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ENG1004 – Introduction to Engineering Design
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Mohammad Ghaleeh
Credit Value: 20
Level: 4
Timetable Slot: All Year
Pre-requisites: None
Co-requisites: None
Assessment: STDDA - Introduction To Engineering Design (Degree Apprenticeship), Coursework: 100% STD - Introduction To Engineering Design, Coursework: 100% 19GU - Introduction To Engineering Design (Gulf University), Coursework: 100% STDFF - Introduction To Engineering Design (4 Year Programme), Coursework: 100%
Designated for: Designated for: Beng Mechanical Engineering; BSc Engineering; HNC Engineering;
Description: The module introduces students to engineering drawing and the production of engineering models and drawings using computer technology. The selection of materials, engineering components, and the operating principles of simple machines will also be features of the module.
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ENG1005 – Electrical Principles
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Huijuan Su
Credit Value: 20
Level: 4
Timetable Slot: Semester 2
Pre-requisites: None
Co-requisites: None
Assessment: STD - Electrical Principles, Coursework: 40% STDDA - Electrical Principles (Degree Apprenticeship), Coursework: 40% JANDA - Electrical Principles (Degree Apprenticeship), Coursework: 40% STDFF - Electrical Principles (4 Year Programme), Coursework: 40% Exam: 60% JANDA - Electrical Principles (Degree Apprenticeship), Exam: 60% STDDA - Electrical Principles (Degree Apprenticeship), Exam: 60% STD - Electrical Principles, Exam: 60%
Designated for: Designated for: BSc Engineering; HNC Engineering;
Description: The purpose of the module is to provide students an overview of fundamental scientific principles which underpin the design and operation of electrical engineering systems which will provide a basis for further study in specialist areas of electrical and electronic engineering.
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ENG1006 – Mechanical Principles
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Nawar Al-Esawi
Credit Value: 20
Level: 4
Timetable Slot: Semester 2
Pre-requisites: None
Co-requisites: None
Assessment: STDFF - Mechanical Principles (4 Year Programme), Coursework: 40% STDDA - Mechanical Principles (Degree Apprenticeship), Coursework: 40% STD - Mechanical Principles, Coursework: 40% Exam: 60% STDDA - Mechanical Principles (Degree Apprenticeship), Exam: 60% STDFF - Mechanical Principles (4 Year Programme), Exam: 60%
Designated for: Designated for: BSc Engineering; HNC Engineering;
Description: The purpose of this module is to develop understanding of basic mechanical principles to enable students to participate in the design, development and operation of mechanical engineering systems. This module aims to provide a firm foundation for work in these fields and also a basis for more advanced study.
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ENG1007 – Materials Science
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Shafqat Rasool
Credit Value: 20
Level: 4
Timetable Slot: Semester 1
Pre-requisites: None
Co-requisites: None
Assessment: JANDA - Materials Science (Degree Apprenticeship Provision) January, Coursework: 40% 19GU - Materials Science (Gulf University), Coursework: 40% STD - Materials Science, Coursework: 40% STDDA - Materials Science (Degree Apprenticeship), Coursework: 40% STDFF - Materials Science (4 Year Programme), Coursework: 40% STDBS - Materials Science (Bsc), Coursework: 40% STDFF - Materials Science (4 Year Programme), Exam: 60% STD - Materials Science, Exam: 60% STDDA - Materials Science (Degree Apprenticeship), Exam: 60% JANDA - Materials Science (Degree Apprenticeship Provision) January, Exam: 60% STDBS - Materials Science (Bsc), Exam: 60% 19GU - Materials Science (Gulf University), Exam: 60%
Designated for: Designated for: Beng Mechanical Engineering; BSc Engineering; HNC Engineering;
Description: The purpose of this module is to provide Engineering students with a sound background knowledge and understanding of structure, properties, testing and application of engineering materials. Students will gain a broad knowledge of the range of manufacturing processes that can be applied to materials for a variety of manufacturing applications.
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ENG1021 – Electronic Principles
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Abdeldjalil Bennecer
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: 11UK - Electronic Principles (Distance Learning) (Skills Training Uk) January, Coursework: 100% 19UK - Electronic Principles (Distance Learning) (Skills Training Uk) September, Coursework: 100% DL01 - Electronic Principles (Distance Learning) January, Coursework: 100%
Designated for: Designated for: Fdsc Non-Destructive Testing;
Description: This module aims to introduce student to basic electrical quantities and DC and circuit analysis techniques. The module then introduces AC circuits and the effect of capacitance and inductance, leading to resonant circuits and filters.
