Biology

Course Description

Biological life is every part of us. You will explore the world at a molecular level, through cells, organism, genetics, and their relationships with the environment.

Studying in the Biology department will give you access to state-of-the-art scientific laboratories, specialist equipment and an experienced technical team, to help you to achieve and explore the scientific world.

You will also have the opportunity to take part in field trips as part of the practical endorsement qualification. Previous students have travelled to Scarborough and Southport to test various sites and improve their teamwork, research and analytical skills.

You will develop your scientific knowledge to a high standard, covering a range of modules which cover the following content

Cell Biology:

Investigate the structure and function of cells, exploring cellular components and processes fundamental to all living organisms.

Biochemistry:

Delve into the molecular foundations of life, examining the structure and function of biomolecules such as DNA, RNA, proteins, and enzymes.

Genetics:

Explore the principles of inheritance, genetic variation, and the mechanisms governing the expression of genes. Consider the implications of genetic engineering.

Ecology:

Understand the relationships between organisms and their environment, examining ecosystems, populations, and the impact of human activities on the natural world.

Evolution:

Investigate the processes and evidence of evolution, studying natural selection, adaptation, and the diversity of life on Earth.

Physiology:

Examine the structure and function of organ systems in both humans and animals, gaining insights into how organisms maintain homeostasis.

Cellular Control:

Explore the regulation of gene expression and cellular activities, considering the mechanisms that control the development and functioning of cells.

 

How it’s taught

A-level Biology is taught through a multifaceted approach that combines classroom instruction, practical laboratory work, and independent study. Instructors deliver lectures to impart theoretical knowledge, covering topics from cell biology to ecology. Practical sessions in well-equipped laboratories allow students to apply concepts through hands-on experiments, fostering essential scientific skills. Group discussions in lessons encourage critical thinking and collaboration, while independent research develops self-directed learning. Multimedia resources and technology, such as simulations and online tools, enhance understanding.

Field trips may provide real-world context, and assessment methods include continuous evaluations and formal examinations. Revision sessions help students prepare for exams, ensuring a comprehensive grasp of the subject. This holistic approach not only equips students with a solid theoretical foundation but also hones practical skills, critical thinking, and scientific inquiry, preparing them for further academic pursuits or careers in the biological sciences.

 

 

Scientific Inquiry:

Develop the ability to ask questions, design experiments, and conduct scientific investigations to explore and answer biological phenomena.

Analytical Skills:

Enhance skills in analysing and interpreting data, graphs, and scientific literature to draw conclusions and make informed judgments.

Critical Thinking:

Foster critical thinking skills to evaluate evidence, assess the validity of scientific arguments, and make reasoned decisions.

Problem-Solving:

Hone problem-solving skills by applying biological concepts to real-world situations, proposing solutions, and considering the potential implications.

Laboratory Skills:

Acquire practical laboratory skills, including experimental design, data collection, and the use of scientific equipment.

Communication Skills:

Develop effective communication skills, both written and oral, to convey scientific ideas, hypotheses, and research findings in a clear and concise manner.

Teamwork and Collaboration:

Collaborate with peers on group projects, discussions, and practical activities, fostering teamwork and interpersonal skills.

Numeracy:

Strengthen numeracy skills through the analysis and interpretation of numerical data, calculations, and statistical techniques.

Research Skills:

Learn to conduct independent research, critically evaluate scientific literature, and use information from various sources to support scientific arguments.

Time Management:

Develop effective time management skills to handle the demands of coursework, practical work, and exam preparation.

Ethical Awareness:

Explore ethical considerations in biological research and applications, encouraging an understanding of the responsible use of scientific knowledge.

Adaptability:

Develop adaptability by tackling diverse biological topics, from molecular biology to ecology, and being prepared to apply knowledge to different contexts.

 

AQA A-level Biology opens the door to a wide range of career paths and university courses, given the diverse and foundational nature of the subject. Here are some potential career options and university courses that A-level Biology can lead to:

 

1. Medicine and Healthcare:

Careers: Doctor, Nurse, Pharmacist, Dentist, Physician Assistant.

University Courses: Medicine, Nursing, Pharmacy, Dentistry, Biomedical Science.

 

2. Biological Research:

Careers: Research Scientist, Biotechnologist, Microbiologist, Geneticist.

University Courses: Biological Sciences, Biochemistry, Genetics, Microbiology.

 

3. Environmental Science:

Careers: Environmental Scientist, Ecologist, Conservationist.

University Courses: Environmental Science, Ecology, Conservation Biology.

 

4. Teaching:

Careers: Secondary School Teacher, College Lecturer.

University Courses: Education with a focus on Biology.

 

5. Pharmacology and Drug Development:

Careers: Pharmacologist, Pharmaceutical Researcher.

University Courses: Pharmacology, Pharmaceutical Science.

 

6. Biotechnology and Genetic Engineering:

Careers: Biotechnologist, Genetic Engineer.

University Courses: Biotechnology, Genetic Engineering.

 

7. Veterinary Science:

Careers: Veterinarian.

University Courses: Veterinary Science.

 

8. Forensic Science:

Careers: Forensic Scientist.

University Courses: Forensic Science.

 

9. Marine Biology:

Careers: Marine Biologist.

University Courses: Marine Biology, Oceanography.

 

10. Data Science and Bioinformatics:

- Careers: Bioinformatician, Data Scientist.

- University Courses: Bioinformatics, Computational Biology.

 

11. Public Health:

- Careers: Public Health Analyst, Epidemiologist.

- University Courses: Public Health, Epidemiology.

 

12. Agriculture and Food Science:

- Careers: Agricultural Scientist, Food Technologist.

- University Courses: Agriculture, Food Science.

 

These are just a few examples, and the versatility of A-level Biology means that it can be a foundation for a broad range of careers and further study options. It's essential for individuals to consider their interests and aspirations when choosing a specific path within the field of biology. Additionally, many careers may require further education beyond A-levels, such as undergraduate and postgraduate degrees.

Exam

Biology in action talk

Manchester University Career talk -Jose

Bolton University Paramedic talk

Bolton University Physio talk

Manchester science week

Salford University DNA workshop

Paramedic talk- Karl

Ainsdale Beach trip

Foodology