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Academic Partnerships Template
Plymouth UniversityAcademic Partnerships
Cornwall CollegeCamborne
Programme QualityHandbook for
FdSc Engineering and HNC Engineering
2014 – 15
Academic Partnerships Teaching, Learning and Assessment Handbook 2014-15 Page 1 of 57
Academic Partnerships Template
Contents1. Welcome and Introduction to the FdSc and HNC Engineering.................................................................3
2. Programme Specification.........................................................................................................................3
3. Module Records..................................................................................................................................... 41
Academic Partnerships Teaching, Learning and Assessment Handbook 2014-15 Page 2 of 57
1. Welcome and Introduction to the FdSc and HNC Engineering.
Welcome to the Foundation Degree and HNC in Engineering. The college is delighted that you have chosen to study with us. We are sure you are going to have a great time here and will get a great deal from the programme.
This programme has been designed to equip you with the skills and knowledge base required to work in your chosen specialism or other graduate opportunities. It is also a platform from which you can undertake additional vocational and academic qualifications.
This Programme Quality handbook contains important information including: The approved programme specification Module records
Note: the information in this handbook should be read in conjunction with the current edition of the College Student handbook available at (college to add link) which contains student support based information on issues such as finance and studying at HE along with the University’s Student Handbook - https://www1.plymouth.ac.uk/studenthandbook and your Teaching, Learning and Assessment Handbook available on your programme virtual learning environment.
2. Programme Specification
On the following pages you will find the specification for your programme; this provides a detailed overview of the programme as a whole. It explains what you will learn and how you will be assessed throughout the two stages of your Foundation Degree. The Programme Learning Outcomes Map specifies the knowledge and skills you will develop at each stage of your Foundation Degree.
Awarding Institution: University of PlymouthTeaching Institution: Cornwall CollegeAccrediting Body: N/AFinal Award: FdSc EngineeringIntermediate Awards: Certificate of Higher Education (CertHE)Programme Title: FdSc EngineeringUCAS Code: H100JACS Code H100Benchmarks Foundation Degree Qualification Benchmark, relevant sections of the
QAA Subject Benchmark statement for Engineering (Intermediate Level), FHEQ
Date Produced: February 2010Date of Approval: 14 May 2010
Academic Partnerships Student Handbook 2012-13 Page 3 of 57
Academic Partnerships Template
Admissions Criteria:
Qualification(s) Required for Entry to the FdSc
Comments
Candidates must have at Level 2:
At Level 2Key Skills requirement/Higher Level Diploma
Application of Number, Communications
and/orGCSEs required at Grade C and above Maths, English, Science
Plus at least one of the following Level 3 qualifications:
A Levels required: AS/A2, preferably two of the following: Mathematics, Physics or ICT (120 Points, at least one A2)
Advanced Level Diploma Engineering – MMPBTEC National Certificate/Diploma Engineering – MMP (Diploma) or DM (Certificate),
preferably including the Further Mathematics unitHNC/D Preferred Engineering or ICT though others can be
considered for APL into the FdSc
VDA: AGNVQ, AVCE, AVS Advanced GNVQ/AVCE or NVQ Level 3 Mechanical Engineering or equivalent
Access to HE or Year 0 provision Mathematics, ICT, CADInternational Baccalaureate Diploma with 24 points or above (considered on a
case by case basis)Irish/Scottish Highers/Advanced Highers
Level D - 120 A level points equivalent
Work Experience Suitable work experience may be accepted in lieu of academic achievement. However students must be able to demonstrate that all the relevant skills to the course, e.g. ICT, mathematical ability, problem solving skills, engineering knowledge etc. Students would be expected to attend an interview and provide evidence. This route would also apply to mature students
Other non-standard awards or experiences
As appropriate
APEL/APCL possibilities If a student wishes to claim either APCL/APEL they will need to provide evidence of having experienced areas covered in a module or modules previously. It should be noted that all Learning Outcomes for module(s) being claimed will need to be demonstrated.
Academic Partnerships Student Handbook 2012-13 Page 4 of 57
Academic Partnerships Template
Application should take place before the module is due to be delivered, and corroborating evidence should be provided, for instance a testimonial from an employer. Applications will be taken to a College Screening Committee, chaired by the Head of Centre, and the student will be informed whether their application has been deemed valid. Students should contact their Programme Manager in the first instance. All claims for APCL/APEL will be carried out in accordance with the UoP academic regulations.
Interview/portfolio requirements Mature students would have to demonstrate at interview the necessary motivation, potential, experience and/or knowledge.
Disabilities – the course welcomes applications from students with disabilities and is committed to its inclusive policy. In order to be more learner centred the college requests that all applications be considered individually and in consultation with the course manager.
Mathematics plays a major part in the higher understanding of engineering. Candidates will be expected to show an understanding of mathematics prior to the start of the course through previous mathematics knowledge acquired and the summer school initiative at Cornwall College. Additional support is available to candidates both before and during the programme through HELM and other e-learning materials.
Criminal Record Bureau (CRB) clearance required
No
Academic Partnerships Student Handbook 2012-13 Page 5 of 57
Academic Partnerships Template
Aims of the Programme:
This programme is intended to:
Provide a challenging programme of study that will enable candidates to develop the concepts, knowledge, skills and techniques required for today’s engineering industry.
Develop the underpinning skills for students to become independent learners in the constantly evolving engineering marketplace.