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ENG1024 – Mathematics for Technology Part 1
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Abdeldjalil Bennecer
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: 1JDL - Mathematics For Technology Part 1 (Distance Learning), Coursework: 100% 11UK - Mathematics For Technology Part 1 (Distance Learning) (Skills Training Uk) January, Coursework: 100% DL01 - Mathematics For Technology Part 1 (Distance Learning) January, Coursework: 100% DL - Mathematics For Technology Part 1 (Distance Learning), Coursework: 100% 19UK - Mathematics For Technology Part 1 (Distance Learning) (Skills Training Uk) September, Coursework: 100%
Designated for: Designated for: Fdsc Lift Engineering (Distance Learning); Fdsc Non-Destructive Testing; HNC Lift Engineering (Distance Learning);
Description: Applied mathematics underpins the understanding of many principles in all engineering disciplines. This module aims to give students the fundamental knowledge and analytical techniques needed to enable them to study engineering modules successfully and to analyse and solve practical problems through the application of mathematics.
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ENG1025 – Introduction to Engineering Design
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Introduction To Engineering Design (Distance Learning), Coursework: 100%
Designated for: Designated for: Fdsc Lift Engineering (Distance Learning); HNC Lift & Escalator Technology; HNC Lift Engineering (Distance Learning); HND Lift & Escalator Technology;
Description: This modules examines current design philosohies and their relevance to lift system design, incluidng maintenance and installation. It references current codes of practice and Standards.
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ENG1028 – Contract Management
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 10
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Contract Management (Distance Learning), Coursework: 100% 1JDL - Contract Management (Distance Learning) January, Coursework: 100%
Designated for: Designated for: Fdsc Lift Engineering (Distance Learning); HNC Lift Engineering (Distance Learning);
Description: The purpose of this module is to introduce students to the range of contracts encountered within the lift/escalator sectors in order to develop their confidence in the related terminology used throughout the entire contractual agreement cycle.
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ENG1035 – Introduction to Non-Destructive Testing
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Abdeldjalil Bennecer
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: JANDA - Introduction To Non-Destructive Testing (Degree Apprenticeship Provision) January, Coursework: 100% DL01 - Introduction To Non-Destructive Testing (Distance Learning) January, Coursework: 100% 19UK - Introduction To Non-Destructive Testing (Distance Learning) (Skills Training Uk) September, Coursework: 100% 11UK - Introduction To Non-Destructive Testing (Distance Learning) (Skills Training Uk) January, Coursework: 100%
Designated for: Designated for: Fdsc Non-Destructive Testing;
Description: This module enables students to understand how/why materials are inspected. It will review various types of testing techniques and provide students with a basic knowledge of the most common non-destructive testing (NDT) methods and applications. It will give students an overview of the international codes and standards used in NDT.
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ENG1036 – Material Properties for NDT
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Abdeldjalil Bennecer
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL01 - Material Properties For Ndt (Distance Learning) January, Coursework: 100% 11UK - Material Properties For Ndt (Distance Learning) (Skills Training Uk) January, Coursework: 100% 19UK - Material Properties For Ndt (Distance Learning) (Skills Training Uk) September, Coursework: 100%
Designated for: Designated for: Fdsc Non-Destructive Testing;
Description: The main purpose of this module is to enable students to understand the basic structure and properties of types of metallic and non-metallic materials. It will introduce students to production and manufacturing processes, and will also give students a basic understanding of joining techniques.
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ENG1037 – Technical Project
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Abdeldjalil Bennecer
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: 11UK - Technical Project (Distance Learning) (Skills Training Uk) January, Coursework: 100% JANDA - Technical Project (Degree Apprenticeship Provision) January, Coursework: 100% 19UK - Technical Project (Distance Learning) (Skills Training Uk) September, Coursework: 100% DL01 - Technical Project (Distance Learning) January, Coursework: 100%
Designated for: Designated for: Fdsc Non-Destructive Testing;
Description: This module is designed to embrace all aspects of work-based learning. It module provides the opportunity for the student to demonstrate that they understand at least one type of non-destructive test and that they can use that test in a work environment.
