Academy Entry Requirements: 5 GCSEs at Grade 4 or above, including English (Language or Literature) and Mathematics. Level 2 BTEC subjects count at a grade Merit or above.

Subject-Specific Requirements:

  • If studying separate Sciences at GCSE; Grade 7 in GCSE Biology AND Grade 6 in GCSE Chemistry OR Physics
  • If studying combined Sciences at GCSE; Grade 77 in GCSE Combined Science
  • Grade 5 in GCSE Mathematics

Questions about this course?

Please contact;

Amy Melbourne (amy.melbourne@longfield.latrust.org.uk)

What is this course about?

The Biology course is built around a combination of traditional and modern topics. All three papers assess theoretical knowledge and understanding of specification topics; Paper 3 also focuses on investigative skills. Topics covered include microbiology; there’s also a focus on physiology, such as osmoregulation and the kidney. A range of specific core practicals give students opportunities to develop their investigative skills and consolidate their learning.

What content is on the course?

The A Level Biology (OCR A) content is in 10 topics:

  • Development of practical skills in Biology
  • Foundations in Biology
  • Exchange and transport
  • Biodiversity, evolution and disease
  • Communication, homeostasis and energy
  • Genetics, evolution and ecosystems
Exam Board Specification

Course Assessment

The course content is assessed through three examinations:

  • Biological processes
  • Biological diversity
  • Unified Biology

Students will also complete the practical endorsement through demonstrating a range of skills during the course practicals.

Where could this course lead?

This course could lead to a degree in biology or a related degree. This could then lead to careers in medicine, nursing, or biomedical research. Alternatively, students interested in environmental issues can contribute to conservation efforts, sustainable development, or ecological research. The qualification is also highly valued in the pharmaceutical and biotechnology industries, offering pathways to drug development, genetics, and bioengineering. From forensic science to scientific journalism, the possibilities are as varied as the subject itself.