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The MOD needs an experienced aerospace design engineer to work within a small civilian design team at Royal Air Force Wittering. The work is varied, and you could find yourself working on anything from modern aircraft such as the Hawk, Typhoon or P8A to the historic aircraft of the Battle of Britain Memorial Flight.
Our design engineers produce aircraft structural repair design schemes and In-Service Design Changes for fixed wing military aircraft. Your designs may be for the repair of metallic or composite structures, structural modifications of a minor nature which may include the use of additive manufactured components or could be ad-hoc draughting tasks. You will need to substantiate your designs with supporting calculations and all work is necessarily checked for accuracy. Experienced designers who meet the essential criteria may be nominated as check signatories which attracts a market skills allowance of £ 3000.00 per year or as a Compliance Verification Engineer or Stress Note Signatory which will attract a market skills allowance of £ 5000.00 per year. The work requires travel to remote sites to carry out aircraft design surveys including measurements and photography, and this may require overnight stay. During your work you will liaise with aircraft delivery teams, repair teams, non-destructive test teams, external design organisations, manufacturers and suppliers. Depending upon experience you may need to attend mandatory training courses at various locations throughout the UK. You will work 37 hours per week as part of our flexible and hybrid working schemes and may also be eligible to apply for compressed working hours. If you would like to find out more, please contact the Design Team Leader via the link below or go ahead and apply on the CS Jobs website.
The ideal candidate will have experience in either a DAOS approved or EASA Part 21(J) Design Organisation, but this is not essential. The required skills are as follows:
1. You will have either:
• A minimum of three years’ experience as an aerospace design engineer in aircraft structural repair, modification or stress analysis with the necessary computer aided design skills or;
• A minimum of three years’ experience in aircraft repair or modification installation with the necessary Computer Aided Design (CAD) skills.
2. Experience of CAD systems such as AutoCAD and Autodesk Inventor with the ability to produce detail drawings to meet the requirements of BS 8888. Experience will be verified by CAD assessment following the interview. The CAD assessment will gauge the candidate’s ability to produce a 3D solid model and extract 2D views using Autodesk Inventor.
3. An understanding of aircraft structural loads, materials and structural failure.
DESIRABLE CRITERIA (Not Essential)
1. Experience of aircraft stress analysis in relation to aircraft structural repairs or modifications.
2. Experience of aircraft composite repair design.
3. Experience in the use of 3D scanning software and printing.
4. Experience in the design of additive manufactured parts.
5. understanding of military and civil airworthiness requirements.
6. Understanding of the air system document set.
7. Experience of finite element analysis tools such as FEMAP or Nastran/Patran.
8. Microsoft office skills.
The minimum requirement is an aerospace based HNC but candidates with higher level qualifications such as HNC, HND. degree etc in aerospace-based subjects are welcome to apply.
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Aerospace engineers design, develop, conduct research, run tests, and maintain aircraft, space vehicles, satellites, missiles, and weapon systems. These engineers work towards improving the fuel efficiency and safety of the flights and also address the environmental impact of air travel. Some areas that they can specialise in include avionics, propulsion, system integration, aerodynamics, and materials and structures.
You can pursue an aeronautical or aerospace engineering degree by studying electric and electronic engineering, mechanical engineering, or doing space-related courses that can also get you jobs in aerospace. Bigger aerospace companies require candidates with good degrees 2.1 or above. A master’s in aerospace engineering will also be helpful. Knowing How to answer ‘Tell me about yourself’ can help you clear the interview and become Aerospace Engineer.
The average per annum Aerospace Engineers salary varies depending on the employer, experience required for a position, and level of expertise. The senior-level positions are more financially rewarding. Large aviation organisations offer larger salaries and benefits like annual profit share, a competitive pension scheme, paid leaves, and career progression opportunities.
The number of working hours for Aerospace Engineers depends on the kind of job. Consultancy and contractual jobs may not require the usual working hours. The job hours may also differ for the avionic, aeronautical, propulsion, and other engineers. So, the hours for these engineers to design, develop, test, and perform other tasks aren’t definitive.
Aerospace Engineers generally work in offices and indoors. They can be required to work in a manufacturing/testing workshop with loud noises and have to wear protective gear. They usually have to perform their tasks in a shared working space. Looking for an engineering job in the UK’s aviation industry? Explore the latest listings by top employers on Aviation Job Search!
