Applicants should have successfully completed an HNC in Advanced Manufacturing or a closely related discipline. This ensures students progress onto the HND with the necessary knowledge and skills to build on their prior learning and advance towards higher-level study and professional roles.
Start date:
Sep 2026
Course Overview
The programme is designed for students aspiring to develop the knowledge, skills, behaviours, and professional standards required for a successful career in aeronautical engineering. Offering a well‑rounded Level 5 qualification, it supports clear progression from Level 4 and provides a pathway toward Level 6 study and beyond, aligning closely with the expectations of local and regional employers.
Throughout the programme, you will build the confidence to work effectively in an industry defined by rapid technological change, developing the ability to apply your learning, think critically, and make informed judgements that extend beyond the taught curriculum. Flexibility is a key feature, enabling you to tailor your learning through varied study modes, adaptable timescales, and recognition of prior learning, ensuring the programme fits your personal ambitions and circumstances.
Overall, this qualification prepares you to advance your career as a professional Aeronautical Engineer while supporting your long‑term progression into higher‑level academic study or industry roles.
Course Overview
Modules : 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. Sustainabilty – 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. Aircraft structure and Aerodynamics – This module teaches students to analyse structural behaviour in aircraft—including beam deflection, strength, instability, and composite structures—while also developing their understanding of fluid mechanics, drag, and aerofoil and wing aerodynamics across a range of flow conditions. 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. Aircraft flight control systems – This module introduces the evolution and operation of aircraft flight control systems—from mechanical and hydraulic controls to modern fly?by?wire, autopilot, and autoland systems—enabling students to understand how each system contributes to safe and effective aircraft control.
Additional Information
Strong University Partnership – This HND is validated by Liverpool John Moores University. Specialist Facilities – Access purpose-built learning environments including counselling pods, a VR suite, and a dedicated University Centre. Proven Success – Students achieve some of the highest satisfaction and progression rates in the region, moving into employment or postgraduate study. Financial and Practical Help – From bursaries and equipment loans to free breakfast and gym access, we provide wide-ranging support to help you succeed.
How is the course delivered?
Teaching combines lectures, seminars, workshops, and laboratory sessions with guided independent study. Advanced concepts are introduced through lectures, while practical sessions and labs allow you to apply knowledge using industry-standard equipment and digital technologies.
Project-based assignments and group work reflect real-world manufacturing challenges, encouraging collaboration, leadership, and innovation. Tutorials and feedback sessions provide individual support, while independent research develops critical analysis and technical expertise.
How my learning will be assessed?
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.
Course Facilities
As an HND Aerospace Engineering student, you will study in our dedicated University Centre and specialist engineering facilities. These include fully equipped engineering laboratories, CAD/CAM suites, and workshops, designed to reflect industry-standard environments and give you hands-on technical experience.
Developed with employer input, the facilities provide access to advanced equipment, robotics, automation systems, and digital tools, ensuring your training is aligned with current sector needs. The Learning Resource Centre supports your study with access to specialist texts, journals, and databases, alongside expert academic guidance
Potential Careers
Graduates of the HND Aerospace Engineering are highly valued by employers for their strong technical abilities, analytical thinking, and professional mindset. Career pathways include Aerospace Engineering Technician, Systems Technician, Maintenance Engineer, Manufacturing or Design Technician, Flight Test Technician, and roles within avionics, propulsion, structures, or maintenance environments across the aerospace and defence sectors.
The HND also offers clear progression to degree‑level study, including routes such as the BEng (Hons) Engineering (Top‑Up), and can contribute towards achieving professional recognition through bodies such as the Engineering Council. Longer term, graduates may advance into specialist technical positions or supervisory and management roles within the wider aerospace industry.