Provide industry with the personnel who possess the skills and knowledge that enables the efficient use of design methodologies to maximise innovative design solutions to meet market demands.
Provide an intellectually stimulating practical framework that will enable candidates to develop their careers.
Enable the understanding of the subject area through both academic and professional reflective practice.
Provide specialised modules relevant to the engineering industry in which candidates are employed, and a platform for successful career development.
Provide students with a qualification that will allow progression to honours degree programmes
Programme Intended Learning Outcomes:
By the end of programme the student will be able to: Demonstrate the ability to analyse and solve engineering problems through quantitative and
qualitative means.
Demonstrate an awareness of the social and environmental implications of engineering.
Apply the underlying concepts, ideas and principles to engineering scenarios.
Effectively communicate information with regard to engineering analysis using ICT, mathematical, verbal or other appropriate means.
Develop the knowledge and skills to become an autonomous learner in preparation for the evolving discipline of engineering.
Develop the qualities and skills required by organisations and self to progress in a career within the engineering industry.
Brief Description of the Programme
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Academic Partnerships Template
The Foundation Degree is designed to meet the needs of industry, reflecting the need to add skills to current employees and to provide skilled new employees that can respond to current industry needs. The course places emphasis on transferable skills as well as knowledge of engineering principles.
The course will be taught through formal lectures, practical exercises, scenarios, project work and industrial visits. It will make use of the engineering facilities of the Camborne site, including classrooms, CAD suite, electrical/electronics lab and mechanical workshops as appropriate to course needs.
Academic Partnerships Student Handbook 2012-13 Page 7 of 57
Academic Partnerships Template
FdSc Programme Structure and Pathways
College: Cornwall College 2707Year: 2014/2015PU Course Code: 3043Programme: FdSc EngineeringMode of Attendance: Full TimeTotal Credits: 240
Stage 1Module Code
Module Title No. of Credits Core / Optional
CORC193 Analytical Methods for Engineers 1 20 CoreCORC194 Engineering Science 1 20 CoreCORC1013C Personal and Employability Skills Development 20 CoreCORC1016 Business Management Techniques 10 CoreCORC1017 Computer Aided Design 10 CoreCORC1018 Electronics 1 20 CoreFENG134 Communications and Electrical Principles 1 20 Core
Stage 2Module Code
Module Title No. of Credits Core / Optional
FENG202 Project Management 10 CoreFENG207 Project 20 CoreFENG212 Control and Interfacing 20 CoreCORC2104 Analytical Methods for Engineers 2 10 CoreCORC295 Electronics 2 10 CoreCORC296 Engineering Science 2 10 CoreCORC297 Hydraulic and Pneumatic Principles 10 CoreCORC298 Manufacture and Materials 20 CoreStudents will choose one of the following optional modules:
CORC266 Utilisation of Electrical Energy 10 OptionalCORC268 Rapid Product Development 10 Optional
Academic Partnerships Student Handbook 2012-13 Page 8 of 57
Academic Partnerships Template
College: Cornwall College 2707Year: 2014/2015PU Course Code: 3043Programme: FdSc EngineeringMode of Attendance: Part Time (Indicative)Total Credits: 240
Year 1Module Code
Module Title No. of Credits Core / Optional
CORC193 Analytical Methods for Engineers 1 20 CoreCORC194 Engineering Science 1 20 CoreCORC1016 Business Management Techniques 10 CoreCORC1017 Computer Aided Design 10 CoreFENG134 Communications and Electrical Principles 1 20 Core
Year 2Module Code
Module Title No. of Credits Core / Optional
CORC1013C Personal and Employability Skills Development 20 CoreCORC1018 Electronics 1 20 CoreCORC294 Analytical Methods for Engineers 2 10 Core
CORC296 Engineering Science 2 10 CoreCORC297 Hydraulic and Pneumatic Principles 10 Core
CORC298 Manufacture and Materials 20 CoreStudents will choose one of the following optional modules:
CORC266 Utilisation of Electrical Energy 10 OptionalCORC268 Rapid Product Development 10 Optional
Year 3Module Code
Module Title No. of Credits Core / Optional
FENG202 Project Management 10 CoreFENG207 Project 20 CoreFENG212 Control and Interfacing 20 CoreCORC295 Electronics 2 10 Core
Academic Partnerships Student Handbook 2012-13 Page 9 of 57
Academic Partnerships Template
Progression Route(s)
If you progress to the final stage of a University of Plymouth programme then your Level 5 marks will be taken into account in your final degree classification. If your aggregate mark across all modules is 70% or above, the Foundation Degree awarded with Distinction.
The table below clearly shows the progression routes UoP has identified from the FdSc Engineering programme.
Faculty of TechnologyCornwall College
Faculty of Science and TechnologyUniversity of PlymouthProgression Point
FdSc EngineeringBSc (Hons) Mechanical Design and Manufacture Stage 3
Other progression routes may be possible to programmes the University of Plymouth.
Any Exceptions to Plymouth University RegulationsNone noted.
Teaching Methods and Assessments
A: Development of Knowledge and Understanding Learning and Teaching Strategy/Method
By the end of the programme the student will be able to demonstrate knowledge and understanding of:
Appropriate knowledge and understanding of analytical methods required for mathematics and the sciences within engineering discipline.
Appropriate knowledge and understanding of the role and limitations of ITC with communication, software application and design of engineering problems.
