| Engineering (NCFE) | |||
| Intent | The study of engineering is the application of maths and science to solve real world problems. This involves an understanding of the different disciplines of engineering and how they have shaped the products and projects of the modern world. Learners will be able to read technical drawings, select appropriate materials along with tools and machinery, and know how to carry out a practical task, working in a safe manner in line with current health and safety legislation. The qualification focuses on an applied study of the engineering sector and learners will gain a broad understanding and knowledge of working in the sector. This qualification shows learners how to understand engineering disciplines, understand how science and maths are applied in engineering, understand how to read engineering drawings · understand properties and characteristics of engineering materials and know why specific materials are selected for engineering applications, understand engineering tools, equipment and machines, produce hand-drawn engineering drawings, produce Computer Aided Design (CADD) engineering drawings · demonstrate production planning techniques, demonstrate processing skills and techniques applied to materials for a manufacturing task, understand how to create, present and review design work. |
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| 7-9 | 10 | 11 | |
| Topics |
N/A
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-Practical elements: working with wood, metal and polymers. -Theory elements: Health and safety; BSI standards; materials; properties of materials; PPE; engineering sectors and engineering drawings. -Workshop practical projects: Metal Bottle Opener, Wooden Car Automata. -Use of engineering equipment and tools: marking gauges, engineer squares, scribes and centre punches |
-Practical elements: working with wood, metal and polymers. -Theory elements: Health and safety; BSI standards; materials; properties of materials; PPE; engineering sectors and engineering drawings -Completion of NCFE NEA, with use of workshop equipment and workshop skills learnt in year 10
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| Homework |
-Research tasks -Theory specific worksheets -Seneca quizes -Exam style questions |
Homework includes weekly theory questions and Seneca work on materials | |
Careers
Engineering is a subject that encompasses a wide range of knowledge and skills. The expertise gained in this subject is not only valuable within the engineering industry but also applicable across many other sectors. Skills like communication, organisation, analytical thinking, and problem-solving are transferable and can be utilised in various professional contexts and everyday situations.
These transferrable skills can be applied to many different career paths, making engineering a versatile and valuable qualification.
By studying engineering, you open doors to a wide array of career opportunities in industries ranging from traditional fields to emerging sectors. Some of the key occupations you can pursue include:
Mechanical Engineer: Involved in the design, development, and maintenance of mechanical systems, such as engines, machines, and tools.
Civil and Structural Engineer: Focuses on infrastructure projects like bridges, roads, and buildings, ensuring they are safe, sustainable, and efficient.
Health and Safety Engineer: Works to ensure safety protocols and compliance within various industries, preventing accidents and maintaining workplace safety standards.
Manufacturing and Fabrication Engineer: Specialises in designing and optimising production processes, ensuring products are manufactured efficiently and with high quality.
Electrical Engineer: Works with electrical systems and technologies, including power generation, telecommunications, and electronics.
Biomedical Engineer: Combines principles of engineering with biology and medicine to develop devices and systems that improve healthcare and patient outcomes.
In addition to traditional engineering roles, graduates can also explore careers in industries like:
The Military: Engineers are crucial for designing military technology, infrastructure, and systems to support defence operations.
Renewable Energy: With the growing demand for sustainable energy solutions, engineers can contribute to the design and development of renewable energy technologies such as solar, wind, and geothermal power.
Communications: Engineers in the telecommunications sector work on designing and maintaining communication networks, including everything from mobile networks to satellite systems.
Software Development: The skills learned in engineering are highly applicable to software engineering, where problem-solving, analytical thinking, and system design are key components of creating innovative applications and technology solutions.