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ENG1038 – Personal Development
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Phil
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL01 - Personal Development (Distance Learning) January, Coursework: 100% 11UK - Personal Development (Distance Learning) (Skills Training Uk) January, Coursework: 100% 19UK - Personal Development (Distance Learning) (Skills Training Uk) September, Coursework: 100%
Designated for: Designated for: Fdsc Non-Destructive Testing;
Description: The module provides the opportunity for the student to reflect on the learning experiences of relevant work-based activities as part of the degree programme using a personal development portfolio.
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ENG1039 – Fundamentals of Lift Technology
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: SA1EK - Fundamentals Of Lift Technology (Elevated Knowledge Ltd) (Distance Learning) (Stand Alone Module) January, Coursework: 100% SA9LI - Fundamentals Of Lift Technology (Lits Ltd) (Distance Learning) (Stand Alone Module) September, Coursework: 100% SA1LI - Fundamentals Of Lift Technology (Lits Ltd) (Distance Learning) (Stand Alone Module) January, Coursework: 100% SA9EK - Fundamentals Of Lift Technology (Elevated Knowledge Ltd) (Distance Learning) (Stand Alone Module) September, Coursework: 100% 1JDL - Fundamentals Of Lift Technology (Distance Learning) January, Coursework: 100% DL - Fundamentals Of Lift Technology (Distance Learning), Coursework: 100% SAM01 - Fundamentals Of Lift Technology (Distance Learning) (Stand Alone Module) January, Coursework: 100% SAM09 - Fundamentals Of Lift Technology (Distance Learning) (Stand Alone Module) September, Coursework: 100%
Designated for: Designated for: Fdsc Lift Engineering (Distance Learning); HNC Lift & Escalator Technology; HNC Lift Engineering (Distance Learning); University Certificate In Lift & Escalator Technology;
Description: The module will give students a broad perception of the fundamentals and principles encountered in the Lift Industry, and with major components found in a lift installation. Students will experience practical applications in work-based environments.
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ENG1042 – Lift and Escalator Engineering Project
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Lift And Escalator Engineering Project (Distance Learning), Coursework: 100% 1JDL - Lift And Escalator Engineering Project (Distance Learning) January, Coursework: 100%
Designated for: Designated for: Fdsc Lift Engineering (Distance Learning); HNC Lift Engineering (Distance Learning);
Description: This module aims to provide opportunities for students consciously to develop the specific skills of learning, competence, development and team working whilst undertaking a small work-related project.
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ENG1044 – Contract Management Part 2
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 10
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Contract Management Part 2 (Distance Learning), Coursework: 100% 1JDL - Contract Management Part 2 (Distance Learning) January, Coursework: 100%
Designated for: Designated for: Fdsc Lift Engineering (Distance Learning); HNC Lift Engineering (Distance Learning);
Description: The module will give students a broad perception of contractual issues encountered when working 'on site'. It covers the contractual administrative procedures and contract management techniques relevent to dealing with the installation, maintenance and servicing of lift/escalator equipment. It also includes legal and health and safety requirements.
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ENG1047 – Analytical Methods for Technology
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Ahmed Basil
Credit Value: 20
Level: 4
Timetable Slot: All Year
Pre-requisites: None
Co-requisites: None
Assessment: JANDA - Analytical Methods For Technology (Degree Apprenticeship Provision) January, Coursework: 40% STDDA - Analytical Methods For Technology (Degree Apprenticeship), Coursework: 40% STD - Analytical Methods For Technology, Coursework: 40% STDFF - Analytical Methods For Technology (4 Year Programme), Coursework: 40% STDDA - Analytical Methods For Technology (Degree Apprenticeship), Exam: 60% JANDA - Analytical Methods For Technology (Degree Apprenticeship Provision) January, Exam: 60% STD - Analytical Methods For Technology, Exam: 60% STDFF - Analytical Methods For Technology (4 Year Programme), Exam: 60%
Designated for: Designated for: BSc Engineering; HNC Engineering;
Description: Applied mathematics underpins the understanding of many principles in all engineering disciplines. This module aims to provide Engineering students with the fundamental knowledge and analytical techniques needed to enable them to study related engineering modules successfully and to analyse and solve practical problems through the application of mathematics.
