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ENG2005 – Engineering Design
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Mohammad Ghaleeh
Credit Value: 20
Level: 5
Timetable Slot: All Year
Pre-requisites: ENG1004
Co-requisites: None
Assessment: STD - Engineering Design, Coursework: 100% 29GU - Engineering Design, Coursework: 100% STDFF - Engineering Design (4 Year Programme), Coursework: 100% STDDA - Engineering Design (Degree Apprenticeship), Coursework: 100%
Designated for: Designated for: Beng Mechanical Engineering; BSc Engineering; BSc Engineering (4 Year Programme); BSc Engineering (Manufacturing Engineer Degree Apprenticeship);
Description: The module is about the creation and development of an economically viable product that meets defined requirements. The module involves significant intellectual challenges as it requires you to integrate and augment your engineering knowledge and apply it to the solution of design problems.
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ENG2018 – Engineering Project
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Steve Mabbutt
Credit Value: 20
Level: 5
Timetable Slot: All Year
Pre-requisites: ENG1005 or ENG1006
Co-requisites: None
Assessment: STD - Engineering Project, Coursework: 100% STDFF - Engineering Project (4 Year Programme), Coursework: 100%
Designated for: Designated for: BSc Engineering; BSc Engineering (4 Year Programme);
Description: This module provides the opportunity for the student to undertake a major problem-solving exercise or an in-depth study of a particular topic of interest and permits the integration of the main areas of study in the programme. This module could form the assessment for any University-approved industrial placement opportunity.
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ENG2026 – Work-Based Case Study
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 5
Timetable Slot: All Year
Pre-requisites: None
Co-requisites: None
Assessment: DL - Work-Based Case Study (Distance Learning), Coursework: 100% STDFF - Work-Based Case Study (4 Year Programme), Coursework: 100% STD - Work-Based Case Study, Coursework: 100% STDDA - Work-Based Case Study (Degree Apprenticeship), Coursework: 100%
Designated for: Designated for: BSc Engineering; BSc Engineering (4 Year Programme); BSc Engineering (Manufacturing Engineer Degree Apprenticeship);
Description: This module gives students opportunity to consolidate their learning and produce a report and logbook on a particular piece of work that they have been involved with in their workplace. They will identify a suitable case study topic, which will be industrial and based on working practice or work-placement activities.
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ENG2027 – Lift Applications and Codes
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Lift Applications And Codes (Distance Learning), Coursework: 100%
Designated for:
Description: This module will introduce the basic engineering techniques involved in systems calculation, the selection of equipment appropriate to the application, together with the important aspects of, and principles underlying the requirements of the safety codes.
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ENG2028 – Electronic Systems and Controls for Lifts
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Electronic Systems And Control For Lifts (Distance Learning), Coursework: 100%
Designated for:
Description: The module introduces students to the function and operation of the advanced control systems and power electronics systems encountered in the lift industry. It covers AC and DC control systems, sensors and transducers, supervisory systems and remote diagnostics.
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ENG2036 – Visual and Surface Testing
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Farrokh
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: 21UK - Visual And Surface Testing (Distance Learning) (Skills Training Uk) January, Coursework: 100% DL01 - Visual And Surface Testing (Distance Learning) January, Coursework: 100% 29UK - Visual And Surface Testing (Distance Learning) (Skills Training Uk) September, Coursework: 100% DL - Visual And Surface Testing (Distance Learning), Coursework: 100% JANDA - Visual And Surface Testing (Degree Apprenticeship Provision) January, Coursework: 40% Exam: 60%
Designated for: Designated for: Fdsc Non-Destructive Testing;
Description: This module provides students with a comprehensive knowledge and understanding on three of the most widely used non-destructive testing techniques; visual testing, magnetic particle and liquid penetrant testing. It covers the basic theoretical and practical principles along with with procedural methods including signal and data interpretation and analysis.
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ENG2037 – Radiographic Testing
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Farrokh
Credit Value: 20
Level: 5
Timetable Slot: Semester 2
Pre-requisites: None
Co-requisites: None
Assessment: DL01 - Radiographic Testing (Distance Learning) January, Coursework: 100% JANDA - Radiographic Testing (Degree Apprenticeship Provision) January, Coursework: 40% 29UK - Radiographic Testing (Distance Learning) (Skills Training Uk) September, Coursework: 100% DL - Radiographic Testing (Distance Learning), Coursework: 100% 21UK - Radiographic Testing (Distance Learning) (Skills Training Uk) January, Coursework: 100% JANDA - Radiographic Testing (Degree Apprenticeship Provision) January, Exam: 60%
Designated for: Designated for: Fdsc Non-Destructive Testing;
Description: This module will enable students to develop comprehensive knowledge and understanding of radiographic non-destructive testing.
