BSc (Hons) Biochemistry

Program Overview

The BSc (Hons) Biochemistry program at the University of Sunderland combines chemistry and life sciences, focusing on the complex chemistry and development of living organisms. Students gain theoretical and practical knowledge in biochemistry, cell biology, clinical chemistry, and molecular biology, preparing them for careers in healthcare, research, and industry. The program emphasizes hands-on learning through state-of-the-art technology and equipment, and offers an optional placement for real-world experience. Graduates are equipped with essential skills in scientific understanding, practical laboratory techniques, problem-solving, and communication.

Program Outline

BSc (Hons) Biochemistry at the University of Sunderland

Degree Overview:

• The BSc (Hons) Biochemistry program at the University of Sunderland combines the study of chemistry and life sciences, focusing on the complex chemistry and development of living organisms.
• It delves into the origin of life, disease study, and the biological chemistry, cell biology, clinical chemistry, and molecular biology of whole organisms.
• Students will gain theoretical and practical knowledge in these areas, equipping them for a variety of careers in healthcare, research, and industry.
• This unique program emphasizes hands-on learning through state-of-the-art technology and equipment in the John Dawson Sciences Complex.
• It offers an optional placement in the second year to gain real-world experience and enhance employability.

Outline:

• The program utilizes a variety of teaching methods including:
• Laboratory practical work
• Tutorials
• Lectures
• Seminars
• Group work
• E-learning
• It encourages independent study skills development.
• The curriculum is split into four years of study:
• Year 1 (National Level 4):
• Introduction to Biological and Pharmaceutical Chemistry
• Introduction to Cell Biology and Biochemistry
• Introduction to Analytical Science
• Introduction to Pharmaceutics, Pharmacology, and Pharmaceutical Regulation
• Practical and Research Skills in Biopharmaceutical Science
• Year 2 (National Level 5):
• Organic Chemistry
• Genetics and Biotechnology
• Further Analytical Chemistry
• Further Research and Practical Skills in Biopharmaceutical Science
• Cellular and Clinical Biochemistry
• For Biochemistry (sandwich) course:
• Industrial Placement (1 year)
• Final Year (National Level 6):
• Research Project
• Advanced Chemistry
• Advanced Biotechnology and Biochemistry
• Cancer Targets and Therapeutics
• Advanced Biochemistry
• Each module provides in-depth knowledge and practical skills in specific areas of biochemistry.

Assessment:

• Assessments are designed to test student knowledge, understanding, and practical skills in various ways:
• Written examinations
• Practical laboratory reports
• Presentations
• Essays
• Portfolios
• Group work assessments
• Specific assessment methods vary depending on the module and focus on critical thinking, problem-solving, and independent study.

Teaching:

• Teaching methods:
• Lectures provide the foundational knowledge base.
• Tutorials encourage interactive learning and deeper understanding of complex topics.
• Practical laboratory sessions solidify theoretical knowledge with hands-on experience using advanced technology and equipment.
• Seminars promote critical thinking and engagement through focused discussions and analysis.
• Group work fosters collaboration, communication, and teamwork skills.
• E-learning tools offer flexibility and access to additional learning resources.
• Faculty:
• The teaching staff includes research-active academics with extensive expertise in molecular sciences and close links to industry and research institutions.
• Industry professionals also contribute through lectures, visits, and mentoring, enriching the program with real-world insights.

Careers:

• Graduates of the BSc (Hons) Biochemistry program are equipped for diverse career paths in various industries:
• Healthcare: Biochemists contribute to clinical diagnosis, disease profiling, drug development, and personalized medicine.
• Pharmaceutical industry: Roles include drug discovery, development, research, production, and regulatory affairs.
• Food and agriculture: Biochemists work on improving food production, safety, and nutrition, researching new ingredients, and developing novel biofertilizers.
• Environmental science: Expertise in biochemistry allows contributions to bioremediation, water quality analysis, and sustainability projects.
• Forensic science: Biochemists apply their knowledge to solve criminal investigations, analyzing biological samples for evidence.
• Academia and research: Graduates pursue further studies or engage in research careers, developing new knowledge and innovations in biochemistry and related fields.
• The program prepares graduates with essential skills:
• Scientific understanding of biological and chemical processes.
• Practical laboratory skills and expertise in using advanced analytical equipment.
• Problem-solving and critical thinking abilities.
• Data analysis and interpretation skills.
• Communication skills for clear presentation and writing of scientific findings.
• Teamwork and collaboration skills.

Other:

• Industry-focused curriculum is enriched by industry expert input through external lectures, visits, and mentoring.
• This course shares a common first year with other programs, allowing for flexibility in changing course tracks if desired.

Please check the official program website for additional information and updates.

The annual fee for this course is: £9,250 if you are from the UK/Europe £16,000 if you are an international student (EU nationals will receive a £5,750 scholarship to reduce their fee to £10,250)

• The discounted fee will be reflected in your offer letter.
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