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Updated on: 11-09-2024 This module is aimed to consolidate the learning from across the course in an applied format to enable students to demonstrate in-depth understanding of theories, frameworks, models and concepts relevant to a specific business issue. The module is designed to be an applied equivalent of a more traditional dissertation module. Instead of writing an academic dissertations based on original research, students will be conducting applied research on a specific company, market, or business opportunity and write up their results in the format of a consulting project, industry analysis or business plan.

Updated on: 16-12-2025 This module is aimed to consolidate the learning from across the course in an applied format to enable students to demonstrate in-depth understanding of theories, frameworks, models and concepts relevant to a specific business issue. The module is designed to be an applied equivalent of a more traditional dissertation module. Instead of writing an academic dissertations based on original research, students will be conducting applied research on a specific company, market, or business opportunity and write up their results in the format of a consulting project, industry analysis or business plan.

Updated on: 01/12/2023 This module is aimed to consolidate the learning from across the course in an applied format to enable students to demonstrate in-depth understanding of theories, frameworks, models and concepts relevant to a specific business issue. The module is designed to be an applied equivalent of a more traditional dissertation module. Instead of writing an academic dissertations based on original research, students will be conducting applied research on a specific company, market, or business opportunity and write up their results in the format of a consulting project, industry analysis or business plan.

Updated on: 01/12/2023 This module is aimed to consolidate the learning from across the course in an applied format to enable students to demonstrate in-depth understanding of theories, frameworks, models and concepts relevant to a specific business issue. The module is designed to be an applied equivalent of a more traditional dissertation module. Instead of writing an academic dissertations based on original research, students will be conducting applied research on a specific company, market, or business opportunity and write up their results in the format of a consulting project, industry analysis or business plan.

Updated on: 01/12/2023 This module is aimed to consolidate the learning from across the course in an applied format to enable students to demonstrate in-depth understanding of theories, frameworks, models and concepts relevant to a specific business issue. The module is designed to be an applied equivalent of a more traditional dissertation module. Instead of writing an academic dissertations based on original research, students will be conducting applied research on a specific company, market, or business opportunity and write up their results in the format of a consulting project, industry analysis or business plan.

Updated on: 11-09-2024 Electronic analogue and digital devices and circuits are at the heart of familiar household products and high-speed complex operations in industrial applications. For example, they are fundamental to the operation of television remote controllers and to the control of processes in nuclear power stations. In this unit, you will cover the simulation, construction, testing and evaluation of analogue electronic circuits based on diodes and transistors and combinational and sequential logic digital circuits. As part of the unit, you will use software to simulate circuits and use typical bench instruments to test them, since electronic circuit designers make frequent use of software to simulate design ideas before building prototype circuits. Finally, you will reflect on the skills and understanding you have acquired during the unit and the behaviours you have applied. A wide range of industries, including aerospace, automotive, audio and video, wireless communications, industrial controls and factory automation, employs electronic engineers. This unit helps to prepare you for employment, for example as an electrical/electronic technician, for a traineeship/apprenticeship and for entry to higher education.

Updated on: 01/12/2023 Electronic analogue and digital devices and circuits are at the heart of familiar household products and high-speed complex operations in industrial applications. For example, they are fundamental to the operation of television remote controllers and to the control of processes in nuclear power stations. In this unit, you will cover the simulation, construction, testing and evaluation of analogue electronic circuits based on diodes and transistors and combinational and sequential logic digital circuits. As part of the unit, you will use software to simulate circuits and use typical bench instruments to test them, since electronic circuit designers make frequent use of software to simulate design ideas before building prototype circuits. Finally, you will reflect on the skills and understanding you have acquired during the unit and the behaviours you have applied. A wide range of industries, including aerospace, automotive, audio and video, wireless communications, industrial controls and factory automation, employs electronic engineers. This unit helps to prepare you for employment, for example as an electrical/electronic technician, for a traineeship/apprenticeship and for entry to higher education.

Updated on: 01/12/2023 Electronic analogue and digital devices and circuits are at the heart of familiar household products and high-speed complex operations in industrial applications. For example, they are fundamental to the operation of television remote controllers and to the control of processes in nuclear power stations. In this unit, you will cover the simulation, construction, testing and evaluation of analogue electronic circuits based on diodes and transistors and combinational and sequential logic digital circuits. As part of the unit, you will use software to simulate circuits and use typical bench instruments to test them, since electronic circuit designers make frequent use of software to simulate design ideas before building prototype circuits. Finally, you will reflect on the skills and understanding you have acquired during the unit and the behaviours you have applied. A wide range of industries, including aerospace, automotive, audio and video, wireless communications, industrial controls and factory automation, employs electronic engineers. This unit helps to prepare you for employment, for example as an electrical/electronic technician, for a traineeship/apprenticeship and for entry to higher education.

Updated on: 29-04-2024 Entrepreneurs explore potential business opportunities, select viable business ideas, prepare appropriate business plans and pitch these to potential investors. This unit will teach you how to carry out these steps which are critical to the development of new businesses. This unit focuses upon pitching a new business idea for a micro-business – a business employing less than 10 people. This could be a business you want to start up yourself or in partnership with others. In this unit, you will investigate a potential micro-business idea and outline a business plan. You will present your business plan to potential investors with a view to securing appropriate funding. It is important that you are able to recognise what should be included in a pitch and how the process of idea formulation, selection, planning and presentation should be managed in order to secure funding. This unit will develop the skills needed if you decide to set up your own business, or if you want to work in or study further a sector or area that needs entrepreneurial or innovative skills.