Online Biomedical Engineering Courses & Certifications

MS in Biomedical Engineering with a dual specialization in Digital Health Analytics offered by INSOFE in collaboration with Case Western Reserve University seeks to bridge the gap between the disciplines of Engineering, Data Science and Medicine. Case Western Reserve University's Biomedical Engineering Department is one of the best graduate bioengineering schools in the United States, providing good possibilities for students to conduct cutting-edge research and increase their employability factor upon graduation.

INSOFE and Case Western Reserve University will share the 30 credit master's degree requirements. The MS in Biomedical Engineering with a dual specialization in Digital Health Analytics syllabus covers various topics such as machine learning algorithms, data science fundamentals, data visualization techniques and data mining with INSOFE (India). Candidates will proceed to Case School of Engineering in the United States to complete the remaining degree requirements. 

The MS in Biomedical Engineering with a dual specialization in Digital Health Analytics training covers various topics including Algorithms, Data Mining, Data Visualization, Big Data, Biomedical engineering, etc.

The course gives in-depth knowledge regarding biomedical imaging technologies and the information they give to medical professionals. The candidates will understand how these technologies are complementing each other. This course is taught by faculty at the University of Queensland and offered by edx.

These days imaging technologies are forming an important component of all developed economies' health budgets, the need for these advanced imaging technologies such as CT scans, MRIs, and X-rays during people’s lives is increasing. The course Introduction to Biomedical Imaging provides a basic understanding of modern imaging modalities and biomedical imaging. The course is self-paced for both the Audit and Verified Track chosen by the candidates. The basic difference between these 2 modes is that during the Audit mode, the candidates will get limited period access whereas in the Verified mode, the access is unlimited.

 It also talks about the basic scientific principles under each modality; and their key applications from cancers to neurological diseases. This course covers both general topics which are designed specifically for the general public and also covers advanced topics that would help the development of professionals in engineering, IT, and health industries.   

Through this course, the candidates will also learn the clinical applications and technology, and hardware used in computerised tomography, X-rays, PET and SPECT, ultrasound, and magnetic resonance imaging. The candidates will have to take up quizzes which will help them learn the key points. 

The Nano @ Stanford training provides rich materials for you to become productive users of the nano@stanford nano-characterisation and nanofabrication facilities and tools. These facilities include Stanford Nano Shared Facilities (SNSF), Environment Measurement Facility (EMF), Stanford Nanofabrication Facility (SNF) and Material Analysis Facility (MAF). 

The Nano @ Stanford online course teaches foundational principles, topics, concepts and in-depth operating processes for various equipment in the nanofabrication facilities. It also provides the essential processes and tools in SNSF and SNF, further offering training across multiple levels with diverse learning and instruction techniques. Since this training entails a short ten-week span and is self-directed, learners can comfortably partake in it.

Stanford University’s Stanford Online initiative has developed the Nano @ Stanford certification syllabus. The course curriculum will provide value to lab members and learners who seek comprehensive knowledge about characterisation and fabrication. Anyone, whether researchers or students, interested in nanofabrication can enrol and view the study materials to quench their thirst for knowledge. This self-paced programme can be taken by the learners either paying the fee or free. In the free mode, the candidates can get access only for a limited period. 

Biomechanics is a branch of science that studies the physics of living systems. This Biomechanics of Joints and Orthopaedic Implants online course aids in understanding the link between human joint anatomy and function, predicting changes as a result of modifications, and proposing artificial intervention approaches. 

This Biomechanics of Joints and Orthopaedic Implants training is intended for B.Tech, M.Tech, and PhD students who would benefit from studying basic biomechanics principles, joint kinematics and kinetics, implant design and analysis, tissue mechanics and state-of-the-art modelling and simulation tools for biomechanical systems.

The Biomechanics of Joints and Orthopaedic Implants syllabus include biomechanics of the human joint and introduction to muscle, tendon, ligament, cartilage, shoulder, hip, elbow, knee, etc. The course also includes healing of bone fractures, joint replacement, joint kinematics principles, etc. Candidates can enrol in the course and study for free. However, if the candidate wants a certificate, they will have to first register and then take the proctored test at one of the approved exam centres. The test is optional and costs Rs. 1,000.

The Fundamentals of Biomedical Imaging training is a short-term programme of seven weeks, where you can study at your own pace. Moreover, it lies in the engineering domain, and the principles significantly contribute to biology and medicine. Also, this course is being offered by EPFL in collaboration with edX.

