Aeronautical Engineering HNC

Program Overview

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Aeronautical Engineering HNC

Overview

Aeronautical engineering is a broad discipline including fundamental aspects of mechanical engineering, electrical and electronic engineering, materials engineering and design, as well as specialist aerospace topics such as aerodynamics, aircraft and avionics systems, composite materials and rotary wing mechanical and flight systems.

Course Details

Core Modules

• Aerodynamic Principles and Aircraft Design (HN)
• Airframe Mechanical System Principles (HN)
• Composite Materials for Aerospace Applications (HN)
• Engineering Design (HN)
• Engineering Maths (HN)
• Engineering Science (HN)
• Managing a Professional Engineering Project (HN)
• Turbine Rotary Wing Mechanical and Flight System (HN)

How You Learn

• Lectures
• Seminars
• Laboratory-based sessions
• Practical sessions
• Computer laboratory-based sessions
• Group work
• Projects

How You Are Assessed

• Practical/laboratory reports
• Technical reports
• Simulation software for analysis and evaluation of designs
• Time constrained in class assessment
• Problem-solving exercises
• Written examinations
• Data interpretation exercises
• Analysis of case-studies
• Oral presentations
• Planning, conducting and reporting of project work
• Group work

Entry Requirements

• 64 points including maths, from any combination of acceptable Level 3 qualifications
• Examples include A-level, BTEC, Access to HE Diplomas, Scottish and Irish Highers, T-Level, or the International Baccalaureate
• We accept T-Levels which include Level 3 maths and cover topics in calculus

Employability

• Many roles that HNC-qualified employees take on, with the vast majority being technician-level jobs in the aerospace/aeronautical industries or the Armed Forces
• If you are aiming for a higher degree then by successfully completing your HNC Aeronautical Engineering you could seek direct entry to the second year of a BEng or MEng degree (with some additional study)
• Available progressions routes include:
  • BEng (Hons) Aerospace Engineering
  • MEng (Hons) Aerospace Engineering

Full-time

• Fee for UK applicants: £4,635 a year
• Length: 1 year
• UCAS code: H414 HNC/AE
• Start date: September

Part-time

• Not available part-time

Choose Teesside

• Are you eligible for an iPad, keyboard and up to £300 credit for learning resources?
• Live in affordable accommodation right on-campus - from only £100 a week
• Study in our town-centre campus with £280m of recent investment
• Study at Europe's first Adobe Creative Campus and develop your creative and digital skills

More Information

• Engineering & Construction
• More courses in Engineering & Construction

Open Days and Events

• Undergraduate open day
• 9.00am - 3.00pm
• On campus
• Book now

Program Outline

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Degree Overview:

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Overview:

The HNC in Aeronautical Engineering at Teesside University provides a broad foundation in the fundamental aspects of the field. This includes mechanical engineering, electrical and electronic engineering, materials engineering and design, as well as more specialized aerospace topics such as aerodynamics, aircraft and avionics systems, composite materials and rotary wing mechanical and flight systems.

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Objectives:

• Equip students with the knowledge and skills to analyze problems and applications in aeronautical engineering.
• Develop a wide range of technical and design skills necessary for a successful career in the industry.
• Prepare graduates for entry-level positions as technicians in the aerospace/aeronautical industries or the Armed Forces.
• Offer a pathway for further academic study, with successful completion of the HNC allowing direct entry into the second year of a BEng or MEng degree in Aerospace Engineering.

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Program Description:

The HNC program runs for one year (Full-time), with a September start date. It is delivered at Hartlepool College of Further Education and leads to a Teesside University award. Students engage in a range of learning and teaching methods, including lectures, seminars, laboratory sessions, practical sessions, computer-based learning, group work, and a final project. The program utilizes a dedicated VLE site housing all necessary learning materials, course information, and communication tools.

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Outline:

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Program Content:

The program covers a broad range of theoretical and practical topics in aeronautical engineering, including:

• Aerodynamic principles and aircraft design
• Airframe mechanical system principles
• Composite materials for aerospace applications
• Engineering design
• Engineering mathematics
• Engineering science
• Managing a professional engineering project
• Turbine rotary wing mechanical and flight systems

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Structure:

The program comprises a structured curriculum with core modules and optional modules. Students typically take five modules per semester, with each module carrying a specific credit value.