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ENG2038 – Ultrasonic Testing
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Farrokh
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Ultrasonic Testing (Distance Learning), Coursework: 100% 29UK - Ultrasonic Testing (Distance Learning) (Skills Training Uk) September, Coursework: 100% JANDA - Ultrasonic Testing (Degree Apprenticeship) January, Coursework: 40% DL01 - Ultrasonic Testing (Distance Learning) January, Coursework: 100% 21UK - Ultrasonic Testing (Distance Learning) (Skills Training Uk) January, Coursework: 100% JANDA - Ultrasonic Testing (Degree Apprenticeship) January, Exam: 60%
Designated for: Designated for: Fdsc Non-Destructive Testing;
Description: In this module, students will develop a comprehensive knowledge and understanding of the ultrasonic non-destructive testing techniques.
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ENG2039 – Eddy Current Testing
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Farrokh
Credit Value: 20
Level: 5
Timetable Slot: All Year
Pre-requisites: None
Co-requisites: None
Assessment: 21UK - Eddy Current Testing (Distance Learning) (Skills Training Uk) January, Coursework: 100% 29UK - Eddy Current Testing (Distance Learning) (Skills Training Uk) September, Coursework: 100% JANDA - Eddy Current Testing (Degree Apprenticeship Provision) January, Coursework: 40% DL - Eddy Current Testing (Distance Learning), Coursework: 100% DL01 - Eddy Current Testing (Distance Learning) January, Coursework: 100% JANDA - Eddy Current Testing (Degree Apprenticeship Provision) January, Exam: 60%
Designated for: Designated for: Fdsc Non-Destructive Testing;
Description: This module provides students with a comprehensive knowledge on one of the most widely used non-destructive testing technique - eddy current testing.
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ENG2040 – Quality Management
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Abdeldjalil Bennecer
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL01 - Quality Management (Distance Learning) January, Coursework: 100% DL - Quality Management (Distance Learning), Coursework: 100% 21UK - Quality Management (Distance Learning) (Skills Training Uk) January, Coursework: 100% 29UK - Quality Management (Distance Learning) (Skills Training Uk) September, Coursework: 100%
Designated for: Designated for: Fdsc Non-Destructive Testing;
Description: This module develops students understanding of the management principles, disciplines and techniques involved in quality within an organisation.
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ENG2041 – Quality Tools and Techniques
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Abdeldjalil Bennecer
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Quality Tools And Techniques (Distance Learning), Coursework: 100% DL01 - Quality Tools And Techniques (Distance Learning) January, Coursework: 100% 21UK - Quality Tools And Techniques (Distance Learning) (Skills Training Uk) January, Coursework: 100% 29UK - Quality Tools And Techniques (Distance Learning) (Skills Training Uk) September, Coursework: 100%
Designated for: Designated for: Fdsc Non-Destructive Testing;
Description: This module provides students with an understanding of the tools and techniques of quality, encouraging and allowing an exploration of the applicability and effectiveness of different quality tools and techniques within the design, manufacture and use of products and services.
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ENG2042 – Advanced Lift Technology – Mechanical
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Advanced Lift Technology - Mechanical (Distance Learning), Coursework: 100%
Designated for: Designated for: HNC Lift Engineering (Distance Learning);
Description: The module will introduce students to a broad perception of the key mechanical components found in a lift installation, together with fundamental design calculations. This includes speed reduction units, traction systems, suspension systems, guiding, doors and operators, safety gear and overspeed governors.
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ENG2043 – Advanced Lift Technology – Electrical
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Advanced Lift Technology - Electrical (Distance Learning), Coursework: 100%
Designated for: Designated for: HNC Lift Engineering (Distance Learning);
Description: The module will introduce students to a broad perception of the key electrical components found in a lift installation, together with fundamental design calculations. This includes DC and AC motors and their control, gearless machines, electromagnetic relays and contactors, travelling cables, electromagnetic brakes and safety circuits.
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ENG2044 – Advanced Lift Technology – Hydraulic
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Advanced Lift Technology - Hydraulic (Distance Learning), Coursework: 100%
Designated for: Designated for: HNC Lift Engineering (Distance Learning);
Description: The module will introduce students to a broad perception of the key components found in a hydraulic lift installation, together with fundamental design calculations. This includes hydraulic jacks and jack configurations, hydraulic fluids and their behaviour, piping, valves, control and safety systems.
