Engineering
The world changes fast, but vision stays. Here, we connect global minds to design, develop and lead tomorrow’s world.
Programme Highlight
Engineering is the discipline of transforming scientific discoveries and mathematical theories into practical, physical solutions that advance human civilization. Entering this field means engaging with the universe of mechanics, electronics, product manufacturing, and structural design. Students explore engineering principles, mastering technical mathematics, mechanical physics, and the core laws of electrical circuits. You will study safe working practices, understanding UK health and safety regulations (HASAWA), risk assessments, and the professional usage of workshop tools. The curriculum emphasizes engineering product design and manufacture, teaching you how to analyse technical specifications, select industrial materials like polymers or metals, and build prototypes efficiently. Furthermore, you are introduced to Computer-Aided Design (CAD), using software to create 2D technical drafts and 3D solid models according to ISO standards. You will enter a world of technical precision, structural logic, and scientific problem-solving, equipping you to design and manufacture the machines and systems of the future.
Engineering
Level 2 Certificate in Engineering (RQF Equivalent)
Course Structure Overview
Unit 1: Introduction to Engineering Mathematics and Science
Unit 2: Safe Working Practices in Engineering
Unit 3: Introduction to Product Design and Materials
Unit 4: Basic Engineering Drawing and Sketching
Course Specification & Syllabus
Unit 1: Introduction to Engineering Mathematics and Science
Learning Aim A:
- Learning basic mathematical calculations including fractions, ratios, and simple algebraic engineering formulas.
Learning Aim B:
- Understanding elementary concepts of force, motion, velocity, and their effects on physical workshop objects.
Learning Aim C:
- Introduction to basic principles of electricity, simple electrical circuits, and battery functions.
Unit 2: Safe Working Practices in Engineering
Learning Aim A:
- Introduction to main workshop health and safety regulations and the necessity of personal protective equipment (PPE).
Learning Aim B:
- Recognizing safety warning signs, common workshop hazards, and how to report incidents.
Learning Aim C:
- Learning correct methods for safe usage of general hand tools and mechanical measuring equipment.
Unit 3: Introduction to Product Design and Materials
Learning Aim A:
- Exploring simple stages of designing a component or commodity from initial idea to product manufacturing.
Learning Aim B:
- Introduction to common engineering materials including iron, aluminium, plastics, and wood, and their varying properties.
Learning Aim C:
- Learning how to select appropriate materials for simple workshop projects based on durability and cost.
Unit 4: Basic Engineering Drawing and Sketching
Learning Aim A:
- Learning principles of freehand sketching to quickly illustrate technical ideas.
Learning Aim B:
- Introduction to standard drawing projections (front, side, top views) and general line dimensioning symbols.
Learning Aim C:
- Reading and interpreting simple engineering drawings and understanding embedded manufacturing data.
Engineering
Level 3 Extended Diploma in Engineering (RQF Equivalent)
Course Structure Overview
Unit 1: Engineering Principles
Unit 2: Delivery of Engineering Processes Safely as a Team
Unit 3: Engineering Product Design and Manufacture
Unit 4: Introduction to Computer Aided Design (CAD)
Course Specification & Syllabus
Unit 1: Engineering Principles
Learning Aim A:
- Applying engineering mathematics including algebra, trigonometry, and statistical calculations to solve technical problems.
Learning Aim B:
- Understanding principles of mechanical physics, forces, torque, work, energy, and power in engineering systems.
Learning Aim C:
- Fundamentals of electrical and electronic engineering including Ohm's Law, DC circuits, and basic electronic component functions.
Unit 2: Delivery of Engineering Processes Safely as a Team
Learning Aim A:
- Health and safety legislation in UK engineering environments (HASAWA) and risk assessment procedures.
Learning Aim B:
- Examination of manufacturing processes, engineering tools, and standards for equipment calibration and maintenance.
Learning Aim C:
- Developing teamwork skills, task delegation, technical communication, and quality assurance (QA) processes.
Unit 3: Engineering Product Design and Manufacture
Learning Aim A:
- Analysing product design requirements, constraints, and formulating a technical design specification.
Learning Aim B:
- Understanding and selecting engineering materials (metals, polymers, composites) based on physical and mechanical properties.
Learning Aim C:
- Developing design proposals, prototyping, and commercial evaluation regarding manufacturing costs and recyclability.
Unit 4: Introduction to Computer Aided Design (CAD)
Learning Aim A:
- Introduction to CAD software, 2D and 3D workspaces, and international engineering drawing standards (ISO).
Learning Aim B:
- 2D drafting techniques (lines, circles, dimensioning) and converting sketches into 3D solid models.
Learning Aim C:
- Generating standard orthographic drawings (views, sections) and managing file exports for manufacturing (CAM).