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Course Schedule:

The course schedule includes lectures, seminars, laboratory sessions, and project work. Timetables are provided to students at the start of each semester.

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Modules:

Detailed descriptions of each module are available on the website. Here's a brief overview:

• Aerodynamic Principles and Aircraft Design (HN): Introduces the principles of flight, aircraft control and maneuvers, airworthiness requirements, and the physics of forces acting on aircraft in flight.
• Airframe Mechanical System Principles (HN): Explores the design and operation of various mechanical systems found within aircraft, including hydraulic power, landing gear, flight control, environmental control, and fuel systems.
• Composite Materials for Aerospace Applications (HN): Investigates the construction and properties of composite materials, their application in aerospace, and relevant manufacturing methods.
• Engineering Design (HN): Guides students through the design process, from client brief and planning to design specifications, report writing, and evaluation.
• Engineering Maths (HN): Provides fundamental mathematical knowledge and techniques applicable to the analysis and modeling of engineering problems.
• Engineering Science (HN): Introduces the fundamental laws and applications of physics within engineering, covering topics such as units, data interpretation, forces, fluids, thermodynamics, and circuit theories.
• Managing a Professional Engineering Project (HN): Explores project management principles and best practices, covering topics like the role of engineers, project planning stages, problem-solving techniques, and report writing.
• Turbine Rotary Wing Mechanical and Flight System (HN): Investigates the interrelationships between mechanical and electrical rotary wing flight systems, including modern integrated flight controls and Health and Usage Monitoring Systems.

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Assessment:

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Assessment Methods:

The course utilizes a variety of assessment methods to evaluate students' knowledge, skills, and problem-solving abilities. These include:

• Practical/laboratory reports
• Technical reports
• Simulation software analysis and evaluation
• Time-constrained in-class assessments
• Problem-solving exercises
• Written examinations
• Data interpretation exercises
• Case study analysis
• Oral presentations
• Project reports
• Group work

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Assessment Criteria:

The specific assessment criteria for each module are outlined in the individual module handbooks and the program handbook. These criteria typically align with the learning outcomes of each module and assess students' ability to:

• Demonstrate understanding of theoretical concepts and principles.
• Apply knowledge and skills to solve practical problems.
• Communicate effectively through written and oral presentations.
• Work effectively in teams.
• Demonstrate independent learning and research skills.
• Manage time and resources effectively.

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Teaching:

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Teaching Methods:

The program employs a diverse range of teaching methods to cater to various learning styles and provide an engaging learning experience. These include:

• Lectures
• Seminars
• Laboratory sessions
• Practical sessions
• Computer-based sessions
• Group work
• Projects

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Faculty:

The program is delivered by experienced engineering staff who possess relevant industry experience in the aeronautical engineering sector.

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Unique Approaches:

The program utilizes a dedicated VLE site for effective learning management and student support. Students are encouraged to engage in independent learning and are provided with recommended textbooks and access to e-books through the library. The program also emphasizes safety awareness and provides relevant safety instructions before laboratory activities and equipment usage.

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Careers:

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Career Opportunities:

The HNC in Aeronautical Engineering equips graduates with the skills and knowledge to pursue a variety of careers in the aerospace and related industries. These include:

• Technician roles in aircraft maintenance, design, and production
• Positions in engineering support and project management
• Opportunities in the Armed Forces as engineering technicians
• Further academic study leading to higher-level degrees in Aerospace Engineering

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Career Progression:

Graduates can further their careers by pursuing professional qualifications, certifications, and additional academic studies. The program's focus on technical skills and industry relevance enhances employability and opens doors to career advancement opportunities.

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Career Outcomes:

Teesside University's career services provide support and guidance to graduates seeking employment opportunities. The University boasts a strong industry network and alumni connections, offering students access to valuable resources and potential placements within the aeronautical engineering sector.

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Other:

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Disability Services:

Teesside University's Disability Services team provides an inclusive learning environment and specialized support for students with disabilities. They assist students in accessing tailored resources and ensuring equal opportunities for success.

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Financial Support:

Information on financial support options, including scholarships, loans, and bursaries, is available on the website.

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Tuition Fees and Payment Information: £4,500 a year