Appropriate knowledge and understanding of general principles of design the methodologies and application to solution specific to engineering discipline.
Appropriate knowledge and understanding of management, business practices and ethics required to maintain and promote professional engineering society.
Appropriate knowledge and understanding of current manufacturing and/or operational
Primary Lectures and tutorials Directed independent study Learning from work experience
Secondary Case studies Problem-solving exercises
Academic Partnerships Student Handbook 2012-13 Page 10 of 57
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practice, codes of practice and the regulatory framework requirements for safe operation for the manufacture of engineering related products
NB: Benchmark References
Foundation Degree qualifications benchmark41,42
Engineering benchmark 20061,2,3,4,5
Assessment
Key knowledge and understanding is assessed via a combination of multiple choice tests, examinations, essays, presentations and seminar performances.
B: Cognitive and Intellectual Skills Learning and Teaching Strategy/Method
By the end of the programme the student will be able to:
Ability to select and apply appropriate mathematical or scientific methods for modelling, analysing and solving practical engineering problems
Ability to select and apply ICT applications to resolve and model engineering problems
Analysis problems requiring engineering design creating new processes or products through synthesis of ideas from a wide range of sources
Evaluate typical commercial risks, using the appropriate tools, as taught has some grasp of commercial risk
Ability to produce solutions to problems through the application of engineering knowledge and understanding Ability to undertake technical risk evaluation
Primary Class exercises Tutorial/seminar discussions Feedback via coursework assessment
process (essays etc)
SecondaryFor example: Policy and practice analysis in
surgeries Computer-based practicals on data
and measurement problems
NB: Benchmark References
Foundation Degree qualifications benchmark41,42
Engineering benchmark 20061,2,3,4,5
Assessment
Assessed discussions Essays/projects/dissertations Examinations/tests Coursework/groupwork on practical
application questions
Academic Partnerships Student Handbook 2012-13 Page 11 of 57
Academic Partnerships Template
C: Key Transferable Skills Learning and Teaching Strategy/Method
By the end of the programme the student will be able to:
Manipulate and analyse given data through a range of standard forms select appropriate evidence to solve non-routine problems.
Familiarity with common ICT applications word-processor, spreadsheet, email, file transfer, and the web.
Generate, develop and evaluate a range of new solutions, making value judgements for use in the solution of a given problem.
Integrate presentational techniques required by engineers and use these for maximum impact.
Solve some general manufacturing problems through systematic analysis and methods.
PrimaryLibrary and other research exercisesGroup work awareness and practiceComputer-based learning and assessment
SecondaryClass and seminar interactions and feedback
NB: Benchmark References
Foundation Degree qualifications benchmark41,42
Engineering benchmark 20061,2,3,4,5
Assessment
Coursework of all types Examination preparation and completion Assessed discussions Group work assessments
Academic Partnerships Student Handbook 2012-13 Page 12 of 57
Academic Partnerships Template
D: Employment Related Skills Learning and Teaching Strategy/Method
By the end of the programme the student will be able to:
Be able to choose from and effectively use a variety of methods of communication with confidence.
Develop time management skills to enable a variety of tasks to be delivered in a timely fashion.
Develop confidence with a variety of mathematical skills and techniques.
Develop confidence with a variety of ICT skills and software packages.
Develop team working and team management skills.
E: Practical Skills Learning and Teaching Strategy/Method
By the end of the programme the student will be able to:
Use of appropriate analytical methods and relevant test and measurement equipment for modelling solutions to engineering problems.
Use of engineering ICT application to resolve practical problems in area of design, programming and test and the ability to communicate effectively
Design technical solutions to problems and evaluate though testing generating information to develop ideas further
Ability to apply and solve engineering techniques taking account of industrial and commercial deadlines and work as part of a team
Laboratory work Projects Designated tasks Lectures and tutorials Learning from work
Academic Partnerships Student Handbook 2012-13 Page 13 of 57
Academic Partnerships Template
NB: Benchmark References
Foundation Degree qualifications benchmark41,42
Engineering benchmark 20061,2,3,4
Assessment
Project work Competence in a range of business-related
communication techniques
Distinctive Features of the Foundation Degree
Employer’s involvement in programme design and associated work-based learning opportunities.
Reflection of the changing face of the engineering industry and its impact on SME’s and the engineering industry as a whole through a range of engineering topics.
Opportunities for projects in conjunction with local industries.
Recruitment from diverse backgrounds both inside and outside of engineering industry and ages enabling a good cross fertilisation of experiences and aspirations.
Flexible approaches to learning, including the development of Web-based materials through a VLE.
Academic Partnerships Student Handbook 2012-13 Page 14 of 57
Learning Outcomes Maps for FdSc Engineering at HE Levels 4 and 5
Learning Outcomes Map Level 4Graduate Attributes and SkillsCore Programme Intended Learning Outcomes Programme Aim Programme Learning
OutcomeRelated Core Modules
Knowledge/ UnderstandingStudents will be able to demonstrate a knowledge of the underlying concepts and principles associated with their area(s) of study, and an ability to evaluate and interpret these within the context of that (those) area(s) of study. In particular:
Appropriate knowledge and understanding of analytical methods required for mathematics and the sciences within engineering discipline.
Appropriate knowledge and understanding of the role and limitations of ICT with communication, software application and design of engineering problems.
Appropriate knowledge and understanding of general principles of design the methodologies and application to solution specific to engineering discipline.