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ENG1048 – Engineering Industry Practice
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Keith Moffitt
Credit Value: 20
Level: 4
Timetable Slot: Semester 1
Pre-requisites: None
Co-requisites: None
Assessment: JANDA - Engineering Industry Practice (Degree Apprenticeship Provision) January, Coursework: 100% 19GU - Engineering Industry Practice (Gulf University, Bahrain), Coursework: 100% STDDA - Engineering Industry Practice (Degree Apprenticeship), Coursework: 100% STDBS - Engineering Industry Practice (Bsc), Coursework: 100% STDFF - Engineering Industry Practice (4 Year Programme), Coursework: 100% STDBE - Engineering Industry Practice (Beng), Coursework: 100% STD - Engineering Industry Practice, Coursework: 100%
Designated for: Designated for: Beng Electronics & Computer Engineering; Beng Mechanical Engineering; BSc Engineering; HNC Engineering;
Description: The purpose of this module is to examin key factors which complement technical elements of engineering, understanding of which is regarded essential in todays industrial environment. Analysis of the key areas of qualty, standards sustainability, project management and ethics form strong themes throught the module.
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ENG1049 – Thermo-Fluid and Mechanical Principles
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Tariq Chaudhary
Credit Value: 20
Level: 4
Timetable Slot: All Year
Pre-requisites: None
Co-requisites: None
Assessment: 19GU - Thermo-Fluid And Mechanical Principles (Gulf University, Bahrain), Coursework: 100% STDFF - Thermo-Fluid And Mechanical Principles (4 Year Programme), Coursework: 100% STD - Thermo-Fluid And Mechanical Principles, Coursework: 100%
Designated for: Designated for: Beng Mechanical Engineering;
Description: This module aims to provide an overview of fundamental scientific principles which underpin the design and operation of mechanical engineering systems providing a basis for further study in specialist areas of mechanical engineering and to develop analytical problem-solving skills in the context of mechanical engineering
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ENG1050 – Electrical and Electronic Principles
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Stephen Hillyard
Credit Value: 20
Level: 4
Timetable Slot: All Year
Pre-requisites: None
Co-requisites: None
Assessment: STDFF - Electrical And Electronic Principles (4 Year Programme), Coursework: 100% STD - Electrical And Electronic Principles, Coursework: 100% 19GU - Electrical And Electronic Principles (Gulf University, Bahrain), Coursework: 100%
Designated for: Designated for: Beng Electronics & Computer Engineering; Beng Mechanical Engineering;
Description: This module aims to provide Engineering students with the fundamental knowledge and analytical techniques to build a firm foundation for the analysis, operation, problem solving and circuit simulation exploring both DC and AC electrical and electronics circuits.
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ENG1051 – Mathematics for Engineers
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Stephen Hillyard
Credit Value: 20
Level: 4
Timetable Slot: All Year
Pre-requisites: None
Co-requisites: None
Assessment: STDFF - Mathematics For Engineers (4 Year Programme), Coursework: 100% 19GU - Mathematics For Engineers (Gulf University), Coursework: 100% STD - Mathematics For Engineers, Coursework: 100%
Designated for: Designated for: Beng Electronics & Computer Engineering; Beng Mechanical Engineering;
Description: This module aims to provide Engineering students with the fundamental knowledge and analytical techniques needed to enable them to study related engineering modules successfully and to analyse and solve practical problems through the application of mathematics and to develop analytical problem-solving skills in the context of engineering and engineering systems.
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ENG1052 – Ethics, Sustainability and Quality in Technology Based Environments
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Mohammad Ghaleeh
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: 19AE - Ethics, Sustainability And Quality In Technology Based Environments (Aastmt, Cairo) September/October, Coursework: 100% 19AA - Ethics, Sustainability And Quality In Technology Based Environments (Aastmt, Alexandria) September/October, Coursework: 100%
Designated for:
Description: The module examines key factors and considerations which a technology business and the technology professional will have to consider. In particular the syllabus focuses upon the areas of ethics, sustainability and quality within a technological environment and how these may affect the professional conduct of the practitioner within the global marketplace.
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ENG1060 – Electrical Fundamentals for Lift and Escalator Technology
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 4
Timetable Slot: All Year
Pre-requisites: None
Co-requisites: None
Assessment: SA1LI - Electrical Fundamentals For Lift And Escalator Technology (Lits Ltd) (Stand Alone Module) (January), Coursework: 100% 1JDL - Electrical Fundamentals For Lift And Escalator Technology (January), Coursework: 100% SA9LI - Electrical Fundamentals For Lift And Escalator Technology (Lits Ltd) (Stand Alone Module) (September), Coursework: 100% SA9EK - Electrical Fundamentals For Lift And Escalator Technology (Eleveated Knowledge Ltd) (Stand Alone Module) (September), Coursework: 100% SA1EK - Electrical Fundamentals For Lift And Escalator Technology (Eleveated Knowledge Ltd) (Stand Alone Module) (January), Coursework: 100% DL - Electrical Fundamentals For Lift And Escalator Technology, Coursework: 100% SAM01 - Electrical Fundamentals For Lift And Escalator Technology (Stand Alone Module) (January), Coursework: 100% SAM09 - Electrical Fundamentals For Lift And Escalator Technology (Stand Alone Module) (September), Coursework: 100%
Designated for: Designated for: University Certificate In Lift & Escalator Technology;
Description: The purpose of the module is to provide students an overview of fundamental electrical/electronic scientific principles which underpin the design, development, modernisation, maintenance and operation of lift and escalator systems. It provides the basis for further study of specialist modules covering electrical and electronic engineering.
