CAREER AS CAD TECHNICIAN

 

Introduction :

A CAD technician uses CAD software to create technical drawings and plans for products and parts used in the engineering, construction, and manufacturing industries. As a CAD technician, you work with architects and design engineers to know the requirements of their initial designs and turn them into accurate and detailed technical drawings in 2D and 3D models.

 A CAD technician’s job is to produce of electronic versions of the technical drawings which are drawn by draughtsman previously with pen and paper on a drawing board.

Initially, you’ll use surface modeling or 3D representation of the product, the designs are then verified by the Clients before engineers build and test a prototype. For example, to make a new car, the car model is first designed by using CAD, verified by clients, and build a test prototype of the car.

Career :

If you have experienced as a CAD Technician, you could register with the Engineering Council to gain EngTech status, which could help your professional development. You can also find work as a CAD Technician in many other industries like construction, aerospace, railways, electronics, broadcasting and telecommunications.

 Your options for career progression include promotion to team or section leader, project manager and site manager based on the postings in the company and your ability. With further training, you could improve your skills and also become a design engineer.

Initially, you’ll use surface modeling or 3D design representation of the product, the design is verified by the clients before engineers build and test a prototype.

Softwares you can use to work with :

• AutoCAD
• CATIA
• Creo
• Fusion 360
• Solidworks
•  ProE

The above listed are top CAD softwares used by CAD Technicians in industry levels. Other softwares can also be used  based on the company resources, project, and requirements.

Work Environment :

As a CAD Technician, one will be based in a design office, working at a CAD design workstation or on a PC. CAD technician’s job is mainly office-based and CAD technicians can spend long hours at a computer or drawing desk requiring periods of concentration.

For construction and engineering design work, you might be asked to work on site for a whole or a part of the project. Not all the work is individual and you could be working with a team of other technicians or architects, contractors, or design engineers of the project.

Depending on the industry and your role, you may be required to visit building sites or manufacturing facilities during the working hours. You could also be based in a construction site office along with other officers for the duration of a project.

You will also use your designs to help the engineers to prepare cost estimates of projects, and produce assembly instructions and maintenance manuals for installation, service and repair technicians.

Qualifications Required :

• Bachelor’s degree in Engineering or Design.
• CAD Certification.
• Previous experience as a CAD Technician.

Skills :

• Advanced knowledge of CAD and AutoCAD software.
• One should be able to read and translate blueprints and technical drawings.
• A basic understanding of building design and mechanical processes.
• Ability to work as part of a team and individually based on the projects.
•  A keen eye for detail.
• Excellent time management skills.
•  Strong communication skills.
•  Basic knowledge of engineering principles and ability to create and read technical drawings.
• Attention to detail to create accurate and detailed drawings and work for accuracy and quality.
•  One should be able to work in a team as you'll be liaising with other CAD technicians and draughtsman on projects.
•   Organisation and time management skills to complete work within deadlines.
•  A flexible approach to decision making, to make changes to drawings at short notice of changes.
•   mathematical skills to complete calculations and estimates.

Responsibilities:

• Take part in Meeting with Engineers, Draftsmen, and Designers to review blueprints and design drawings.
•  Inputting design specifications into the CAD software.
•  Creating/modify surface and solid CAD models according to client specifications.
•  Work with a designing team and individually on CAD projects.
• Reviewing CAD models from the clients and making minor adjustments.
• Conducing final model rendering and delivering the final product to the clients.
• Completing job reports.
•  Prepare drawings of complex integrated security systems.
• Design and implementation of electrical systems, infrastructure, and security systems.
•  Redesign drawings according to markups and specifications.
• Translate and convert hand drawings by draughtsman and sketches into CAD systems.

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ALL ABOUT THE ROLE OF MECHANICAL ENGINEER IN MARINE INDUSTRY

 

The life of a Marine Engineer is very Challenging, typically a Marine Engineer runs the entire Technical Department on board of a Merchant Ship. A Marine Engineers play a key role in Moving International Freight of Cargo around the world and in Oil and Offshore Naval Industries. One starts his career by Joining as a Junior Engineer, after undergoing Pre Sea Training ashore, one progresses on the path to become the Chief Engineer of the Ship.