Appropriate knowledge and understanding of management, business practices and ethics required to maintain and promote professional engineering society.
Appropriate knowledge and understanding of current manufacturing and/or operational practice, codes of practice and the regulatory framework requirements for safe operation for the manufacture of engineering related products
1, 2, 3, 7
3,6, 7
1, 3, 4
2, 5, 6
1, 5, 6, 7
A1, 2, 5
A4
A3, 6
A5
A6
CORC193, 194, 1018FENG134
CORC1016, 1017, 1018FENG134
CORC1017
CORC1013, 1016
CORC1018FENG134
Academic Partnerships Student Handbook 2012-13 Page 15 of 57
Cognitive / Intellectual Skills (generic)Students will be able to demonstrate an ability to present, evaluate, and interpret qualitative and quantitative data, to develop lines of argument and make sound judgements in accordance with basic theories and concepts of their subject(s) of study. They will also be able to demonstrate the ability to evaluate the appropriateness of different approaches to solving problems related to their area(s) of study and/or work. In particular to:
Ability to select and apply appropriate mathematical or scientific methods for modelling, analysing and solving practical engineering problems
Ability to select and apply ICT applications to resolve and model engineering problems
Analysis problems requiring engineering design creating new processes or products through synthesis of ideas from a wide range of sources
Evaluate typical commercial risks, using the appropriate tools, as taught has some grasp of commercial risk
Ability to produce solutions to problems through the application of engineering knowledge and understanding Ability to undertake technical risk evaluation
1, 2, 3, 4, 5, 6, 7
1, 3, 4, 6, 7
1, 3
3, 5, 6
1, 3
B1, 2, 3
B2, 3
B4
B5
B2, 3
CORC193, 194, 1018FENG134
CORC193, 1016, 1017FENG134
CORC194, 1017
CORC1016
CORC1016, 1017
Academic Partnerships Student Handbook 2012-13 Page 16 of 57
Key / Transferable Skills (generic)Students will be able to demonstrate an ability to communicate accurately and reliably, and with structured and coherent arguments. Students will also be able to demonstrate an ability to take different approaches to solving problems. In particular to:
Manipulate and analyse given data through a range of standard forms select appropriate evidence to solve non-routine problems.
Familiarity with common ICT applications word-processor, spreadsheet, email, file transfer, and the web.
Generate, develop and evaluate a range of new solutions, making value judgements for use in the solution of a given problem.
Integrate presentational techniques required by engineers and use these for maximum impact.
Solve some general manufacturing problems through systematic analysis and methods.
1, 2, 5
2, 3
1, 3, 6
2
1, 3, 5, 6, 7
C1
C2
C3, 4, 5
C4
C6
CORC193, 194FENG134
CORC193, 1013, 1016
CORC194, 1016, 1017, 1018FENG134
CORC1013, 1016
CORC194, 1016, 1017, 1018FENG134
Academic Partnerships Student Handbook 2012-13 Page 17 of 57
Employment-related skillsStudents will be able to demonstrate an ability to undertake further training and develop new skills within a structured and managed environment and the qualities and transferable skills necessary for employment requiring the exercise of personal responsibility. IN particular to:
Be able to choose from and effectively use a variety of methods of communication with confidence.
Develop time management skills to enable a variety of tasks to be delivered in a timely fashion.
Develop confidence with a variety of mathematical skills and techniques.
Develop confidence with a variety of ICT skills and software packages.
Develop team working and team management skills.
2, 4, 7
1, 2, 3
1, 2, 3
1, 2, 3
1, 2, 4, 5, 7
A, B, C, D
A, B, C, D
A, B, C, D
A, B, C, D
A, B, C, D
CORC193, 194, 1013, 1016, FENG134
CORC1016, 1017
CORC193, 194, 1018FENG134
CORC193, 194, 1013, 1018 FENG134
CORC1013, 1016
Academic Partnerships Student Handbook 2012-13 Page 18 of 57
Practical Skills (subject specific)
Use of appropriate analytical methods and relevant test and measurement equipment for modelling solutions to engineering problems.
Use of engineering ICT application to resolve practical problems in area of design, programming and test and the ability to communicate effectively
Design technical solutions to problems and evaluate though testing generating information to develop ideas further
Ability to apply and solve engineering techniques taking account of industrial and commercial deadlines and work as part of a team
1, 2, 3, 4, 6, 7
2, 3, 4
2, 4, 6
6, 7
D1, 2, 3
D2, 3
D3, 4, 5
D5
CORC194, 1018FENG134
CORC1016, 1017, 1018FENG134
CORC1017, 1018FENG134
CORC1016, 1017, 1018FENG134
Academic Partnerships Student Handbook 2012-13 Page 19 of 57
Foundation Degree Intended Learning Outcomes Map Level 51 Graduate Attributes and Skills 2 3 4Core Programme Intended Learning Outcomes Programme Aim Programme Learning
OutcomeRelated Core Modules
Knowledge/ Understandingknowledge and critical understanding of the well-established principles of their area(s) of study, and the way in which those principles have developed; knowledge of the main methods of enquiry in their subject(s) and ability to evaluate critically the appropriateness of different approaches to solving problems in the field of study. They will also be able to demonstrate an understanding of the limits of their knowledge, and how this influences analyses and interpretations based on that knowledge. In particular:
Appropriate knowledge and understanding of analytical methods required for mathematics and the sciences within engineering discipline.
