Course and Certification Program

Course and Certification Program


Few discoveries can completely transform an existing discipline, and clustered regularly interspaced short palindromic repeats (CRISPR) technology is one such breakthrough discoveries. It is not just a gene-editing tool, but a concept that allows scientists to manipulate cells like never before. With potential impact not just in the healthcare sector, the applications and the demand of the technology are set to expand exponentially.

CRISPR technology is undoubtedly one of the breakthrough discoveries in this era in genetic engineering. Originally discovered as an intrinsic component of prokaryotic defence against viruses, the CRISPR/Cas system has the prospect of becoming the leading technology in medical research, industrial biology, agriculture, and biofuel in the future. Based on the effector genes, the CRISPR/Cas system can be functionally classified into classes 1 and 2. Class 2 contains a single effector nuclease and finds the most extensive applications, and includes type II (such as CRISPR/Cas9 system), V, and VI CRISPR/Cas systems. Whereas, the class 1 CRISPR system consists of multiple subunits of effector nuclease complexes, and includes the type I, III, and IV CRISPR/Cas systems.

Owing to its precise gene-editing capability, CRISPR has accelerated research related to drug design to treat diseases such as HIV and cancer that have since long remained a challenge for conventional therapeutics. In agriculture, it has helped to improve crop yield, resistivity to diseases, pests, heat and droughts, and improving nutritional content. The technology also finds application in cattle breeding programs. It allows targeted mutations such as insertion, deletion, or regulation of gene expression to obtain desirable phenotypes, improved productivity and resistance to certain diseases. If researched extensively, CRISPR/Cas system has an unprecedented scope of DNA rewriting, and together with synthetic biology it can build complex and programmable gene circuits, and expand its current applications in therapeutics, diagnostics, and biotechnology.

The course will be launch to provide a comprehensive insight into the fundamental aspects of CRISPR technology and will aim to inform you about the emerging, cutting-edge research technologies and advanced tools used in biomedical research.

Unlocking the Potential of Genome Engineering

£100 + VAT

Certificate of Completion

Online Learning

Career Targeted


May 25, 2021 | Registration closes on May 22, 2021.



Dr. Matthias Schröder

Course Co-director

PhD in Immunology at the Division of Immunopharmacology of the University Clinic of Frankfurt am Main. Involved in basic and applied research for immunological interventions to treat cancer for 13 years. Currently involved in the development of fusion proteins to activate receptors of the TNF-superfamily (CD40, CD27 etc.) at a small German Biotech company as Head of Assay Development.

Dr. Christos Evangelou

Course Co-director

PhD in Cancer Biology, Division of Molecular and Clinical Cancer Sciences, University of Manchester, UK. Areas of expertise include cancer immunology, melanoma research, cancer immunotherapy, and mechanisms of immunotherapy resistance. During my PhD research, I studied the role of chronic inflammation and the cytokine IFN-gamma in adaptation and immunotherapy resistance in melanoma. By integrating high-throughput transcriptomic analyses and employing various cancer cell lines and animal models, I have developed methods to predict response to immunotherapy in melanoma patients.

Dr. Veronica Hughes

Course Co-director

Veronica Hughes received her PhD in medical science from the University of Florida, focusing primarily on cancer metastasis and therapeutic interventions.

Dr. Amrita Sarkar

Senior Writer/Editor

PhD in Chemistry with postdoctoral experience at The University of Manchester, UK. Author of 14 scientific publications in peer reviewed international journals.

Dr. Justine Braguy*

Medical & Scientific Illustrator/Animator

PhD in Biotechnology and Plant Science with BSc in Chemistry, Physics and Mathematics and a Master’s in Biotechnology specialized in Synthetic Biology.
*Currently finalising her PhD


The rapid advancements and extensive research have expanded the horizon for applications of CRISPR technology. In addition, it has created a future-focused industry with increasing global market demands. Therefore, a well-trained and certified professional with knowledge to design research using CRISPR as one of the biomedical tools and interpret experimental findings has unprecedented scope for etching a successful career in this domain. Simultaneously, the advanced course would provide a competitive-edge to help professionals to stay ahead of their peers. With the successful completion of the advanced certified course, be prepared to embrace the vast opportunities that lie ahead.


This self-learning course aims to give learners a comprehensive knowledge of CRISPR technology and the latest advancements. The program is designed to provide in-depth information about the technology and on-going research activities in plants, animals and therapeutics, along with its evolution, ethical concerns, prospects, and challenges. Designed as an online course, it allows you to study from any remote location at your own convenient time without having to alter your set schedule. This is an advanced course with integrated advanced multimedia to make your experience more realistic and easy to understand and remember. In the end, the course offers a simplified self-assessment using a self-evaluation test to achieve a completion certificate for the course.

This advanced course is designed to be suitable for a wide range of professionals with appropriate backgrounds. Bioscience undergraduate or graduates and postgraduate scholars, researchers, academicians such as lecturers and professors, investor or venture capitalist, policymakers, and other industry professionals who are interested to understand the complexities in genome engineering, will find the course to be helpful. Those who have attended the first edition of ‘Genome Editing Using CRISPR’ course can also benefit from the additional and advanced-level information presented in this course. A background in bioscience is needed for understanding and undertaking self-learning in this field.

An Online Self Learning Certification Course is an online course that allows you to learn from anywhere at any time. You can learn this self-learning course at your own pace by logging in whenever you wish to!

All our programs are CPD accredited. For more information visit:

Enrolling for this course is a very simplified process involving online enrolment. Once registered, you will receive a confirmation email immediately, containing all the details. We will then reach out again to you on the day of commencement of the course with details regarding access to course material.

This course is designed to be completed within six months. Failing to successfully complete the self-evaluation test would then require you to revise the course again within the course of the next six months to complete your certification. Your credential would expire if the course isn’t completed within this time frame.

This course relies on a system of self-evaluation for assessment of personal learning. Your certification course is complete with the successful passing of this self-evaluation test.   

 The CRISPR Genome Editing Program is envisioned and designed by a team of highly trained professionals with diverse interdisciplinary backgrounds. Combining our experience and hours of research, we have crafted the course with the aim to provide you an educational experience that would contribute towards your career success.

You don't know what CRISPR gene editing is?

Watch our short video explainer!

Students registering for our program will receive our complimentary eBook with title: The Revolution of The CRISPR-Cas9 System.

CRISPR Biotech Engineering
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