The education necessary to become an Aerospace Engineer typically requires a four-year bachelor’s degree. Students will take mathematics, physics, aerodynamics, and other disciplines. They may also choose to complete a 12-month work placement.
Aerospace Engineering is a challenging field that involves a lot of math. To obtain a bachelor’s degree in this field, you’ll need to learn basic math and advanced subjects like calculus, linear algebra, and statistics. The coursework for this career is incredibly rigorous.
Yes, but to pursue a career in Aerospace Engineering, you must take several exams to become licensed. Generally, you will have to pass the Fundamentals of Engineering (FE) exam and the Principles and Practice of Engineering (PE) exam.
The Aerospace industry in Canada is located in Montreal and Toronto. The US companies are closer to the capital; the aerospace engineering companies include Lockheed Martin, Boeing, and Raytheon. Then there are companies in the UK and Europe.
Well, if you can design and build spacecraft, planes, and weapons and use your technical knowledge to create new systems, perform flight tests, and develop and write reports, and you’re good at all of these things, you just might land your dream job with an aerospace engineering company.
Aerospace Engineers design, develop, test, maintain and carry out research on aircraft, air vehicles, satellites, and weapon systems. After doing aerospace engineering the engineers can work as aircraft/spacecraft designers, avionic engineers, aeronautical engineers, military aerospace engineers, mechanical engineers, and data processing managers. The engineers that specialise in aircraft are aeronautical engineers and the ones that are experts in spacecraft are astronautical engineers. The engineers who are interested in propulsion and system integration can make their careers in the respective fields. Aerospace engineers are employed by aircraft and aircraft component manufacturers, the armed forces, government research agencies, Defence Engineering, and Civil Aviation Authority.
The responsibilities of aerospace engineers include designing and building aircraft, components, and support equipment, conducting research, and creating design specifications using CAD software. They oversee the assembling of airframes and installation of the devices, engines, and other equipment. They measure take-off distances and monitor other metrics while participating in the flight-test programmes. They resolve the issues pertaining to the design, development, and testing processes. They gauge and work towards improving the performance of aircraft, components, and systems. They perform inspections, servicing, and maintenance on aircraft on a regular basis for keeping them operational. They modify the designs of air and space vehicles for improving safety measures and fuel efficiency.
Thorough knowledge of aerospace systems and manufacturing is mandatory for building a career in this field. The ability to think critically and analytically is needed for the jobs these engineers do. When handling the repairs and testing, problem-solving skills and keen attention to detail are required. Individuals with stellar communication skills and team spirit will better fit in the aerospace engineering roles. The capability to work under pressure and meet deadlines will help in coping with challenging situations and completing the tasks within the given timelines. Simplify your job search by signing into Aviation Job Search. Get alerts for the aviation jobs matching your area of interest!
Aerospace engineers are typically in offices and spend most of their time using computer equipment and software design tools. They may also spend time in aeronautical laboratories and production hangars. Their work may also involve flight-test programs and investigating airplane crashes. Some aerospace engineers travel to company sites in other countries to conduct research and development. Aerospace engineers typically work forty hours a week, though there may be some cases where they can work from home. Still, aerospace engineering companies strive to create an environment where everyone can work effectively. Since many aerospace engineering jobs involve designing and developing airplanes, rockets, and spacecraft, engineers may specialize in designing and building rocket motors, military aircraft, or spacecraft. They may also work on other earthbound vehicles, such as space station satellites or rovers. The aerospace industry relies on military funding for much of its work. If the budget problems affect the military, this funding may not be enough to keep the sector afloat, leading to layoffs or pay cuts. Aerospace engineers who work in these industries should be aware of this potential.
Aerospace engineering jobs require specific training, education, and experience. However, companies do not hire just anyone; the aerospace industry requires analytical skills, a responsible attitude, and creative thinking. Being part of this highly-selective industry is an incredible privilege. The aerospace industry employs many aerospace engineers to research and develop airborne systems, including rockets, satellites, and military planes. Major aerospace engineering companies include NASA, Lockheed-Martin, and Northrop-Grumman. Other companies, such as Blue Origin and Space X, pioneer space exploration. A career in aerospace engineering will open up many opportunities for students who can choose to specialize in any aspect of aerospace manufacturing. If your interests and abilities align with your goals, you’re likely to succeed in your career. The aerospace industry continues to see strong demand for engineers. Today, aircraft are being improved to reduce noise and fuel efficiency. Because of these improvements, the need for aerospace engineers is increasing worldwide.