How to Become a Marine Engineer with a mechanical engineering degree?

If you are graduated mechanical engineering and wish to get a job in the merchant navy, then you can do so by becoming a marine engineer using your mechanical engineering degree. It is very easy for Mechanical engineers to get into the Marine industry. The courses of Mechanical and marine engineering have several subjects in common and this makes it easier for a mechanical engineer to get an additional degree in marine and open new doors of opportunities.

All marine companies recruit Mechanical engineers for different positions. Most portion of Mechanical Engineering staff is generally associated with research development & design work for the marine industry. Along with that Mechanical engineers may also get a chance to sit in management positions depending upon one's experience and achievements.

The advantage of pursuing a marine engineering degree after mechanical engineering is that you need all the four years of engineering training, which a marine engineer has to go through. All you need is just a one-year specialized course. Mechanical engineering students can get a license to enter the merchant navy by this one-year Graduate Marine Engineering (GME) course.

Eligibility:

There are some requirements which one should satisfy in order to join the one-year marine engineering course. They are as follows:

• One must have a Graduation in Mechanical Engineering / Naval Architecture with minimum marks of 50% in the final year.
• One must have a minimum of 50% marks in the English language at 10th or 12th or in Degree Exam.
• One must not be more than 28 years old.
• One must satisfy all health requirements that are necessary to join the merchant navy.

 

Scope of jobs:

• Work inspection.
• Work planning.
• Execution of work.
• Monitoring the works planned.
• Reporting to the Technical heads/GM about the progress of the work.
• Preparation of work completion certificate, doccuments and the bill.
• Final inspection of the work.
• Costing

Mechanical engineer duties: 

• Engineering management systems
• Maintenance engineering
• Shipboard Automated Maintenance Management (SAMM) system
• Preventative maintenance
• Condition monitoring
• Vibration analysis
• Lube oil analysis
• Combustion analysis
• Ships Deck and Engine maintenance requirements/analysis
• Port engineering administration
• Maintenance applications, data, and analysis

Work environment:

The top three areas where mechanical engineers work are design engineering, port engineering, and maintenance engineering. Mechanical engineers also perform work such as on-site construction representatives, engineering test and inspection, safety, environmental management, and energy conservation engineers.

Outsourcing Services in Shipyards Include:

• Basic design assistance.
• Drawing conversions and migration service from paper to CAD.
• Detailed 3D production drawings.
• Electrical design, cabling, and cable routing.
• Piping design and pipe routing.
• ERP implementation and maintenance support (SAP).
• Flexible interfacing between different CAD/CAM tools.
• Interfaces between CAD/CAM output and CNC machines.
• Manual preparation.
• Offshore structures, e.g. drilling rigs and production facilities design.
• Analytical services such as: FEM capabilities and structural investigations. Integration of calculated fluid dynamics into the design process. Vibration analysis – They not only identify machinery problems but also identify machines that are operating satisfactorily and do not need repair.

Work-Related To Ship Repairing Department:

• Managing Harbour Trials & Sea Trials of ships or large boats.
• Ensure the availability of materials by coordinating with the OEMs and Materials department.
• Project in-charge of major equipment like Main Engine, Air Compressors, Air-Conditioning plant, Water Jet system, Oil- Water Separator, RO-plant, Sewage Treatment Plant, various pumps, and valves.
• Carry out various outfitting works on the ship.
• Carry out the repair works of DCI dredgers and SCI container ships while sailing as well as during berthing.
• To conduct tests, trials, and verify the conformity of specifications in line with objectives.
• Daily site supervising of allotted Jobs.
• Ensure Quality of work as per specification & standards.
• Arranging Quality Assurance inspection with QC Dept.
• Arranging and Co-ordination of Class/Owner Survey

The Bellow Are The Colleges That Are Offering Graduate Marine Engineering (GME) Course In India:

