Engineering Practice 2: Technical
Engineering practice involves more than the application of theory and utilising mathematics to solve problems. It requires engineers to have an awareness of practical, legal, ethical and manufacturing constraints, to be creative in proposing solutions to problems, and be able to communicate, collaborate, plan and manage their work. This module builds on you prior experience of Engineering Practice 1, requiring you to engage in multi-disciplinary design and optimisation work within constraints and subject to uncertainty.
On successfully completing this module, you should be able to:
1. make use of materials/manufacturing decision support software, such as Cambridge Engineering Selector.
2. ascertain advantages and disadvantages of different materials processing technologies.
3. determine appropriate NDT testing procedures for manufactured components.
4. integrate disciplinary knowledge towards the solution of a multidisciplinary, multi-objective engineering optimisation problem.
5. deal with uncertainty in design, making reasonable assumptions to fill in the gaps in a brief.
6. produce clear and concise design proposals, aimed at both a technical and non-technical audience.
7. keep a consistent record of their work and ideas using a Log Book.
8. appreciate the challenges and develop methods for working and communicating effectively within a small, diverse group of students.
Professional Skills, Communication and Reporting:
- Developing risk assessments.
- Getting work experience and internships.
- Preparing for internship interviews.
Introduction to Manufacturing Processes:
- Overview of additive manufacturing processes used in production of engineering components and structures.
- Fibre Composites: typical properties; hand lay-up and automated techniques for flat and cylindrical components; laser and water-jet cutting; moulding techniques (open and closed mould); specific methods used by British Aerospace, Rolls Royce and Westland. Applications; reasons for selecting composites.
- Evaluation: non-destructive testing, monitoring, inspection and repair methods for metals and composites in service.
- Use of additive manufacturing equipment.
The module is deliverd through a combination of large class lectures, workshops and tutorials. You will spend most of your time in independent and self-organised group work to optimaly design, build and test an engineering system, applying the skills and understanding they have developed throughout the module and the programme to date.
The module is summatively assessed through a number of coursework and practical submissions:
- You will be assessed on your ability to select appropriate materials and manufacturing methods, supporting your arguments throughout, through a short written report (slide deck).
- The application exercise is assessed through a Design Proposal Webcast, detailing each team's approach to the problem and design decisions, aimed at a non-specialist audience, the quality of their risk assessment for the design test, and their design's Performance during testing
- Individual student contribution and conduct throughout the project is assessed through peer and self-assessment.
- Review and assessment of the quality and consistency of the records kept throughout Year 2 in your Log-book.
- A 20 minute "interview" with your personal tutor where your completed Skills Passport is reviewed.
Formative assessment will be offered prior to the manufacturing stage of the application exercise.
||Manufacturing Processes report
||Application Exercise Web Cast
||Application Exercise Performance
||Experimental and Project Logbook
||Review of Skill Passport
||Application exercise risk assessment
You will be offered feedback on each of your summative submissions. Further individual feedback is available on request via this module’s online feedback forum, timetabled drop-in sessions, staff office hours and discussions with tutors.