomedical Engineering Live Course will cover all topics beneficial for a modern biomedical engineer. The topics include electronics, control theory, microcontrollers (Arduino), and high-level programming (MATLAB). The course has flexible deadlines that can be scheduled according to the learner's preference.

At the end of the Introduction to Biomedical Engineering Certification Course, learners will receive a shareable certificate of completion. The biomedical sciences course is delivered through online video lectures, readings, and innovative practice exercises. The online course is developed by Peter the Great St. Petersburg Polytechnic University in partnership with the University College London.