HND/C Mechanical Engineering Full Time

The HND Mechanical Engineering is designed for students and professionals who have completed a HNC in Mechanical Engineering (or a related discipline) and wish to progress their technical knowledge, analytical ability, and career opportunities. The programme builds on core mechanical engineering principles, developing advanced skills in design, thermodynamics, manufacturing, materials, and professional engineering practice.

Delivered on a part‑time basis, the programme is ideal for those already working in industry, enabling learners to balance professional responsibilities with higher‑level study. The HND provides a clear progression route to degree‑level study and supports long‑term professional development, including pathways towards chartered status.

At Level 4, students develop a strong foundation in mechanical engineering through engineering mathematics, engineering science, and mechanical principles, focusing on forces, dynamics, and mechanical systems. Knowledge is applied through Design & Project, allowing learners to solve real‑world engineering problems.

Core technical content includes thermodynamics, heat pumps and engines, exploring energy systems and engine performance, and computer‑aided design (CAD), using industry‑standard software to design components and assemblies. This level prepares students for junior technical roles or progression to Level 5.

At Level 5, students develop advanced technical and professional capability aligned with modern mechanical engineering practice. A substantial Research Project enables independent investigation and problem‑solving, supported by Further Mathematics to strengthen analytical skills.

Specialist modules include Further Mechanical Principles, Advanced Materials, Manufacturing, and Computational Engineering, covering advanced theory, lean manufacturing, and the application of FEA and CFD in product development. Professional Engineering and Sustainability ensure graduates understand professional standards, ethical responsibility, and low‑carbon engineering principles.

Year 1: HNC Mechanical Engineering

Year 2: HND Mechanical Engineering

Entry points:

Year 1: 48 UCAS points

Year 2: HNC at Merit or better

Exit points:

End of Year 1: HNC Mechanical Engineering

End of Year 2: HND Mechanical Engineering

Year 2 Course Modules Subject to revalidation

Research Project – This module enables students to independently deliver a complex engineering research project while applying critical thinking, communicating effectively, and developing key analytical, creative, and collaborative skills.
Professional Engineering – This module teaches students the key professional standards and skills required of engineers—covering strategy, sustainability, management, and professional practice—so they can produce effective service delivery plans and demonstrate responsibility to society, the profession, and the environment.
Further Mathematics – This module trains students to use key mathematical methods—such as number theory, matrices, numerical techniques, and differential equations—to analyse and solve engineering problems.
Manufacturing – This module introduces students to lean manufacturing practices and advanced manufacturing technologies, enabling them to apply lean methods, understand their challenges, and evaluate how emerging digital and technological innovations can enhance organisational competitiveness.
Sustainability – On successful completion of this module the student with possess a wide range of knowledge and understanding of the issues and topics associated with sustainability and low carbon engineering.
Computational Engineering – This module introduces the use of FEA and CFD in product development, requiring students to build and evaluate numerical models while developing a clear conceptual understanding of their principles and essential mathematical foundations.
Advanced Materials – This module deepens students’ understanding of how material structures relate to their properties and requires them to select and evaluate appropriate materials for engineering applications based on this knowledge.
Further Mechanical Principles – This module provides students with advanced mechanical theory, covering elastic constants, beam bending and deflection, stresses in thin‑ and thick‑walled vessels, belt drive theory, rotating system constraints, and the operation of friction clutches and brakes.

Year 1 Course Modules Subject to revalidation

Design & Project – applying knowledge gained from other modules into real world project situations

Engineering Mathmatics – applying mathematical methods to solve technical problems.

Engineering Science – understanding the principles underpinning engineering.

Mechanical Principles – analysing forces, dynamics, and mechanical systems.

Thermodynamics, Heat Pumps and Engines - This module introduces the principles of thermodynamics and their engineering applications, including thermodynamic systems, the steady flow energy equation, heat transfer, and internal combustion engine performance.

Computer-Aided Design (CAD) – using industry-standard software to design components and assemblies.

Technical reports and essays – critically analysing advanced manufacturing concepts.
Project-based assignments and case studies – applying knowledge to solve industry challenges.
Laboratory and workshop assessments – demonstrating technical and practical competence.
Presentations and professional discussions – building confidence in communication.Examinations – testing knowledge of core and specialist subjects.
Examinations – testing knowledge of core and specialist topics.
Independent project – producing an in-depth investigation of an industry-relevant theme.