What do Aeronautical engineers do?
Typically, aeronautical engineers will:
- Control and oversee the development, production, and testing of aerospace and aviation products.
- Analyse project proposals to see if they are both technically and financially feasible.
- Analyse if suggested projects will produce safe operations that achieve the stated goals.
- To ensure that designs adhere to technical principles, client requirements, and environmental rules, evaluate designs.
- Create acceptability criteria for design approaches, quality benchmarks, delivery sustainability, and completion timelines.
- Make certain that projects adhere to quality requirements.
- Examine defective or damaged products to find the causes of issues and potential fixes.
What is the required education and experience?
Employers in the aerospace engineering industry frequently look for graduates with a MEng in a suitable engineering field, such as materials, electronics, mechanical, aerospace, or software. Experience at a relevant job is highly regarded. Employers frequently use summer internships and industrial placements to discover graduate hires. Graduates with postgraduate research credentials may earn better starting salary, therefore postgraduate education might be helpful. The Engineering Council’s website has a list of authorised programmes, and you may read our article on engineering postgraduate alternatives to choose your next steps. While working, obtaining chartered (CEng) status with the Engineering Council can show your professionalism and dedication to your subject. An authorised bachelor’s degree in engineering or technology is required to become chartered, as well as a suitable master’s (MSc) or doctoral (EngD) degree accredited by a professional engineering organisation like the Royal Aeronautical Society. With an integrated MSc, you will also be qualified. See our guide to charter ship and achieving incorporated engineering status for more information.
What technical and life skills do these engineers need?
- Great aptitude for mathematics, analysis, and problem-solving
- Technical know-how, including proficiency in computer-aided design; creativity and originality; attention to detail; and a keen sense of safety concerns.
- Skills in verbal and written communication, project management, and time management, as well as a commitment to staying current with technical changes
- The capacity to collaborate across disciplines, operate under duress, and fulfil deadlines.
Conclusion: Aeronautical engineering is an upcoming field and is growing at a pace faster than most other fields. This field is a promising one with attractive packages and other amenities but it requires tremendous dedication to get into this field and then even more work to become good at your job. One should make sure they learn the skills and complete all the requirements.