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ENG1061 – Mechanical Fundamentals for Lift and Escalator Technology
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Stefan Kaczmarczyk
Credit Value: 20
Level: 4
Timetable Slot: All Year
Pre-requisites: None
Co-requisites: None
Assessment: SA1LI - Mechanical Fundamentals For Lift And Escalator Technology (Lits Ltd) (Stand Alone Module) (January), Coursework: 100% DL - Mechanical Fundamentals For Lift And Escalator Technology, Coursework: 100% SA9LI - Mechanical Fundamentals For Lift And Escalator Technology (Lits Ltd) (Stand Alone Module) (September), Coursework: 100% SA9EK - Mechanical Fundamentals For Lift And Escalator Technology (Elevated Knowledge Ltd) (Stand Alone Module) (September), Coursework: 100% 1JDL - Mechanical Fundamentals For Lift And Escalator Technology (January), Coursework: 100% SA1EK - Mechanical Fundamentals For Lift And Escalator Technology (Elevated Knowledge Ltd) (Stand Alone Module) (January), Coursework: 100% SAM01 - Mechanical Fundamentals For Lift And Escalator Technology (Stand Alone Module) (January), Coursework: 100% SAM09 - Mechanical Fundamentals For Lift And Escalator Technology (Stand Alone Module) (September), Coursework: 100%
Designated for: Designated for: University Certificate In Lift & Escalator Technology;
Description: The purpose of the module is to provide students an overview of fundamental mechanical scientific principles which underpin the design, development, modernisation, maintenance and operation of lift and escalator systems. It provides the basis for further study of specialist modules covering mechanical engineering.
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ENG1062 – Examination and Testing of Lifts
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 4
Timetable Slot: All Year
Pre-requisites: None
Co-requisites: None
Assessment: 1JDL - Examination And Testing Of Lifts, Coursework: 100% DL - Examination And Testing Of Lifts, Coursework: 100%
Designated for: Designated for: HNC Lift & Escalator Technology; HND Lift & Escalator Technology;
Description: This module will introduce students to the criteria used in examination and testing of a lift system, the relevant working practices and how they are typically verified in codes and standards, and other relavent industry guidance including paperwork for recording tests, reporting results, inspection, tooling and measuring equipment.
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ENG1063 – Examination and Testing of Elevators
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 10
Level: 4
Timetable Slot: All Year
Pre-requisites: None
Co-requisites: None
Assessment: 1JDL - Examination And Testing Of Elevators, Coursework: 100% DL - Examination And Testing Of Elevators, Coursework: 100%
Designated for: Designated for: HNC Lift & Escalator Technology; HND Lift & Escalator Technology;
Description: This module introduces students to the criteria used in examination and testing of a escalator / moving walk system, relevant working practices and how they are typically verified in codes and standards, and other relavent industry guidance including paperwork for recording tests, reporting results, inspection, tooling and measuring equipment.
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ENG1064 – Escalators and Moving Walks
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 10
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Escalators And Moving Walks, Coursework: 100% 1JDL - Escalators And Moving Walks, Coursework: 100%
Designated for: Designated for: HNC Lift & Escalator Technology; HND Lift & Escalator Technology;
Description: The purpose of this module is for students to explore the key components in escalators and moving walks, the mathematical principles involved in their design and operation, and the related appropriate Codes and Standards.
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ENG1070 – Electronic Engineering Practice
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 4
Timetable Slot: Semester 2
Pre-requisites: None
Co-requisites: None
Assessment: STDFF - Electronic Engineering Practice, Coursework: 100% STD - Electronic Engineering Practice, Coursework: 100%
Designated for: Designated for: Beng Electronics & Computer Engineering;
Description: The purpose of this module is to develop students' confidence in the use of electronic design tools in the simulation, design, manufacturing and testing of circuits for real-world applications.
