Qualification details

Edexcel Level 3 BTEC National Diploma in Manufacturing Engineering

Qualification summary

The BTEC National Diploma in Manufacturing Engineering aims to equip individuals with the practical skills, knowledge and understanding required for success in employment for a range of manufacturing occupations including: design, planning, drafting, welding and fabrication, finishing, machining and production engineering. The qualification will enable progression to BTEC Higher National or undergraduate degree qualifications and professional occupations in manufacturing engineering and related fields.
The purpose of this qualification is to:
• contribute towards the knowledge, understanding and skills requirements for a range of level 3 engineering NVQs
• develop a range of skills, knowledge and personal qualities essential for career development and progression within the manufacturing engineering industry and related sectors
• provide learners with the necessary knowledge and skills concerning health, safety and welfare, the environment and sustainability within the manufacturing engineering industry
• focus on the practical application of knowledge and the development of the work related skills required for employment within the manufacturing industry
• enable learners to make an immediate contribution in employment

Qualification details

500/1555/2
3
VRQ - Vocationally-Related Qualification
Accreditation start date:
01/09/2007
Operational start date in centres:
01/09/2007
Accreditation end date:
31/08/2010
Certification end date:
31/08/2013
For information on the approval of qualifications for funding in England, Wales and Northern Ireland, see the links to DCSF, DIUS, DCELLS, DELNI and DENI below.

When undertaking a qualification that does not appear on the governments' lists as eligible for funding for specific age ranges, users must be aware of legal requirements. Not all qualifications are suitable for all age ranges.
For further information on 14-19 qualifications offered in England, please refer to the DCSF Section 96 website.

For further information on 19+ qualifications offered in England, please refer to the DIUS Section 97 website.
For further information on Wales, visit the DCELLS website.
For further information on Northern Ireland, visit the DELNI and DENI websites.
English
The BTEC Nationals in Manufacturing Engineering offer progression opportunities in and to employment within the manufacturing engineering sector and related industries. The qualification will also provide opportunities for progression to BTEC Higher Nationals, Foundation Degrees and other engineering HE courses
Manufacturing Production Planner
Materials Technician
Metallurgist
Production Engineer
Quality Control Inspector
Technical Support Person
Welder
  • 04 Engineering and Manufacturing Technologies
    • 04.1  Engineering
1080
Pass/Merit/Distinction
Coursework
Oral Examination
Portfolio of Evidence
Practical Demonstration / Assignment
Practical Examination
Written Examination
All units are assessed individually; the final grade is an aggregate of the unit grades achieved in the units. There is no holistic assessment of the qualification.
Centres are responsible for implementing quality control procedures (internal verification). These procedures are supported by an Edexcel External Verification system of quality control and National Standards Sampling.
The BTEC National Diploma in Manufacturing Engineering consists of five core units plus twelve specialist units. For the core units learners must do all the units in mandatory core and either Unit 5 or Unit 6 (the unit not chosen as part of the mandatory core can be taken as a specialist unit). A minimum of six specialist units must be chosen from group 1. The remaining specialist units can be selected from either group 1 or group 2.
  • A  -  Mandatory core
    Five mandatory core units must be taken
    • H/500/1158 - Business Systems for Technicians
    • K/500/1159 - Communications for Technicians
    • R/500/1186 - Engineering Project
    • L/500/1185 - Mathematics for Technicians
    • A1 -  Core unit choice
      A choice can be made from either Unit 5: Electrical and Electronic Principles or Unit 6: Mechanical Principles and Applications
      • H/500/1211 - Electrical and Electronic Principles
      • D/500/1160 - Mechanical Principles and Applications
  • B  -  Specialist units - group 1
    A minimum of six specialist units must be chosen from group 1
    • J/500/1203 - Properties and Applications of Engineering Materials
    • R/500/1205 - Engineering Drawing for Technicians
    • K/500/1193 - Computer Aided Drafting
    • H/500/1189 - Engineering Primary Forming Processes
    • Y/500/1190 - Engineering Secondary/Finishing Processes
    • A/500/1201 - Fabrication Processes and Technology
    • F/500/1202 - Applications of Welding Technology
    • T/500/1200 - Computer Numerical Control of Machine Tools
    • D/500/1188 - Manufacturing Planning
    • D/500/1191 - Setting and Proving Secondary Processing Machines
    • M/500/1194 - Computer Aided Manufacturing
    • T/500/1195 - Production System Design
    • A/500/1196 - Six Sigma Quality
    • T/500/1214 - Mechanical and Thermal Treatment of Metals
    • F/500/1216 - Structure and Properties of Metals
    • J/500/1217 - Industrial Alloys
    • R/500/1219 - Metallurgical Techniques
    • Y/500/1187 - Health, Safety, Risk Assessment and Welfare in the Engineering Workplace
    • H/500/1192 - Engineering Design
    • L/500/1199 - Commercial Aspects of Organisations Employing Engineers
    • B1 -  Specialist units group 1 unit choice
      Either Unit 5: Electrical and Electronic Principles or Unit 6: Mechanical Principles and Applications can be taken when not already chosen as a core unit
      • H/500/1211 - Electrical and Electronic Principles
      • D/500/1160 - Mechanical Principles and Applications
  • C  -  Specialist units - group 2
    • F/501/8677 - Industrial Robot Technology
    • Y/500/1545 - Electro, Pneumatic and Hydraulic Systems and Devices
    • L/500/1204 - Mechanical Measurement and Inspection Techniques
    • Y/500/1206 - Selection and Applications of Programmable Logic Controllers
    • K/500/1548 - Welding Principles
    • Y/500/1223 - Further Mathematics for Technicians
    • J/500/1198 - Electronic Circuit Manufacture
    • D/500/1577 - Principles and Applications of Electronic Devices and Circuits
    • J/500/1220 - Extraction and Refining of Metals
    • L/500/1221 - Liquid Metal Processing
    • D/500/1224 - Quality and Business Improvement
    • H/500/1225 - Teamwork in a Continuous Improvement Environment