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ENG2045 – Advanced Mathematics for Engineers
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Huijuan Su
Credit Value: 20
Level: 5
Timetable Slot: Semester 1
Pre-requisites: ENG1051
Co-requisites: None
Assessment: STD - Advanced Mathematics For Engineers, Coursework: 100% STDFF - Advanced Mathematics For Engineers (4 Year Programme), Coursework: 100% 29GU - Advanced Mathematics For Engineers, Coursework: 100%
Designated for: Designated for: Beng Electronics & Computer Engineering; Beng Mechanical Engineering;
Description: This module enables students to build on the basic mathematical principles studied in the first year and aims to give students the advanced knowledge and analytical techniques needed to enable them to study advanced engineering modules successfully and to analyse and solve practical problems through the application of advanced mathematics.
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ENG2046 – Industrial Appreciation
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Dan Bailey
Credit Value: 20
Level: 5
Timetable Slot: Semester 1
Pre-requisites: None
Co-requisites: None
Assessment: STDFF - Industrial Appreciation (4 Year Programme), Coursework: 100% 29GU - Industrial Appreciation, Coursework: 100% STD - Industrial Appreciation, Coursework: 100%
Designated for: Designated for: Beng Mechanical Engineering;
Description: This module has a strong industrial focus. Considering those topics which support the technical elements of engineering, which are vitally important in the modern engineering environment. Students develop skill in research and the application of theoretical knowledge to solve cross-disciplinary problems.
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ENG2048 – Learning Through Work (WBL)
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Dan Bailey
Credit Value: 40
Level: 5
Timetable Slot: All Year
Pre-requisites: None
Co-requisites: None
Assessment: STD - Learning Through Work (Wbl), Coursework: 100%
Designated for: Designated for: Beng Electrical & Electronic Engineering; Beng Mechanical Engineering;
Description: Through work-based activities the purpose of this module is to gain experience of researching technical information, solving cross-disciplinary technical problems and applying knowledge gained in an industrial environment. With a strong industrial focus the placement is supported via tutor visits, industrial talks and seminar based activities.
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ENG2050 – Control Systems
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Huijuan Su
Credit Value: 20
Level: 5
Timetable Slot: Semester 2
Pre-requisites: ENG1050
Co-requisites: None
Assessment: 29GU - Control Systems, Coursework: 40% STD - Control Systems, Coursework: 40% STDFF - Control Systems (4 Year Programme), Coursework: 40% Exam: 60% 29GU - Control Systems, Exam: 60% STD - Control Systems, Exam: 60%
Designated for: Designated for: Beng Mechanical Engineering;
Description: The module applies knowledge gained in the study of Mechanical Principles and Electrical Principles and introduces the basic concepts of instrumentation and control systems. This module provides rigorous analysis of control systems, and studies the design of controllers and the implementation of control algorithms.
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ENG2051 – Analogue and Digital Electronics
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Hamd Mohamed
Credit Value: 20
Level: 5
Timetable Slot: Semester 1
Pre-requisites: ENG1005 or ENG1050
Co-requisites: None
Assessment: STDDA - Analogue And Digital Electronics (Degree Apprenticeship), Coursework: 100% 29GU - Analogue And Digital Electronics, Coursework: 100% STDBE - Analogue And Digital Electronics (Beng), Coursework: 100% STD - Analogue And Digital Electronics, Coursework: 100% STDBS - Analogue And Digital Electronics (Bsc), Coursework: 100% STDFF - Analogue And Digital Electronics (4 Year Programme), Coursework: 100%
Designated for: Designated for: Beng Electronics & Computer Engineering; BSc Engineering; BSc Engineering (4 Year Programme); BSc Engineering (Manufacturing Engineer Degree Apprenticeship);
Description: This module introduces electronic devices, circuits and circuit theory which form the building blocks of a practical electronic system. In understanding the limitations and performances of such devices and techniques students will appreciate how a system may be degraded or enhanced by their selection and application.
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ENG2053 – Solid Mechanics
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Shafqat Rasool
Credit Value: 20
Level: 5
Timetable Slot: Semester 2
Pre-requisites: ENG1049 and ENG1051
Co-requisites: None
Assessment: STDFF - Solid Mechanics (4 Year Programme), Coursework: 40% STD - Solid Mechanics, Coursework: 40% 29GU - Solid Mechanics, Coursework: 40% Exam: 60% STD - Solid Mechanics, Exam: 60% STDFF - Solid Mechanics (4 Year Programme), Exam: 60%
Designated for: Designated for: Beng Mechanical Engineering;
Description: This module is concerned with the mechanics of rigid and deformable solids in a state of equilibrium. It reviews the fundamental principles of rigid body statics extending them to deformable solid bodies. Concepts of stress and strain are introduced as will stress-strain relations describing the static behavior of elastic bodies.