Appropriate knowledge and understanding of the role and limitations of ICT with communication, software application and design of engineering problems.
Appropriate knowledge and understanding of general principles of design the methodologies and application to solution specific to engineering discipline.
Appropriate knowledge and understanding of management, business practices and ethics required to maintain and promote professional engineering society.
Appropriate knowledge and understanding of current manufacturing and/or operational practice, codes of practice and the regulatory framework requirements for safe operation for the manufacture of engineering related products
1, 2, 3, 7
3,6, 7
1, 3, 4
2, 5, 6
1, 5, 6, 7
A1, 2, 5
A4
A3, 6
A5
A6
CORC294, 295, 296, 297FENG212
FENG202, 207
CORC295, 296, 297, 298 FENG207
CORC298FENG202
CORC297FENG207, 212
Academic Partnerships Student Handbook 2012-13 Page 20 of 57
Cognitive / Intellectual Skills (generic)Students will be able to demonstrate an ability to apply underlying concepts and principles outside the context in which they were first studied. In particular:
Ability to select and apply appropriate mathematical or scientific methods for modelling, analysing and solving practical engineering problems
Ability to select and apply ICT applications to resolve and model engineering problems
Analysis problems requiring engineering design creating new processes or products through synthesis of ideas from a wide range of sources
Evaluate typical commercial risks, using the appropriate tools, as taught has some grasp of commercial risk
Ability to produce solutions to problems through the application of engineering knowledge and understanding Ability to undertake technical risk evaluation
1, 2, 3, 4, 5, 6, 7
1, 3, 4, 6, 7
1, 3
3, 5, 6
1, 3
B1, 2, 3
B2, 3
B4
B5
B2, 3
CORC294, 295, 296, 297FENG212
CORC294, 295, 296
CORC295, 296, 298FENG207, 212
FENG202, 207
CORC 295FENG212
Academic Partnerships Student Handbook 2012-13 Page 21 of 57
Key / Transferable Skills (generic)Students will be able to demonstrate an ability to evaluate critically the appropriateness of different approaches to solving problems in the field of study; use a range of established techniques to initiate and undertake critical analysis of information, and to propose solutions to problems arising from that analysis and effectively communicate information, arguments, and analysis, in a variety of forms, to specialist and non-specialist audiences, and deploy key techniques of the discipline effectively. In particular:
Manipulate and analyse given data through a range of standard forms select appropriate evidence to solve non-routine problems.
Familiarity with common ICT applications word-processor, spreadsheet, email, file transfer, and the web.
Generate, develop and evaluate a range of new solutions, making value judgements for use in the solution of a given problem.
Integrate presentational techniques required by engineers and use these for maximum impact.
Solve some general manufacturing problems through systematic analysis and methods.
1, 2, 5
2, 3
1, 3, 6
2
1, 3, 5, 6, 7
C 1
C2
C3, 4, 5
C4
C6
CORC294, 295, 296FENG212
CORC 294FENG202, 207
CORC295, 296, 298FENG207, 212
FENG202, 207
CORC296, 298FENG212
Academic Partnerships Student Handbook 2012-13 Page 22 of 57
Employment-related skillsStudents will be able to demonstrate an ability to apply subject principles in an employment context possibly different from that in which they were first studied; undertake further training, develop existing skills and acquire new competencies that will enable them to assume significant responsibilities within organisations and demonstrate the qualities and transferable skills necessary for employment requiring the exercise of personal responsibility and decision making. In particular:
Be able to choose from and effectively use a variety of methods of communication with confidence.
Develop time management skills to enable a variety of tasks to be delivered in a timely fashion.
Develop confidence with a variety of mathematical skills and techniques.
Develop confidence with a variety of ICT skills and software packages.
Develop team working and team management skills.
2, 4, 7
1, 2, 3
1, 2, 3
1, 2, 3
1, 2, 4, 5, 7
A, B, C, D
A, B, C, D
A, B, C, D
A, B, C, D
A, B, C, D
FENG202, 207
FENG202, 207
CORC294, 295, 296, 297FENG212
CORC295FENG202
CORC298FENG202, 207
Academic Partnerships Student Handbook 2012-13 Page 23 of 57
Practical Skills (subject specific)
Use of appropriate analytical methods and relevant test and measurement equipment for modelling solutions to engineering problems.
Use of engineering ICT application to resolve practical problems in area of design, programming and test and the ability to communicate effectively
Design technical solutions to problems and evaluate though testing generating information to develop ideas further
Ability to apply and solve engineering techniques taking account of industrial and commercial deadlines and work as part of a team
1, 2, 3, 4, 6, 7
2, 3, 4
2, 4, 6
6, 7
D1, 2, 3
D2, 3
D3, 4, 5
D5
CORC294, 295, 296, 298 FENG212
CORC294, 295FENG212
CORC295, 296, 298 FENG212
CORC298FENG202, 207, 212
Academic Partnerships Student Handbook 2012-13 Page 24 of 57
Programme Specification for HNC Engineering
On the following pages you will find the specification for your programme of studies. It is a University of Plymouth Colleges requirement that this is included in your Student Handbook. The programme specification is a detailed overview of the programme as a whole. It explains what you will learn and upon what you will be assessed throughout the two stages of your Foundation Degree. The Programme Learning Outcomes Map specifies the knowledge and skills you will develop at each stage of your Foundation degree.
