Applied Science Revision — Cambridge OCR Alternative Academic Qualification
Complete Cambridge OCR Alternative Academic Qualification Applied Science specification revision resources. Tailored syllabus coverage with topic breakdowns, quizzes, and practice questions.
Specification Topics
- Careers in Science
- Cambridge OCR Level 3 Advanced GCE in Psychology - Core Content
- Forensic Blood Pattern Analysis
- Fundamentals of science
- Global scientific information
- Analytical techniques in chemistry
- Cambridge OCR Level 3 Advanced Subsidiary GCE in Psychology - Core Content
- Cambridge OCR Level 3 Advanced GCE in Geology - Core Content
- Cambridge OCR Level 3 Advanced Subsidiary GCE in Geology - Core Content
- Processing and presenting data in science
- Radiology
- Research and development in science
- Science of health
- Science of telecommunications
- Science of the Earth
- Chemical design
- Scientific research techniques
- Environmental studies
- Investigating science
- Chemistry of production
- Forensic biology
- Communicating science
- Environmental analysis
- Food production
- Medical physics
- Human Behaviour
- Science in society
- Physics in sport
- Practical techniques in science
Top Exam Board Tips
- When answering questions on employment opportunities, always give concrete examples of job roles and the sectors they belong to, showing breadth of understanding.
- Structure your response to application-process questions around the key stages: vacancy research, tailoring your CV/cover letter, preparing for competency-based interviews, and professional follow-up.
- Practise analysing real job adverts for science technician or assistant roles; highlight keywords from the person specification and map your evidence against them.
- Build a portfolio of evidence that includes mock job applications, interview reflections, and a personal development plan to showcase your career readiness.
- Use correct terminology for science job roles and organisational hierarchies, as this demonstrates sector awareness to assessors.
- When researching job roles, use real vacancy descriptions from science organisations to identify current requirements and terminology.
- In application tasks, explicitly match your skills to the person specification and use examples from practical science work.
- Always use specific examples of science organisations and job roles to support your answers, rather than giving generic statements.
- For questions on recruitment, structure your response chronologically: from finding advertisements to accepting an offer, and include practical details like using online job portals or networking.
- When writing a CV or personal statement as part of an assignment, tailor it explicitly to a chosen science job description, highlighting relevant skills, qualifications, and experiences.
Common Mistakes to Avoid
- Confusing job titles with generic descriptions, such as describing a 'scientist' without specifying the discipline or sector.
- Overlooking the importance of soft skills and attitudes, focusing solely on technical qualifications when discussing suitability for a role.
- Assuming all science careers require a university degree, ignoring the value of vocational qualifications, apprenticeships, and work-based progression.
- Providing vague or generic application advice rather than tailoring it to a specific science job advert.
- Failing to research an organisation's structure and values before applying, leading to generic, unfocused cover letters.
- Confusing job roles with broader sectors, e.g., stating 'hospital' as a job role rather than 'biomedical scientist'.
- Failing to link personal skills (e.g., teamwork, precision) to specific science job requirements when writing applications.
- Assuming all science jobs require a university degree; many technician and apprentice roles are accessible with vocational qualifications.
Key Terminology & Definitions
- Know the range of employment opportunities within the science sector., Know some of the job roles within a science organisation and how to apply for a position within the science sector.
- Core knowledge
- Exam technique
- Bloodstain pattern classification
- Crime scene documentation and photography
- Spatter trajectory analysis
- Laboratory blood enhancement techniques
- Interpretation and reconstruction of events
- Quality assurance and courtroom presentation
- Cell structure and microscopy, Bioenergetics, Structure and function of biological molecules, Biodiversity and ecosystems, Atomic structure and the periodic table, Quantitative chemistry, Structure and bonding, Rates of reactions and enthalpy changes, Electricity, Motion, Medical physics
- Understand by whom, where and why scientific information is held globally and how it is stored for transmission. Understand the classification and quality management of scientific information. Be able to apply the key features, impact and consequences of legal, regulatory frameworks and information governing the storage and use of global scientific information. Understand the principles of information security and risks.
- Techniques to categorise and separate chemical substances, Quantitative and qualitative analytical techniques to quantify and identify substances, The principles of spectroscopic techniques and interpreting spectra for chemical substances
- Research methods and experimental design
- Ethical guidelines in psychology
- Analysis and interpretation of data