1. HIMT College, Kanchipuram, Tamilnadu, India.
2. Academy of Maritime Education & Training, Chennai, India.
3. Coimbatore Marine Centre, Coimbatore, India.
4. Chidamabarm Institute of Maritime Technology –Tamil Nadu, India.
5. Mangalore Marine College, Mangalore, India.
6. Institute of Maritime Studies, Vasco-da-Gama, Goa.
7. Cochin Shipyard Ltd., Perumanoor, Kochi, India.
8. Samundra Institute of Maritime Studies, Lonavala, Maharashtra, India.
9. Vel’s Academy of Maritime Education and Training, Chennai, India.
10. Maritime Foundation, Chennai, India.
11. Garden Reach Ship Builders and Engineers Ltd. 
12. International Maritime Institute Ltd, Greater Noida.
13. Great Eastern shipping company Training Institute, Lonavala, Pune, India.
14. RL Institute of Nautical Science, Madurai, India.
15. PSN College of Engineering, Tirunelveli, India.
16. C.V. Raman College of Engineering, Bhubaneswar, India.
17. Vishwakarma Maritime Institute, Pune, India.
18. Praveen Institute of Marine Engineering and Maritime Studies,  modavalasa, thagarapuvalasa, andhra pradesh.
19. Anglo-Eastern Maritime Academy, Karjat, Maharashtra, India.
20. Marine Engineering and Research Institute.

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MECHANICAL ENGINEERS IN DEFENCE

 

Introduction:

In these modern days, Technology plays a major role. Our everyday life is directly or indirectly interconnected to this Technology only. And nowadays technology is seen in Every place. Now we will see How Technology changes the entire Army and Defence. Now we will see what’s the Technology brings to us.

• 3d Reality headsets.
• Robots joining human squads.
• missiles got more powerful and precise.
• Aircrafts got stronger.
• Tanks are getting more powerful.

And much more.

So To make this possible, we need a huge number of engineers.

Yes, among the other engineers, Mechanical Engineers have more scope in this field.

Role Of Mechanical Engineers In Army:
There are many roles to the mechanical Engineers in the army. Their first task is to provide mobility to own forces by constructing bridges, tracks, removable obstacles, making safe passages through enemy minefields, and so on.

And they also needed to develop prototypes and new designs. Engineering plays an important role in the day to day life including everything even the defence sector. In the defense sector being an engineer, you will also be a defence person.

Mechanical Engineer, aeronautical engineer, electrical n also electronics are preferred the most and then other respective branches but these play a big role in defence.

 

Jobs For Mechanical Engineers In Defence/Army Sectors👇

1.SSC(Short Service Commission) Tech Entry|| Indian Army:

SSC in Indian Army is the tenure of officers. The SSC officer’s tenure is 10+4 years, and after completion of this tenure, the male officers can either opt for a Permanent Commission or can opt-out of the Indian Army. Initially, the officers are enrolled for a tenure of 10 years then they can further continue for additional 4 years, after this completion of 10+4 years the men can continue and take up a permanent commission or they can also opt-out, but the women officers have to opt-out.

The training academy for SSC officers is Officers Training Academy (OTA) Chennai. There are various options through which you can join the Officers Training Academy. You can join OTA through a written exam conducted by UPSC twice a year and then passing the 5 day SSB interview and clearing the medicals. Technical graduates and Law graduates can directly join by passing an SSB interview and medicals, without any written test. The duration of the training is 49 weeks.

• Eligibility: Engineering graduation(mech).
• Age limit: 20 to 27 years.
• Salary: 56,000-2,50,000.

2.Indian Army Corps of Engineers

This is one of the oldest arms of the Indian Army. In India, the army corps of engineers consists of three major constituents. They are

 

• Indian Army Combat engineers : Combat engineers play a key role key in providing mobility to own forces by constructing bridges, tracks, and helipads, on the other hand, also the Corps denies the same to the enemy by creating obstacles like laying minefields and demolition of bridges.

