Mechanical Engineering for England

The HND Mechanical Engineering course provides you with advanced technical knowledge and practical skills for the modern engineering industry. This course, designed for both full-time and part-time study, focuses on a broad range of engineering subjects, from thermodynamics to manufacturing systems, preparing you for roles in sectors such as design, aerospace, and production engineering.

With a strong emphasis on real-world applications, you’ll gain hands-on learning experiences in state-of-the-art facilities, including our Engineering Lab and CAD suite. The course ensures you’re industry-ready by combining theory with practical work.

Upon graduation, you can pursue higher-level engineering roles or continue your education with a degree. Additionally, NTU Mansfield’s close ties to local industries provide valuable networking opportunities, enhancing employability.

Why study HND Mechanical Engineering for England at NTU Mansfield?

• ** You'll have access to a state-of-the-art Engineering Lab, equipped with the tools and technology you need to prepare for a career in Engineering.**

• ** The course is delivered both full-time and part-time - enabling you to fit learning around your work and other commitments.**

• ** This course prepares you to progress to a range of roles in the engineering industry and the opportunity to continue your studies on a university degree course.**

• ** Our small classes provide a friendly, flexible, more personalised learning experience.**

You'll study the underpinning engineering theory and get to apply it through practical sessions in our engineering facilities. To develop your engineering skills you'll be applying your skills to real-world situations and problems, making you think and work like a professional engineer. You'll study Professional Engineering Management (15 Credit Points), Advanced Mechanical Principles (15 Credit Points), Computational Modelling in Virtual Engineering (15 Credit Points), Further Thermodynamics (15 Credit Points), Further Engineering Maths (15 Credit Points), Manufacturing Systems Engineering (15 Credit Points), Lean Manufacturing (15 Credit Points) and Thermofluids (15 Credit Points).

The course is predominantly coursework-based with some practical assessments and class tests.