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Career as an Aeronautical Engineer



Aeronautical Engineering is a well-known area of technology that attracts students to participate in careers in the military and aerospace industries. While an aeronautical engineer's primary responsibility is to design airplanes and technical support, with dedication and effort, the position may be vastly expanded. An aspirant might work in the ever-expanding aviation sector, defense installations, or civil aviation administration after completing the Aeronautical Engineering degree. Aeronautical engineers oversee the development and production of aerospace & defense goods, ensuring that they are tested extensively and satisfy government regulations. Aeronautical engineers must assess if planned projects will produce smooth management as well as achieve the goals set in advance due to regulations and safety requirements. This entails inspecting them for compliance with software architecture, client requirements, and environmental protections.

Eligibility Criteria:


  • Must possess at least 50% aggregate from a recognized institution in 12th, from any board PUC/CBSE/ICSE/ISC, etc. However, the cut-off margin varies with the selection process of different colleges. Only a science qualification is viable to pursue a degree in science.
  • Should procure a valid score in entrance exams such as JEE-Main, KIITEE, SRMJEE, CEE, HITSEE, CET, etc., Different colleges offer their own entrance exams if you don’t have a satisfactory score in JEE or other competitive exams – colleges like NMIMS, Symbiosis International University, XUB, Andhra University, LPU, etc. Every state offers their own entrance exam as well.
  • One must earn a degree in B.Sc/B.Tech or a Diploma to become an Aeronautical Engineer. This is a basic qualification you must require to enroll in this line of work.
  • An M.Tech in Aeronautical Engineering can also prove to be helpful while looking for a higher degree and better learning.
  • Examine reports or paperwork from consumers or site engineers, as well as evaluating dysfunctional or faulty equipment, to identify compatibility problems.
  • Conceptualize analytical equations or other computer-assisted approaches to build, analyse, or change designs in accordance with client engineering specifications.
  • Economic developments applications, estimates, or development methodology to evaluate aircraft or automotive policy changes, productibility, cost, or manufacturing time.
  • Establish design requirements for aviation or aerospace goods or systems, such as testing techniques, manufacturing costs, safety requirements, ecological norms, or deadlines.
  • Examine bioenergy performance indicators to see whether they're suitable for aeronautical use.
  • Apprehension of Physics — Predictive analytics of basic phenomena, laws, their interactions, and fluid, substance, and air mechanics interpretation techniques, and mechanical, electric, atomic and subatomic structures and processes understanding.
  • Arithmetic Prowess — Being able to evaluate and interpret various mathematical equations and use them to address complex problems in arithmetic, geometry, calculus, and other areas.
  • Computer Application — Understanding the prospects and functioning of circuit boards, processing units, circuits, electrical devices, computer equipment, plus applications and programming.
  • English Grammar — Familiarity in English Grammar, the form, and substance of the English language, along with the context and pronunciation of words, principles of grammar, and language.
  • Chemical Dexterity – Able to understand the chemical structure and composition of substances available in the environment. Includes the understanding of changes, interactions between different substances, methods of production, and safe disposal of toxic substances.
  • Method of Learning — Practises and processes for selecting and implementing strength and conditioning approaches and techniques that are suitable for the case when learning or introducing new items.
  • Influence — Inspiring and persuading people to change their behaviour and support a certain product, brand, or organisation to increase sales.
  • Strategic Thinking — Evaluating the possible expenses and advantages of various decisions in order to recognise the best one.
  • Time Management — Interacting and switching between different tasks and activities without consuming excess time to provide results.
  • Critical Analysis — Learning and identifying the strengths and weaknesses along with providing solutions and countermeasures to reduce the impact of potential problems.

Once you procure the required qualifications for becoming an Aerospace Engineer, a myriad of options are open to you. There are multiple projects you can undertake throughout this line of work, and there are many other fields you can branch out to as well.