PROGRAMME SPECIFICATION FOR HIGHER NATIONAL CERTIFICATE
Awarding Institution: University of PlymouthTeaching Institution: Cornwall CollegeAccrediting Body: N/AFinal Award: HNC EngineeringIntermediate Awards: N/AProgramme Title: HNC EngineeringUCAS Code: N/AJACS Code N/ABenchmarks Informed by relevant sections of the QAA subject benchmark for
Engineering (Intermediate Level), FHEQ
Date Produced: February 2010Date of Approval: 14 May 2010
Admissions Criteria:
Qualification(s) Required for Entry to the HNC
Comments
Candidates must have at Level 2:
At Level 2Key Skills requirement/Higher Level Diploma
Application of Number, Communications
and/orGCSEs required at Grade C and above Maths, English, Science
Plus at least one of the following Level 3 qualifications:
A Levels required: AS/A2, preferably two of the following: Mathematics, Physics or ICT (120 Points, at least one A2)
Advanced Level Diploma Engineering – MMPBTEC National Certificate/Diploma Engineering – MMP (Diploma) or DM (Certificate),
preferably including the Further Mathematics unit
25 of 57
HNC/D Can be used to APL into the programme where appropriate similar knowledge has been acquired in non-engineering subjects
VDA: AGNVQ, AVCE, AVS Advanced GNVQ/AVCE or NVQ Level 3 Mechanical Engineering or equivalent
Access to HE or Year 0 provision Mathematics, ICT, CADInternational Baccalaureate Diploma with 24 points or above (considered on a case
by case basis)Irish/Scottish Highers/Advanced Highers Level D - 120 A level points equivalentWork Experience Suitable work experience may be accepted in lieu of
academic achievement. However students must be able to demonstrate that all the relevant skills to the course, e.g. ICT, mathematical ability, problem solving skills, engineering knowledge etc. Students would be expected to attend an interview and provide evidence. This route would also apply to mature students
Other non-standard awards or experiences
As appropriate
APEL/APCL possibilities If a student wishes to claim either APCL/APEL they will need to provide evidence of having experienced areas covered in a module or modules previously. It should be noted that all Learning Outcomes for module(s) being claimed will need to be demonstrated. Application should take place before the module is due to be delivered, and corroborating evidence should be provided, for instance a testimonial from an employer. Applications will be taken to a College Screening Committee, chaired by the Head of Centre, and the student will be informed whether their application has been deemed valid. Students should contact their Programme Manager in the first instance. All claims for APCL/APEL will be carried out in accordance with the UoP academic regulations.
Interview/portfolio requirements Mature students would have to demonstrate at interview the necessary motivation, potential, experience and/or knowledge.
Disabilities – the course welcomes applications from students with disabilities and is committed to its inclusive policy. In order to be more learner centred the college requests that all applications be considered individually and in consultation with the course manager.
Mathematics plays a major part in the higher
Academic Partnerships Student Handbook 2012-13 Page 26 of 57
understanding of engineering. Candidates will be expected to show an understanding of mathematics prior to the start of the course through previous mathematics knowledge acquired and the summer school initiative at Cornwall College. Additional support is available to candidates both before and during the programme through HELM and other e-learning materials.
Criminal Record Bureau (CRB) clearance required
No
Aims of the Programme:
This programme is intended to:
Provide a challenging programme of study that will enable candidates to develop the concepts, knowledge, skills and techniques required for today’s engineering industry.
Develop the underpinning skills for students to become independent learners in the constantly evolving engineering marketplace.
Provide industry with the personnel who possess the skills and knowledge that enables the efficient use of design methodologies to maximise innovative design solutions to meet market demands.
Provide an intellectually stimulating practical framework that will enable candidates to develop their careers.
Enable the understanding of the subject area through both academic and professional reflective practice.
Provide specialised modules relevant to the engineering industry in which candidates are employed, and a platform for successful career development.
Provide students with a qualification that will allow progression to honours degree programmes
Programme Intended Learning Outcomes:
Academic Partnerships Student Handbook 2012-13 Page 27 of 57
By the end of programme the student will be able to:
Demonstrate the ability to solve engineering problems through quantitative and qualitative means.
Apply the underlying concepts, ideas and principles to engineering scenarios.
Develop study and research skills to enable a more autonomous study and work ethic.
Communicate information with regard to engineering problems using ICT, mathematical, verbal or other appropriate means.
Brief Description of the Programme
The HNC is designed to meet the needs of industry, reflecting the need to add skills to current employees and to provide skilled new employees that can respond to current industry needs. The course places emphasis on transferable skills as well as knowledge of engineering principles.
The course will be taught through formal lectures, practical exercises, scenarios, project work and industrial visits. It will make use of the engineering facilities of the Camborne site, including classrooms, CAD suite, electrical/electronics lab and mechanical workshops as appropriate to course needs.