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ENG2054 – Electromagnetism for Engineers
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Hamd Mohamed
Credit Value: 20
Level: 5
Timetable Slot: Semester 2
Pre-requisites: Electrical and Electronic Principles (ENG1050) and Mathematics for Engineers (ENG1051)
Co-requisites: None
Assessment: STD - Electromagnetism For Engineers, Coursework: 40% 29GU - Electromagnetism For Engineers, Coursework: 40% STDFF - Electromagnetism For Engineers (4 Year Programme), Coursework: 40% 29GU - Electromagnetism For Engineers, Exam: 60% STD - Electromagnetism For Engineers, Exam: 60% STDFF - Electromagnetism For Engineers (4 Year Programme), Exam: 60%
Designated for:
Description: The module covers the fundamental theory and practice of electromagnetism through electrical machines building on their knowledge gained in the previous study of Electrical and Electronic Principles and Mathematics for Engineers.
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ENG2055 – Advanced Thermo-Fluids
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Tariq Chaudhary
Credit Value: 20
Level: 5
Timetable Slot: Semester 1
Pre-requisites: ENG1049
Co-requisites: None
Assessment: STDFF - Advanced Thermo-Fluids (4 Year Programme), Coursework: 30% STD - Advanced Thermo-Fluids, Coursework: 30% 29GU - Advanced Thermo-Fluids, Coursework: 30% Exam: 70% STD - Advanced Thermo-Fluids, Exam: 70% STDFF - Advanced Thermo-Fluids (4 Year Programme), Exam: 70%
Designated for: Designated for: Beng Mechanical Engineering;
Description: This module builds on the basic Thermo-Fluid Principles introduced in the first year. It presents an overview of fundamental scientific principles underpinning the design and operation of advanced mechanical engineering systems. The module aims to develop analytical problem-solving skills in the context of advanced mechanical engineering.
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ENG2057 – Advanced Mechanical Principles
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Shafqat Rasool
Credit Value: 20
Level: 5
Timetable Slot: Semester 2
Pre-requisites: ENG1006
Co-requisites: None
Assessment: STDFF - Advanced Mechanical Principles (4 Year Programme), Coursework: 40% STDDA - Advanced Mechanical Principles (Degree Apprenticeship), Coursework: 40% STD - Advanced Mechanical Principles, Coursework: 40% Exam: 60% STDFF - Advanced Mechanical Principles (4 Year Programme), Exam: 60% STDDA - Advanced Mechanical Principles (Degree Apprenticeship), Exam: 60%
Designated for: Designated for: BSc Engineering; BSc Engineering (4 Year Programme); BSc Engineering (Manufacturing Engineer Degree Apprenticeship);
Description: This module enables students to build on the basic Mechanical Principles studied in the first year. This module will also give students a broader perception of the theory behind engineering practice. Students will experience practical applications in the laboratory environment and be involved in the use of computer aided processes.
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ENG2058 – Manufacturing and Manufacturing Systems Technology
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Mahmoud
Credit Value: 20
Level: 5
Timetable Slot: Semester 1
Pre-requisites: ENG1007
Co-requisites: None
Assessment: JANDL - Manufacturing And Manufacturing Systems Technology (Degree Apprenticeship Provision) January Distance Learnng, Coursework: 100% STDFF - Manufacturing And Manufacturing Systems Technology (4 Year Programme), Coursework: 40% STDDA - Manufacturing And Manufacturing Systems Technology (Degree Apprenticeship), Coursework: 40% JANDA - Manufacturing And Manufacturing Systems Technology (Degree Apprenticeship Provision) January, Coursework: 40% STD - Manufacturing And Manufacturing Systems Technology, Coursework: 40% STDFF - Manufacturing And Manufacturing Systems Technology (4 Year Programme), Exam: 60% STD - Manufacturing And Manufacturing Systems Technology, Exam: 60% STDDA - Manufacturing And Manufacturing Systems Technology (Degree Apprenticeship), Exam: 60% JANDA - Manufacturing And Manufacturing Systems Technology (Degree Apprenticeship Provision) January, Exam: 60%
Designated for: Designated for: BSc Engineering; BSc Engineering (4 Year Programme); BSc Engineering (Manufacturing Engineer Degree Apprenticeship);
Description: This module provides underpinning knowledge of conventional techniques and processes required for the manufacturing products. It further covers manufacturing systems. It enables students to synthesize known factors in existing product manufacture at a level that will enable them to suggest or recommend changes for improvement through advanced and computer-based techniques.