  • Design Engineer: Customers are interacted with by a Design Engineer, who determines their demands. After that, a Design Engineer will collaborate with multiple departments, including network administrators, maintenance, and management, to guarantee that a strategy is in an attempt to encourage the consumer experience. A Design Engineer strives to strike a balance between many elements of the project, such as safety and design. A Design Engineer also researches modern technologies and best practices in the area to identify cost-effective alternatives. A Design Engineer works for a major corporation and collaborates with other experts to satisfy the demands of customers. They generally start as junior engineers and work their way up through the ranks as their firm grows.
  • Aviation Maintenance Manager: An aviation maintenance engineer is in charge of making sure the plane runs efficiently and easily. Evaluating and managing repairs, completing annual checks, and upgrading airplanes as needed are all part of this profession. Engineers in charge of aircraft maintenance assure the safety of every assignment airplane. They achieve this by doing both regular and emergency maintenance. This can include demolition, evaluating, verifying, restoring, and reconstructing aero engines; implementing electronic wiring; running tests airplane communications systems, modulation, and communications devices; substituting and running tests on avionics, oxygen network devices; and organizing sections and subsystems of aircraft frameworks, among other things. All applicable privacy and protection guidelines and requirements must be known by aviation maintenance engineers.
  • Test Engineers: Throughout the manufacturing process, test engineers check and report on product quality. They may employ different standards to verify quality depending on the brand, such as usability, endurance, security, and efficiency. Test Engineers guarantee that consumers receive high-quality, functioning goods by extensively inspecting components, processes, and pneumatic or hydraulic systems. They test a variety of elements and functionalities to detect and resolve performance issues. Professional Test Engineers may also be in charge of training and supervising younger members of the team. A test engineer is usually employed by a major corporation and collaborates with other experts to satisfy the demands of clients. The profession holds a bachelor's degree, although many employees have postgraduate degrees in Computer Science, Software Engineering, or similar engineering areas.
  • Maintenance Engineer: A maintenance engineer ensures that an aircraft runs smoothly and safely. Assessing and managing repairs, completing periodic maintenance, and upgrading aircraft as needed are all part of this profession. Individuals in this position must be properly given training, as well as comply with all applicable laws and requirements. Hours can vary depending on the firm for which they work, although routine maintenance may occur, resulting in extended shifts. Engineers in charge of aircraft maintenance assure the safety of every assigned aircraft. They achieve this by doing both regular and unscheduled servicing. Which could include destruction, investigating, evaluating, rebuilding, and reconstructing aero engines; implementing electronic wiring; running tests aircraft correspondence, orchestration, and communications devices; substituting and running tests avionics oxygen processor architectures; organizing sections and subassemblies of airplane blocks; and performing routine preflight investigations of gearboxes and mechanics.
  • Thermodynamic Engineer: This includes providing project time and cost estimates, supervising product manufacturing, and evaluating the product for factors like quality, safety, and cost. Engineers usually work in offices, labs, or industrial plants, but often visit manufacturing sites to monitor production. A thermodynamic engineer supervises the design and manufacture of various goods or machines to prevent any accidents, cost-effective, and of adequate standard. They generally operate in a workplace, manufacturing company, or laboratories. When constructing and creating primary structural or goods, such as a thermoelectric generator, they use general relativity ideas. Thermodynamic engineers use the efficiency of power transport principles to come up with pragmatic resolutions to technological issues. They are in charge of manufacturing and mechanical conception, manufacturing, and certification.

Career opportunities


Aeronautical Engineer can opt for various fields of work in the companies listed below:

  • Lockheed Martin
  • Applied Marticles Inc.
  • Boeing
  • QuEST Global Engineering
  • Asteria Aerospace
  • Cyient
  • Lam Research
  • JetAvi Engineering
  • Sapcon Instruments
  • Air Products

Colleges offering courses


  • Manipal Institute of Technology, Manipal
  • IIST - Indian Institute of Space Science and Technology, Thiruvananthapuram
  • Dayananda Sagar College of Engineering, Bangalore
  • Kumaraguru College of Technology, Coimbatore
  • Sathyabama Institute of Science and Technology, Chennai
  • Bannari Amman Institute of Technology, Erode
  • Dr. Ambedkar Institute of Technology, Bangalore
  • Madras Institute of Technology, Chennai
  • HITS Chennai - Hindustan Institute of Technology and Science
  • Nitte Meenakshi Institute of Technology, Bangalore

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Disclaimer:

  • Readers are advised to check the latest facts and figures on the above career through other sources also. The above information and indicative is not necessarily complete.
  • The above information is compiled for giving an overview of particular careers as part of the career guidance activity.
  • Loratis will not be responsible for unexpected consequences as a result of any decision or usage of the above information.
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