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HNC Programme Structure and Pathways
College: Cornwall CollegeYear: 2014/2015PU Course Code: 3074Programme: HNC EngineeringMode of Attendance: Full TimeTotal Credits: 120
Stage 1Module Code Module Title No. of
CreditsCore / Optional
CORC193 Analytical Methods for Engineers 1 20 CoreCORC1016 Business Management Techniques 10 CoreCORC1017 Computer Aided Design 10 CoreFENG134 Communications and Electrical
Principles 120 Core
CORC194 Engineering Science 1 20 CoreCORC1013C Personal and Employability
Development20 Core
Students will choose one of the following optional modules:CORC1018 Electronics 1 20 OptionalFENG137 Manufacture and Materials 1 20 Optional
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College: Cornwall CollegeYear: 2013/2014PU Course Code: 3074Programme: HNC Engineering (INDICATIVE)Mode of Attendance: Part TimeTotal Credits: 120
Year 1Module Code Module Title No. of
CreditsCore / Optional
CORC193 Analytical Methods for Engineers 1 20 CoreCORC1016 Business Management Techniques 10 CoreCORC1017 Computer Aided Design 10 CoreCORC194 Engineering Science 1 20 Core
Year 2Module Code Module Title No. of
CreditsCore / Optional
FENG134 Communications and Electrical Principles 1
20 Core
CORC1013 Personal and Employability Development
20 Core
Students will choose one of the following optional modules:
CORC1018 Electronics 1 20 OptionalFENG137 Manufacture and Materials 1 20 Optional
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Progression Routes
Students who complete the HNC Engineering will be able to progress onto the Foundation Degree in Engineering or could progress onto Stage 2 of the BSc (Hons) Mechanical Design and Manufacture.
Any Exceptions to Plymouth University Regulations
None noted.
Teaching Methods and Assessments
A: Development of Knowledge and Understanding
Learning and Teaching Strategy/Method
By the end of the programme the student will be able to demonstrate knowledge and understanding of:
Appropriate knowledge and understanding of analytical methods required for mathematics and the sciences within engineering discipline.
Appropriate knowledge and understanding of the role and limitations of ITC with communication, software application and design of engineering problems.
Appropriate knowledge and understanding of general principles of design the methodologies and application to solution specific to engineering discipline.
Appropriate knowledge and understanding of management, business practices and ethics required to maintain and promote professional engineering society.
Appropriate knowledge and understanding of current manufacturing and/or operational practice, codes of practice and the regulatory framework requirements for safe operation for the manufacture of engineering related products
Primary Lectures and tutorials Directed independent study Learning from work experience
Secondary Case studies Problem-solving exercises
NB: Benchmark References
Foundation Degree qualifications benchmark
Assessment
Key knowledge and understanding is assessed
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41,42
Engineering benchmark 20061,2,3,4,5
via a combination of multiple choice tests, examinations, essays, presentations and seminar performances.
B: Cognitive and Intellectual Skills Learning and Teaching Strategy/Method
By the end of the programme the student will be able to:
Ability to select and apply appropriate mathematical or scientific methods for modelling, analysing and solving practical engineering problems
Ability to select and apply ICT applications to resolve and model engineering problems
Analysis problems requiring engineering design creating new processes or products through synthesis of ideas from a wide range of sources
Evaluate typical commercial risks, using the appropriate tools, as taught has some grasp of commercial risk
Ability to produce solutions to problems through the application of engineering knowledge and understanding Ability to undertake technical risk evaluation
Primary Class exercises Tutorial/seminar discussions Feedback via coursework assessment
process (essays etc)
SecondaryFor example: Policy and practice analysis in surgeries Computer-based practicals on data and
measurement problems
NB: Benchmark References
Foundation Degree qualifications benchmark41,42
Engineering benchmark 20061,2,3,4,5
Assessment
Assessed discussions Essays/projects/dissertations Examinations/tests Coursework/groupwork on practical
application questions
C: Key Transferable Skills Learning and Teaching Strategy/Method
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By the end of the programme the student will be able to:
Manipulate and analyse given data through a range of standard forms select appropriate evidence to solve non-routine problems.
Familiarity with common ICT applications word-processor, spreadsheet, email, file transfer, and the web.
Generate, develop and evaluate a range of new solutions, making value judgements for use in the solution of a given problem.
Integrate presentational techniques required by engineers and use these for maximum impact.
Solve some general manufacturing problems through systematic analysis and methods.
PrimaryLibrary and other research exercisesGroup work awareness and practiceComputer-based learning and assessment
SecondaryClass and seminar interactions and feedback
NB: Benchmark References
Foundation Degree qualifications benchmark41,42
Engineering benchmark 20061,2,3,4,5
Assessment
Coursework of all types Examination preparation and completion Assessed discussions Group work assessments
D: Employment Related Skills Learning and Teaching Strategy/Method
By the end of the programme the student will be able to:
Be able to choose from and effectively use a variety of methods of communication with confidence.
Develop time management skills to enable a variety of tasks to be delivered in a timely fashion.
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Develop confidence with a variety of mathematical skills and techniques.
Develop confidence with a variety of ICT skills and software packages.
Develop team working and team management skills.
E: Practical Skills Learning and Teaching Strategy/Method
By the end of the programme the student will be able to:
Use of appropriate analytical methods and relevant test and measurement equipment for modelling solutions to engineering problems.
Use of engineering ICT application to resolve practical problems in area of design, programming and test and the ability to communicate effectively
Design technical solutions to problems and evaluate though testing generating information to develop ideas further
Ability to apply and solve engineering techniques taking account of industrial and commercial deadlines and work as part of a team
Laboratory work Projects Designated tasks Lectures and tutorials Learning from work
NB: Benchmark References
Foundation Degree qualifications benchmark41,42
Engineering benchmark 20061,2,3,4
Assessment
Project work Competence in a range of business-related
communication techniques
Distinctive Features of the HNC
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Employer’s involvement in programme design and associated work-based learning opportunities.