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ENG1072 – Fundamentals of Lift and Escalator Technology
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Jonathan Adams
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: DL - Fundamentals Of Lift And Escalator Technology, Coursework: 100% 1JDL - Fundamentals Of Lift And Escalator Technology (Distance Learning, January), Coursework: 100%
Designated for: Designated for: HNC Lift & Escalator Technology;
Description: The module provides students with a broad perception of the fundamentals in the lift and esclator industry, exploring the key components and concepts found in both lift and escalator design and operation. It also explores basic mathematical principles involved in their design and operation, and the related Codes and Standards.
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ENG1200 – Engineering Mathematics 1
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Giles Mackjoo
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: L3 Maths/engineering qualification
Co-requisites: None
Assessment: 19BF - Engineering Mathematics 1 (Bedford College), Coursework: 40% Exam: 60%
Designated for:
Description: The purpose of this module is to develop students? previous mathematical knowledge in the fields of algebra, trigonometry, calculus and statistics for the analysis, modelling and solution of realistic engineering problems.Algebraic methods are developed for finding roots of equations, analysing partial fractions, and students? knowledge is developed in the areas of exponential and hyperbolic functions and series and how these are applied to engineering problems. Trigonometric functions, including multiple angle formulae, are used to solve geometrical problems and waveforms, and students knowledge of calculus is developed to tackle a range of range of engineering tasks. Finally statistical methods are used to study the behaviour of batches and establish relationships between experimental parameters.
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ENG1201 – Electro-Mechanical Fundamental Science
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Austyn Beeching-Smith
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: BTEC Level 3 or equivalent in Electrical/Electronic Engineering
Co-requisites: None
Assessment: 19BF - Electro-Mechanical Fundamental Science (Bedford College), Coursework: 100%
Designated for:
Description: The purpose of this module is to introduce the fundamental engineering principles for Electrical, Mechanical and General Engineering pathways. Students learn how to analyse and predict the behaviour of DC and AC circuits, as well as analysing the stresses and loading of static mechanical structures, and the dynamic behaviour of linear and rotational systems
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ENG1202 – PLCs and Automation
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Andy Osborn
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: None
Co-requisites: None
Assessment: 19BF - Plcs And Automation (Bedford College), Coursework: 100%
Designated for:
Description: This module covers the fundamentals of PLC-based automation, including specifying, programming, interfacing and fault finding. Also covered is industrial robotics, including robot operating principles, specifying and programming a robot. The students then apply the two disciplines to interface a robot with a PLC system according to a given specification.
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ENG1203 – Pneumatics and Hydraulic Applications
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: P Pullan
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: BTEC Level 3 or equivalent in Mechanical Engineering
Co-requisites: None
Assessment: 19BF - Pneumatics And Hydraulic Applications (Bedford College), Coursework: 100%
Designated for:
Description: The purpose of the module is to broaden students? insight of pneumatic and hydraulic fluid power systems and their general applications in industry while enabling them to design fluid power circuits. Beginning with a knowledge of pneumatic and hydraulic circuit symbols and diagrams, students will learn how to interpret fluid power circuits and diagrams, before moving on to study the construction and operation of fluid power equipment. The knowledge gained of fluid power circuits and equipment will then be harnessed for the design of pneumatic and hydraulic systems.
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ENG1207 – Materials Engineering
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Michael Cook
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: L3 maths/engineering qualification
Co-requisites: None
Assessment: 19BF - Materials Engineering (Bedford College), Coursework: 100%
Designated for:
Description: This module explores the four major categories of engineering materials through knowledge of their micro- and macrostructures and how these influence their properties. The effect of major manufacturing processes on material properties and behaviour are explored together with case studies which will develop experience in material selection. Typical causes of in-service failure are explored together with practical sessions which introduce students to a range of destructive and non-destructive testing techniques.
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ENG1209 – Logic Circuit Design
Field: ENGINEERING MANUF AND QUALITY
Co-ordinator: Paul Coleman
Credit Value: 20
Level: 4
Timetable Slot:
Pre-requisites: BTEC Level 3 or equivalent in Electrical/Electronic Engineering
Co-requisites: None
Assessment: 19BF - Logic Circuit Design (Bedford College), Coursework: 100%
Designated for: Designated for: HNC Electrical & Electronic Engineering;
Description: The purpose of this module is ?To provide learners with the skills and understanding required to design and build electronic circuits that use combinational & sequential logic.