        

• MES(Military Engineering Service)
  Military engineers are responsible for the design, construction, and maintenance of all works, buildings, airfields, dock installations, etc. In addition, they are also engaged with additional services such as military roads, electricity supply and water,  furniture, refrigeration which are required by the Army, Navy, and Air Force in India.
  The MES(Military Engineering Service) is the largest construction agency in the country. The engineering arm of the Ministry of Defence, Military Engineering Service primarily provides for three arms of Defence forces, the Army, Air Force, and Navy, and also to the other Defence-related departments and organizations.MES was founded in 1851 to provide rear-line-engineering support to the erstwhile British Indian Army.
  
  Qualification: Graduation in Engineering.
  Age limit: 21to 30 years.
  Starting Salary: 46,000

• BRO(Border roads organization)
  The Border Roads Organisation is one of the major arms of the Defence services which is playing a key role by constructing national highways, airfields, buildings, and bridges. Construction of a large number of roads in some inaccessible areas of the Rajasthan, Himalayas, and the North Eastern States have contributed significantly to their economic development.
  
  Eligibility: Engineering graduation (Mechanical).
  Age limit: 18 to 25 years.
  Starting salary: 20,0000.

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MECHANICAL ENGINEERS IN CONSTRUCTION INDUSTRY

 

Introduction:

In the construction industry, various mechanical engineering jobs are always carried out by a qualified mechanical engineer. Mechanical engineers are the one who is responsible for designing, building, establishing, and maintaining all kinds of mechanical related machinery, tools, and components.

The mechanical engineering field covers every aspect right from building design, material selection to structural integrity. All machinery within the site is considered part of a mechanical engineer's domain.

This includes HVAC(Heating, ventilation, and air conditioning) equipment, the ducts and ventilation shafts that take off from output assemblies towards the different story of the structure, and all the associated pumps and pipes which tie these independent systems together.

 

Qualification:

To get a mechanical engineering job in the construction industry one should need a degree or diploma in mechanical engineering. 

 

Eligibility:

If one has experience working as a mechanical engineer, can apply to a construction company to gain onsite experience as a plant and mechanical engineer. You might start as an assistant to a more experienced plant and mechanical engineer and progress as your abilities improve.

 

Skills :

Additional skills which may benefit anyone include: 

• Ability to use, repair, and maintain machines and respective tools.
• Knowledge of engineering science and technology.
• Knowledge in maths.
• Design skills and knowledge.
• Ability to work well with your hands.
• Excellent attention to detail.
• Problem-solving skills.
• Practical skills for repairing and maintaining equipment.

Duties Of Mechanical Engineer In The Construction Industry:

Now, let us talk about the duties and work of mechanical engineers

• Mechanical engineer in chemical industry estimates, prepare and assign the resources such as materials, equipment, tools, manpower, consumables, etc., required for all Mechanical and related works at the site.
• Mechanical engineers provide engineering and technical supports to all the Mechanical workgroups at site both in theoretical and practical.
• Plans the execution of all Mechanical related works and coordinates the works to other groups like Electrical and civil groups.
• Coordinates the work according to the plan.
• Ensuring proper erection and alignment of pumps and turbines.
• Also, take care of Execution and proper installation of their respective piping connection and quality analysis of joints.
• Making reports of every issue and interact with clients.

 

For a clear and practical understanding, let us see some examples:

• Let us take the construction of buildings, heavy cranes and machinery is required to transport the construction materials like concrete, iron, fitting equipment, etc. all these machines are designed by mechanical engineers.
• After completion of the construction, some equipment like solar heaters and HVAC (Heating, ventilation, and air conditioning), lifts, cleaning machinery need to be installed which is related to mechanical work.
• At the construction of Hydro Power Plants, mechanical engineers play a key role in designing the turbines and materials to be used and designing the water lines, pressure control systems, etc.
• In the construction of Dam, the heavy machinery which is required at the site is designed by mechanical engineers. They not only design but also take care of the maintenance and service of the machinery.

In underground construction, the major work is mining to create an underground path and set up the machinery. All these are done by mechanical engineers.

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MACHINE DESIGN ENGINEER

What Does Machine Design Engineer Do:

Machine Designs is one of the most important branches in engineering designs. The Product designer creates a range of items, from everyday products such as Household appliances, mobile phones, Automobiles, etc. to larger items like industrial tools, large equipment, and machinery. 

