Unit 21: Engineering Secondary and Finishing Techniques

Assessment and grading criteria

 

Pass

Merit

Distinction

P1 Explain how five different secondary machining techniques are used safely on a range of materials

M1 Compare and contrast why different secondary machining techniques are used when manufacturing products

D1 Evaluate the effective use of an appropriate secondary machining technique

P2 Explain kinematics in secondary machining techniques

M2 Compare and contrast why different heat treatment processes are used when manufacturing products from ferrous metals

D2 Evaluate a given secondary machining technique and heat treatment process for health and safety risk and impact on the environment.

P3 Identify appropriate non-traditional techniques for six given products

M3 From given restrictions and information justify alternative assembly and finishing techniques

 

 

 

 

 

P4 Describe an appropriate non-traditional technique for a given product

 

 

 

 

 

P5 Describe surface hardening and another heat treatment process for ferrous metals

P6 Describe two different manual and an automated assembly technique

P7 Describe a hot process, anodising and plating method when used for finishing on different components

P8 Identify the appropriate heat treatment processes, secondary, finishing and assembly techniques needed to manufacture four given components.

 

 

Menu

Home

Foundation

Higher

RC Cars

Give Feedback

BTEC

Contact

Eastbury

 

 

 

 

 

Engineering Diplomas - An Eastbury Resource