Biotechnology MSc

The academic aim of this programme will be to provide you with a deep and advanced understanding of biotechnology and the application in industry.<br/>You will take core modules on theory, practicals, workshops, research methods & ethics in Biotechnology and visit industrial sites to get a comprehensive view on current technologies used in an academic and industrial setting. The course consists of seven modules, including a 6-month research project in which you will undertake a placement in a biotechnology oriented lab on a relevant topic. <br/><br/>The programme will foster and enhance your critical thinking and problem-solving skills, with modules that encourage you to analyse complex problems, and design and evaluate effective solutions. In recognition of the significance of effective communication and collaboration in biological sciences, the programme will also include opportunities for students to work collaboratively and present their work. <br/><br/>**Course Structure**<br/><br/>**Core modules:**<br/><br/>The **Research Project** takes up 6 months in this master course and gives you ample of experience to learn more about the latest biotechnological skills and teaches you how to design experiments and plan your project. In this module there is hands-on laboratory experience with an academic and you will be in charge of your own project.<br/><br/>**Frontiers in Cell Biology** and applications provides a broad understanding of cell biology and the latest biotechnological advances in drug discovery, biological applications and industrial challenges. You will gain insight into the technical, legal and ethical limitations associated with improvement of biotechnological processes.<br/><br/>**Biotechnology and Industry in the Biosciences** creates a specific awareness of the benefits biotechnology for society in general and provides a framework for developing industrial applications from theoretical knowledge. There will also be opportunities to develop links with the sector through industrial visits.<br/><br/>**Bioinformatics and Data Science** develops a broad understanding of bioinformatics and the ability to use public bioinformatics databases in the setting of cell biology. The module provides you with skills and knowledge in the R environment for data analysis and visualisation and the analysis of genomic and transcriptomic data using open-source software, DNA and protein sequence data and next generation sequencing data.<br/><br/>**Technology in the Biosciences** offers an overview of recent technological developments and their application to the biosciences as well as an understanding of the theoretical aspects and practical skills underpinning technological advances in the biosciences. You will be given an overall appreciation of the strategies and technologies employed in the biosciences.<br/><br/>**Literature Review** explores cutting-edge biotechnology approaches and their real-world applications across diverse research fields. Through critical analysis of current scientific literature, students will evaluate the capabilities and constraints of emerging biotechnological methods. The module enhances professional research competencies, with particular emphasis on developing sophisticated academic writing skills, strengthening analytical reasoning, and cultivating independent scientific thinking.<br/><br/>**An innovation module** teaches the major theories and models of innovation and product development and their evaluation and provides training in how innovation is managed in company settings and how it is communicated across social systems.