As a designer, you might work on a new product or improve the existing ones, and use your understanding of technology, materials, and manufacturing methods to improve the design and usability of an item. Designers also modify existing products or processes to increase efficiency or improve performance.

To understand what exactly the machine design is about. let us consider an example of the gearbox of a car, the gearbox transmits the motion as well as power of the engine to the wheels of the vehicle. For the Gears wheels to run at desired speeds and also to take the desired loads it is important that they should be designed using some standard calculations. During the designing of gears, various calculations are performed considering speed and load on the gears and finally, the gear with a particular material and with specific dimensions that can take all the loads and that can be manufactured at least possible cost. Similarly all the parts of the car including the engine, etc have to be designed so that they optimally meet all functional requirements at the lowest possible cost. This whole process of designing is called machine designs.

Machine Design Work Involves:

• Designing.
• Modeling.
• Prototyping.
• Testing.

What Are The Duties Of The Designer?

• Design/Redesign devices using analysis and Computer-aided design.
•  Develop and test prototypes.
• Also, analyze the test results and perform changes to the design or system as needed. 
• Machine designers typically begin a project by meeting with the project managers, engineers, clients to understand the needs and requirements for a new project. 
• Once materials and specifications have been determined, the designers begin using design software like AUTO CAD, PROE, CATIA, NX, SOLID WORKS to develop models. 
• Once a preliminary model is set machine designer is responsible for presenting it to the project engineer. 
• If the model is approved, the designer may finalize the designs and send the prints to the production department.

Requirements To Become A Machine Designer: 

• Required Bachelor’s degree in mechanical engineering.
• 3+ years of experience in an engineering role or in a related field. (experience required may vary based on the company)
• Exceptional writing and verbal communication skills.
• Excellent problem-solving skills. 
• Mechanical skills.
• Deep command at any one designing software and should be aware of top designing software. 
• Deep IT and CAD knowledge
• Strong creative, mathematical, and computer skills. 
• Experience designing industry-specific products. 
• Flexible approach to work and ability to adopt change. 
• Able to work in a team environment. 

What Are The Companies That Recruit A Machine Design Engineer?

In any technical related sector, the designer plays a key role in bringing out the imagined or virtual models into real-life applications and give life to raw materials by converting them into useful products.

• Many Of The Mechanical Industries Recruit The Designers.
• Aerospace and Automotive Industries.
• Manufacturing Industries.
• Transport, Including Road and Railways.
• Defence Engineering and Science Group (DESG).
• Construction and Building Services.
• Medical Engineering, Etc.

What Would Be The Salary?

Based on the various companies, positions, and experience, on average mechanical design engineer was paid about 25-30K for freshers and about 50k for 4+ years experience.

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AERONAUTICAL ENGINEER

    Aeronautical Engineering is one of the Engineering branches, which is a sub-part of Aerospace Engineering. Firstly, will give you a glimpse over Aerospace Engineering and its classifications. Then we can jump into the actual topic of Aeronautical Engineering.

Aerospace Engineering:
    Aerospace engineering involves designing and developing aircraft, spacecrafts and their maintenance, building, and testing of missiles, rockets, space shuttles.
Let’s list out some of the topics that include in Aerospace engineering:

• Designing of Spacecraft, aircraft, missiles, and rockets.
• Introduction to the field of Aeronautics and Astronautics.
• Fundamental Principles of jet propulsion.
• Dynamics of spacecraft and Introduction to Orbital Mechanics.

