The content of the Level 3 Cambridge Extended Certificate in Applied Science is based on 5 core units spread over two years. Year 1: Unit 2 Laboratory techniques – Two-hour examination which is completed in May of year 12. Students develop their skills and knowledge of basic laboratory techniques which are expected in standard laboratory careers. Unit 18 Microbiology – Coursework unit. Students develop the knowledge and understanding of microorganisms and how Microorganisms affect every aspect of life on Earth. Unit 6 Control of hazards in the laboratory –Coursework unit. Students develop the knowledge and understanding of the most common hazards encountered in typical research labs which will help students maintain a safe work environment. Year 2: Unit 1 – Science fundamentals – Two-hour exam which is completed in January of Year 13. Students expand their knowledge and understanding of Biology, Chemistry and Physics. Building on their G.C.S.E knowledge. Unit 21 – Product testing techniques – coursework unit. In this unit students use all the skills and knowledge they have developed over the course and apply it to how products are made, tested and monitored for daily use.
Grade 4 or above in GCSE Science (triple or trilogy).
The course is divided into five mandatory units spread over the two years. Two of these are externally examined and are marked by OCR examiners. Both examinations are 2 hours long and consist of short answer questions, extended answers, and calculations. The other three units are assessed through a portfolio of evidence complied throughout the course. These are teacher-assessed and moderated internally before being externally assessed by an OCR moderator. Each unit will be graded as a Pass, Merit or Distinction, students need to achieve a grade in each unit to pass the course. Any student who does not achieve a pass will be graded as unclassified. UCAS points: PASS = 16, MERIT = 32, DISTINCTION = 48, DISTINCTION* = 56
About Education Provider
| Region | West Midlands |
| Local Authority | Worcestershire |
| Ofsted Rating | Good |
| Gender Type | Co-Educational |
| Address | Easemore Road, Redditch, B98 8HB |
The content of the Level 3 Cambridge Extended Certificate in Applied Science is based on 5 core units spread over two years. Year 1: Unit 2 Laboratory techniques – Two-hour examination which is completed in May of year 12. Students develop their skills and knowledge of basic laboratory techniques which are expected in standard laboratory careers. Unit 18 Microbiology – Coursework unit. Students develop the knowledge and understanding of microorganisms and how Microorganisms affect every aspect of life on Earth. Unit 6 Control of hazards in the laboratory –Coursework unit. Students develop the knowledge and understanding of the most common hazards encountered in typical research labs which will help students maintain a safe work environment. Year 2: Unit 1 – Science fundamentals – Two-hour exam which is completed in January of Year 13. Students expand their knowledge and understanding of Biology, Chemistry and Physics. Building on their G.C.S.E knowledge. Unit 21 – Product testing techniques – coursework unit. In this unit students use all the skills and knowledge they have developed over the course and apply it to how products are made, tested and monitored for daily use.
Grade 4 or above in GCSE Science (triple or trilogy).
The course is divided into five mandatory units spread over the two years. Two of these are externally examined and are marked by OCR examiners. Both examinations are 2 hours long and consist of short answer questions, extended answers, and calculations. The other three units are assessed through a portfolio of evidence complied throughout the course. These are teacher-assessed and moderated internally before being externally assessed by an OCR moderator. Each unit will be graded as a Pass, Merit or Distinction, students need to achieve a grade in each unit to pass the course. Any student who does not achieve a pass will be graded as unclassified. UCAS points: PASS = 16, MERIT = 32, DISTINCTION = 48, DISTINCTION* = 56