MSc Biotechnology

Program Overview

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The MSc Biotechnology program at the University of Salford equips graduates with the scientific skills and knowledge to address global challenges. Through a combination of theoretical and practical learning, students develop a strong understanding of biotechnology principles and gain hands-on experience in laboratory techniques. The program prepares graduates for diverse career opportunities in research, industry, and other scientific fields.

Program Outline

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Degree Overview

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Key Objectives:

• Develop a strong understanding of fundamental biological principles and their applications.
• Gain practical laboratory skills and experience in molecular biology, genomics, medical biotechnology, and other related areas.
• Prepare graduates for careers in diverse scientific fields within both research and commercial sectors.

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Program Description:

The MSc Biotechnology focuses on applying scientific knowledge to address real-world problems. Delivered using the University's advanced Bodmer Laboratories, the course emphasizes:

• Developing critical thinking skills and the ability to interpret scientific data.

• Gaining hands-on experience with laboratory techniques and instrumentation.

• Exploring current industry trends and acquiring skills sought after in the scientific community.

The program offers flexible full-time and part-time study options with start dates in January and September. Both formats include:

• Four taught modules in each of the first two trimesters.

• A research dissertation in the final trimester (60 credits).

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Outline

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Trimester One:

• Postgraduate Research Skills: Develop key research skills and knowledge for postgraduate and professional level studies.
• Molecular Biology and Proteomics: Gain a comprehensive understanding of molecular biology and proteomics and their application in biotechnology.
• Genomics: Build a systematic understanding of whole-genome sequencing technologies, data analysis, and their application in medical and agricultural fields.

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Trimester Two:

• Research Design and Delivery: Develop skills in designing, executing, and analyzing research projects, focusing on acquiring practical laboratory skills.
• Green Biotechnology: Understand the contributions of biotechnology to the agricultural industry and develop practical skills in applying relevant laboratory techniques.
• Medical Biotechnology: Learn how biotechnology advances contribute to personalized medicine, stem cell therapy, regenerative medicine, and genome editing technologies.
• Professional Practice: Apply research skills to real-world projects in various professional settings and develop effective project management and communication skills.

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Trimester Three:

• Research project: Conduct a laboratory-based research project for a minimum of four months.
Choose from available set projects or propose your own under the guidance of a supervisor.

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Possible research areas include:

• Genomics (microbial and plant)
• Genome editing (CRISPR/Cas)
• Plant biotechnology (genetic modification, biofuels, enzyme discovery)
• Parasitology and diseases (microbiology, bacteriology, antimicrobial resistance)
• Pharmaceutical development (anticancer agents, free radical chemistry)

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Assessment

• Problem-based learning activities.

• Group work projects and presentations.

• Laboratory reports and data analysis.

• Scientific communication assignments and presentations.

• Peer review of projects and research findings.

• Reflective essays on learning experiences.

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Teaching

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Teaching methods include:

• Interactive lectures: Introducing core topics and sparking discussions with tutors and fellow students.
• Seminars and tutorials: Offering deeper exploration of topics and facilitating group-based learning.
• Laboratory practicals: Providing hands-on experience with cutting-edge equipment and techniques in the Bodmer Laboratories.
• Personal tutor meetings: Regular consultations for individual guidance, feedback, and progress monitoring.

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Faculty:

The program is delivered by experienced and passionate academics with extensive research expertise and professional connections.

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Unique approaches:

• Co-creation of knowledge: Encourages students to see themselves as active knowledge producers and collaborators.
• Real-world focus: Emphasizes applying theoretical knowledge to solve practical problems and address current global challenges.
• Industry collaboration: Integrates industry insights and perspectives into the curriculum through guest lectures and site visits.

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Careers

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Potential career paths include:

• Research scientist in academic or industrial settings
• Laboratory technician in clinical or research laboratories
• Pharmaceutical microbiologist or research scientist
• Clinical project manager
• Science communicator
• Science policy advisor

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Other

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The University offers various support services to MSc Biotechnology students, including:

• Careers advice and guidance.

• Academic skills workshops.

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• Full-time home
2024/25 £9,990.00per year
• Full-time international
2024/25 £17,550.00per year
• Part-time
2024/25 £1,665 per 30 credits
• Full-time home
2025/26 £10,350.00per year
• Full-time international
2025/26 £19,100.00 per year