Reflection of the changing face of the engineering industry and its impact on SME’s and the engineering industry as a whole through a range of engineering topics.
Opportunities for activities in conjunction with local industries.
Recruitment from diverse backgrounds both inside and outside of engineering industry and ages enabling a good cross fertilisation of experiences and aspirations.
Flexible approaches to learning, including the development of Web-based materials through a VLE.
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Intended Learning Outcomes Maps for HNC at HE Level 4
Level 41 Graduate Attributes and Skills 2 3 4Core Programme Intended Learning Outcomes Aims Subject Benchmark Related Core Modules Knowledge/ UnderstandingStudents will be able to demonstrate a knowledge of the underlying concepts and principles associated with their area(s) of study, and an ability to evaluate and interpret these within the context of that (those) area(s) of study. In particular:
Appropriate knowledge and understanding of analytical methods required for mathematics and the sciences within engineering discipline.
Appropriate knowledge and understanding of the role and limitations of ICT with communication, software application and design of engineering problems.
Appropriate knowledge and understanding of general principles of design the methodologies and application to solution specific to engineering discipline.
Appropriate knowledge and understanding of management, business practices and ethics required to maintain and promote professional engineering society.
Appropriate knowledge and understanding of current manufacturing and/or operational practice, codes of practice and the regulatory framework requirements for safe operation for the manufacture of engineering related products
1, 2, 3, 7
3,6, 7
1, 3, 4
2, 5, 6
1, 5, 6, 7
A1, 2, 5
A4
A3, 6
A5
A6
CORC193, 194, 1018FENG134
CORC1016, 1017, 1018FENG134
CORC1017FENG137
CORC1013, 1016
CORC1018FENG134,137
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Cognitive / Intellectual Skills (generic)Students will be able to demonstrate an ability to present, evaluate, and interpret qualitative and quantitative data, to develop lines of argument and make sound judgements in accordance with basic theories and concepts of their subject(s) of study. They will also be able to demonstrate the ability to evaluate the appropriateness of different approaches to solving problems related to their area(s) of study and/or work. In particular to:
Ability to select and apply appropriate mathematical or scientific methods for modelling, analysing and solving practical engineering problems
Ability to select and apply ICT applications to resolve and model engineering problems
Analysis problems requiring engineering design creating new processes or products through synthesis of ideas from a wide range of sources
Evaluate typical commercial risks, using the appropriate tools, as taught has some grasp of commercial risk
Ability to produce solutions to problems through the application of engineering knowledge and understanding Ability to undertake technical risk evaluation
1, 2, 3, 4, 5, 6, 7
1, 3, 4, 6, 7
1, 3
3, 5, 6
1, 3
B1, 2, 3
B2, 3
B4
B5
B2, 3
CORC193, 194, 1018FENG134, 137
CORC193, 1016, 1017FENG134
CORC194, 1017FENG137
CORC1016
CORC1016, 1017FENG137
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Key / Transferable Skills (generic)Students will be able to demonstrate an ability to communicate accurately and reliably, and with structured and coherent arguments. Students will also be able to demonstrate an ability to take different approaches to solving problems. In particular to:
Manipulate and analyse given data through a range of standard forms select appropriate evidence to solve non-routine problems.
Familiarity with common ICT applications word-processor, spreadsheet, email, file transfer, and the web.
Generate, develop and evaluate a range of new solutions, making value judgements for use in the solution of a given problem.
Integrate presentational techniques required by engineers and use these for maximum impact.
Solve some general manufacturing problems through systematic analysis and methods.
1, 2, 5
2, 3
1, 3, 6
2
1, 3, 5, 6, 7
C1
C2
C3, 4, 5
C4
C6
CORC193, 194FENG134, 137
CORC193, 1013, 1016
CORC194, 1016, 1017, 1018FENG134
CORC1013, 1016
CORC194, 1016, 1017, 1018FENG134, 137
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Employment-related skillsStudents will be able to demonstrate an ability to undertake further training and develop new skills within a structured and managed environment and the qualities and transferable skills necessary for employment requiring the exercise of personal responsibility. IN particular to:
Be able to choose from and effectively use a variety of methods of communication with confidence.
Develop time management skills to enable a variety of tasks to be delivered in a timely fashion.
Develop confidence with a variety of mathematical skills and techniques.
Develop confidence with a variety of ICT skills and software packages.
Develop team working and team management skills.
2, 4, 7
1, 2, 3
1, 2, 3
1, 2, 3
1, 2, 4, 5, 7
A, B, C, D CORC193, 194, 1013, 1016, FENG134
CORC1016, 1017FENG137
CORC193, 194, 1018FENG134, 137
CORC193, 194, 1013, 1018 FENG134
CORC1013, 1016
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Practical Skills (subject specific)
Use of appropriate analytical methods and relevant test and measurement equipment for modelling solutions to engineering problems.
Use of engineering ICT application to resolve practical problems in area of design, programming and test and the ability to communicate effectively
Design technical solutions to problems and evaluate though testing generating information to develop ideas further
Ability to apply and solve engineering techniques taking account of industrial and commercial deadlines and work as part of a team
1, 2, 3, 4, 6, 7
2, 3, 4
2, 4, 6
6, 7
D1, 2, 3
D2, 3
D3, 4, 5
D5
CORC194, 1018FENG134, 137
CORC1016, 1017, 1018FENG134
CORC1017, 1018FENG134, 137
CORC1016, 1017, 1018FENG134, 137
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