Pharmaceutical Science BSc (Hons) course

Program Overview

---

Course overview

Foundation year

Work placement

You develop an understanding of the physicochemical and biological principles that underpin the design, function, synthesis, analysis and delivery of pharmaceutical substances. You also develop the technical, practical and professional skills that employers value, and have access to state-of-the-art laboratories and equipment for laboratory training.

You study at Teesside University’s main Middlesbrough campus, and have the opportunity to gain valuable experience at the new National Horizons Centre at the University’s Darlington campus which is home to a range of state-of-the-art facilities. This £22m purpose-built biosciences research, education and training facility is a focal point for the growing regional biosciences community.

Study this course and you may be eligible for the Professor Leni Oglesby Transformation Scholarship.

Download pdf

Order prospectus

Program Outline

---

Pharmaceutical Science BSc (Hons) Course Information:

---

Degree Overview:

This program provides a multidisciplinary approach to studying medicines, focusing on developing a strong foundation in chemistry, biochemistry, and biological science. The program prepares you for a career in the pharmaceutical industry by equipping you with:

• In-depth knowledge: Understand the physicochemical and biological principles underlying the design, function, synthesis, analysis, and delivery of pharmaceutical substances.
• Technical skills: Develop essential laboratory skills and practical experience in the analysis, synthesis, and preparation of pharmaceutical products.
• Professional proficiency: Gain the technical, practical, and professional skills valued by employers in the pharmaceutical industry.

---

Outline:

This program is a 3-year course for full-time students (4 years with a work placement option) and a 6-year course for part-time students. The program follows a structured curriculum:

• Year 1: Introduces foundational concepts in chemistry, biochemistry, cell biology, and chemical and biological reactivity.
• Year 2: Expands knowledge in areas such as bioreactors, fermentation, human metabolism, clinical biochemistry, molecular biology, bioinformatics, organic chemistry, and structural and molecular biochemistry.
• Year 3: Deepens understanding with advanced topics in organic chemistry, biologics, health product development, bio therapeutics, medicinal chemistry, and drug discovery.
It culminates in a research project.

---

Assessment:

This program utilizes a comprehensive assessment strategy to evaluate your knowledge, skills, and independent thought acquired throughout the program. Assessment methods include:

• Formal exams: Assess theoretical understanding through written examinations.
• Laboratory work and reports: Evaluate practical skills and ability to analyze and report experimental findings.
• Computer-based assessments: Assess problem-solving skills and application of knowledge in computer simulations.
• Oral presentations and technical interviews: Evaluate communication skills and ability to present technical information.
• Essays, literature surveys, and evaluations: Assess research, analysis, and critical thinking skills.
• Collaborative project work: Gauge teamwork, research, and project management abilities.
• Reflective statements or diaries: Evaluate self-reflection and critical analysis of learning experiences.

---

Teaching:

The program employs diverse teaching methods to cater to different learning styles:

• Lectures: Provide foundational knowledge and introduce key concepts.
• Tutorials: Offer opportunities for personalized interaction and clarification of complex topics.
• Seminars and workshops: Encourage active participation and discussion through engaging activities.
• Laboratory work: Develop practical skills and hands-on experience in a supervised laboratory setting.
• Computer laboratory sessions: Utilize software simulations and tools to enhance learning and understanding.
• Group projects: Foster teamwork, collaboration, and research skills through collaborative projects.

---

Careers:

This program equips graduates with the knowledge and skills to pursue various career paths within the pharmaceutical industry and related fields, including:

• Research and development
• Product development
• Quality assurance
• Analytical science
• Marketing and sales
• Teaching
• Forensic science
• Environmental protection
• Health and safety assurance

---

Other:

• The program utilizes a virtual learning environment (VLE) for additional resources and support.
• The program welcomes applicants with diverse backgrounds and offers a flexible admissions policy.
• The program provides opportunities for direct entry to later years for qualified applicants with prior academic experience.
• The program offers international students support with visa requirements and English language learning resources.
• The program encourages participation in applicant days and summer university modules for preparation and additional support.

---

Note:

This information is based on the provided context and may not be exhaustive. For the most up-to-date and detailed information, please refer to the official program website or contact the university directly.

---

Tuition Fees and Payment Information:

---

Full-time:

• UK Applicants: £9,250 per year
• International Applicants: £17,000 per year

---

Part-time:

• UK Applicants: £4,500 per 120 credits

---

Payment:

• More details about fees can be found on the university website.

---

Additional Information:

• The cost of your tuition fee includes the length of the course (3 years or 4 with a work placement) and the start date (September).
• You can apply online through UCAS.

---

Please note:

• Fees are subject to change.
• Additional costs may apply, such as books and materials.

---

Not Available:

• Information on specific fees for EU students, national fees, and payment methods other than online payment through UCAS was not found in the provided context.