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ENG2059 – Innovation and Management for Engineers
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Keith Moffitt
Credit Value: 20
Level: 5
Timetable Slot: Semester 2
Pre-requisites: ENG1048
Co-requisites: None
Assessment: STD - Innovation And Management For Engineers, Coursework: 100% JANDA - Innovation And Management For Engineers (Degree Apprenticeship Provision) January, Coursework: 100% STDFF - Innovation And Management For Engineers (4 Year Programme), Coursework: 100% STDDA - Innovation And Management For Engineers (Degree Apprenticeship), Coursework: 100%
Designated for: Designated for: BSc Engineering; BSc Engineering (4 Year Programme); BSc Engineering (Manufacturing Engineer Degree Apprenticeship);
Description: The purpose of this module is to consider factors which assist in the development and management of engineering activities. It has a strong industry focus key themes are the innovation process, considering where inspiration is gained, sustainability, legal considerations and management techniques relating to projects and research and development.
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ENG2065 – Electronics Instrumentation and Control Systems
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Huijuan Su
Credit Value: 20
Level: 5
Timetable Slot: Semester 2
Pre-requisites: None
Co-requisites: None
Assessment: STD - Electronics Instrumentation And Control Systems, Coursework: 100% STDFF - Electronics Instrumentation And Control Systems (4 Year Programme), Coursework: 100%
Designated for: Designated for: Beng Electronics & Computer Engineering;
Description: The module applies knowledge gained in the study of Mechanical Principles and Electrical Principles and introduces the basic concepts of instrumentation and control systems. This module provides rigorous analysis of control systems and studies the design of controllers and the implementation of control algorithms.
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ENG2202 – Managing People
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Andy Osborn
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: 29BF - Managing People (Bedford College) September/October, Coursework: 100%
Designated for:
Description: The purpose of this module is to give learners an understanding of management processes within the engineering sector. The module will allow learners to prepare and plan for their career pathway with an understanding of the engineering sector management processes.
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ENG2203 – Microcontrollers
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator:
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: 29BF - Microcontrollers (Bedford College) September/October, Coursework: 100%
Designated for:
Description: This module aims to further develop learners? understanding of programming Microcontrollers and their applications across the engineering sector. Learners will learn to work with different types of coding languages and design practical solutions to specification.
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ENG2204 – Further Electrical and Electronic Principles
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Paul Coleman
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: ENG1204
Co-requisites: None
Assessment: 29BF - Further Electrical And Electronic Principles (Bedford College) September/October, Coursework: 100%
Designated for:
Description: This unit will further develop learners? understanding of electrical theorybegnning with additional topographical methods in circuit analysis. The students? ability in circuit analysis is then applied to understand the behaviour of standard circuit types ? R-L, R-C, R-L-C transient response, signal propagation in transmission lines and to the design and evaluation of passive filters ? Butterworth, Chebyshev, Low, Band, High Pass .
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ENG2205 – Thermodynamics and Fluid Mechanics
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Giles Mackjoo
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: 29BF - Thermodynamics And Fluid Mechanics (Bedford College) September/October, Coursework: 100%
Designated for:
Description: This module will develop students? knowledge of Fluid Mechanics and Thermo-dynamics to a level where they are able to model real thermal and fluid behaviour.
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ENG2208 – Analogue Electronics
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Paul Coleman
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: 29BF - Analogue Electronics (Bedford College) September/October, Coursework: 100%
Designated for:
Description: This module aims to further develop learners? understanding of analogue electronics and their applications across the engineering sector.
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ENG2209 – CAD for Technicians and Engineers
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Michael Cook
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: 29BF - Cad For Technicians And Engineers (Bedford College) September/October, Coursework: 100%
Designated for:
Description: The purpose of this module is to enhance the students? knowledge, skills and understanding in the use of computer-aided design (CAD) systems when undertaking both 2D draughting and 3D surface and solid modelling of engineering components and understand where CAD links in to the overall design and manufacturing processes within an engineering organisation.
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ENG2210 – Heat Transfer and Combustion
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator:
Credit Value: 20
Level: 5
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: 29BF - Heat Transfer And Combustion (Bedford College) September/October, Coursework: 100%
Designated for:
Description: The purpose of this module is to equip students with the techniques for Heat Transfer calculations ? covering conduction, convection and radiation ? and how to apply these to a range of practical engineering problems, and introduce students to simple combustion calculations