Additionally, the lessons’ video transcripts are also available to maximize the learning benefits. While you can undertake the programme at no cost, you will have to pay the required amount if you wish to get certified for it. Furthermore, this is an advanced-level programme that enhances your existing knowledge about biomedical imaging.

Fundamentals of Biomedical Imaging certification syllabus covers topics ranging from imaging techniques used to produce a biomedical image, imaging concepts, SNR, CNR, principles of ultrasound, X-ray, Positron Emission Tomography (PET), Computed Tomography (CT), Emission Tomography, SPECT, factors that limit the imaging quality to the description and the analysis of typical applications. Besides, this edX course has a self-directed training model but offers only limited access during the audit track and unlimited access to the course materials when the verified track is selected.

The Certification course on Fundamentals of Biomedical Imaging: Magnetic Resonance Imaging (MRI) Online Course is taught by Rolf Gruetter, Professor, EPFL. This physics course introduces the Vivo bio-imaging modalities and the candidate learns about the physical principles of major in the same, focusing on the magnetic resonance imaging, popularly called an MRI.

In the initial part of Fundamentals of Biomedical Imaging, professors diligently describe the dynamic of spins as well explained through a magnetic field. This explanation leads to significant notions of magnetic resonance (MR), relaxation, and excitation. Further in this stage, the basic mechanisms of functional MRI, image reconstruction and MR spectroscopy will be discussed.

The next stage of Fundamentals of Biomedical Imaging: Training establishes an important link to life sciences. This is shown by theoretical and practical examples which exemplify how physics contributes towards life sciences and by learning how the prevailing physical principles surpass bio-imaging. Further, the student will learn the practicality of respective imaging modalities, their premise, use, limitations, and biological safety. EdX offers two varied tracks to pursue the self-paced programme; verified and free audit. In the verified mode, the students will be provided with unlimited access to the course and a certificate. In the free mode, the candidates will be allowed to audit the course for a limited duration. 

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.

This Genomics and Proteomics Analysis of DNA and RNA Virus-Induced Disease Progression course aims to provide participants with hands-on experience and in-depth knowledge of cutting edge techniques used in the analysis of viral diseases. This Genomics and Proteomics Analysis of DNA and RNA Virus-Induced Disease Progression course is being funded by the Science and Engineering Research Board (SERB) under the KARYASHALA: Accelerate Vigyan Scheme. This Genomics and Proteomics Analysis of DNA and RNA Virus-Induced Disease Progression course is designed to enhance the research capabilities of postgraduate and researchers in the field of biosciences.

The duration of this Genomics and Proteomics Analysis of DNA and RNA Virus-Induced Disease Progression course is 7 days.The participants will engage in active learning sessions that include lectures, tutorials and practical demonstrations. The Genomics and Proteomics Analysis of DNA and RNA Virus-Induced Disease Progression course is tailored for students and researchers from various academic disciplines, who are keen to delve into the intricacies of viral genomics and proteomics.

“Research Opportunities in Biomedical Engineering: Theory to Device (ROBiE)” certification is a 5-day short-term online course on research opportunities in biomedical engineering that is offered by the Indian Institute of Information Technology Design and Manufacturing, Kancheepuram. Biomedical engineering is a multi-faceted field that makes a collaboration of principles from physical sciences, engineering, informatics, and mathematics for the study of biology, and medicine with the ultimate goal of improving human health and quality of life. The ROBiE course has a very important role in the improvement of the problems faced by society.

The “Research Opportunities in Biomedical Engineering: Theory to Device (ROBiE)” Certification Syllabus helps in the research for the Indian products in global markets to have a proper advantage. The “Research Opportunities in Biomedical Engineering: Theory to Device (ROBiE)” training is designed to attract experts and interested people from the medical colleges, industry and researchers to facilitate the exchange together in a place where the idea and knowledge can flow about the emerging theory, techniques for the design of biomedical systems. 

The Best Practices for Biomedical Research Data Management (HE) online course is designed to provide valuable insights on the different methods and innovations involved in data management and data processing. This data management course is provided to the researchers and students on the Canvas Network online education delivery platform. The online course is developed by the Countway Library at the Harvard medical school.

The course educators for this independent learning program are Dr. Elaine Martin, the director, and chief executive officer of the Countway Library at the Harvard medical school and Julie Goldman is the librarian at the Harvard library.

The Best Practices for Biomedical Research Data Management (HE) training program provides a theoretical and practical learning experience that aids in solving the real-world challenges of biomedical research data. The students of this certification course are given a course completion certificate after finishing the program.