Duties Of Aerospace Engineers:

• Aerospace Engineers assemble the Aircraft, spacecraft, and their components.
• Aerospace Engineers Direct and coordinate with the design involves in manufacturing departments, and testing of aircraft and aerospace products and make a report on their condition.
• Aerospace Engineers undertake theoretical and practical research work. The research part will be handled by the special team.
• Aerospace Engineers Assess the proposals of design for the projects to determine if they give the best results Technically and Financially.
• And also Determine if proposed projects will result in safe operations that meet the defined goals.
• Producing and implementing designs and test the procedures.
• They Evaluate the designs to see that the products meet engineering principles, customer requirements, and environmental regulations.
• They test the products and perform the required modifications for the aerospace-related machines.
• An investigation team of Aerospace Engineers investigate the cause of the plane crash or some other technical issues, write reports, manuals, and documentation.
• The above listed are the well-known duties of the Aerospace Engineers, but we can’t say these are the only duties, there may be few other duties for the Aerospace Engineers respective to their department, qualification, experience, and recruiting companies.
• An Aeronautical engineer is not only eligible in the design & production works of Aircraft and Spacecraft but also in other Machines like Turbine, High-speed trains, Flying gadgets, and Turbine production & design.

Classification:
    Aerospace engineering is divided into two sub-branches:

• Astronautical Engineering
• Aeronautical Engineering

Astronautical Engineering:
    Astronautical engineers study the science and technology of spacecraft and how they perform inside and outside the Earth’s atmosphere. This includes work on spacecrafts, spacecenter, small satellites and traditional large satellites. It primarily focuses on the activities out of our earth’s atmosphere and in any special cases, it deals with both the activities that are within the earth’s atmosphere and out of earth’s atmosphere.

Aeronautical Engineering:
    Aeronautical engineering tends to focus on flight and activities within the range of atmosphere. It deals with the study of Aircraft and helicopters including their production and maintenance. It also deals with the study, design, and production of Flight-capable machinery which includes the spare parts. It is also a study of the design and operations of an Aircraft that involves practical and theoretical understanding of materials, assembling parts, testing, and maintenance of aircraft. On the other side Aerospace Engineers also provide a set of guidelines or instructions on Aircraft Operating techniques which helps in improving the lifetime and efficiency or Aircraft.

The study of Aeronautical engineering focuses on subjects like:

• Thermodynamics
• Heat Transfer
• Aircraft Structures
• Flight Mechanics
• Aircraft Stability and Control

What Does An Aeronautical Engineer Do:
    For better understanding, the work of an Aeronautical Engineer can classify into two types. One is theoretical and practical. Theoretical work involves virtual designing, maintenance guidelines, analysis, etc. where practical work involves manufacturing, investigation, maintenance and service, assembling, etc.

• Aeronautical Engineers are primarily employed in industries where their work includes design, build and manufacture Commercial and Military Aircraft, Missiles, and Spacecraft, systems for national defense, or spacecraft.
• Aeronautical Engineers also develop, design, and maintain some special technologies such as Supersonic Jets, Helicopters, Space Shuttles, satellites, rockets, and others.
• Aeronautical Engineers are also employed in the industry that Manufacturing, Analysis and Design, Research, and Development.

Skills Required:

• Professional monitoring and strong calculative skills.
• Physical Fitness.
• Leadership skills.
• Strong problem solving and analytical skills.
• Normal Colour Vision.
• Technical and Mechanical expertise.
• Team working and communication skills.
• Ability to think creatively.
• Analytical skills.
• Time Management Skills.

How To Get Graduated In Aeronautical Engineering:

• Diploma Courses with a duration of 3 years after Class 10 or class 12 respectively

• B.E./B.Tech in Aeronautical Engineering with a duration of 4 years after class 12th

• Post Graduation (M.E/M.Tech.) with a duration of 2 years after the completion of Undergraduate course in Aeronautical Engineering

• Doctoral Degree courses leading to a PhD with aduration of 2 years or a variable duration after the completion of M.E. in Aeronautical Engineering

Course	Course Duration	Eligibility
Diploma Courses	3 years	After Class 10 / Class 12
B.E. / B.Tech	4 years	After Class 12
M.E. / M.Tech	2 years	After Graduation
Ph.D. Doctoral Degree	2 years / variable	After Masters

Here are some of the Top Colleges That Offer Aeronautical Engineering Course In India:

1. Guru Gram Institute of Aeronautical Engineering and Technology, Gurgaon.
2. Engineers Training Centre ( E.T.C), Thrissur.
3. Guru Gram Institute of Aeronautical Engineering and Technology, Nagpur.
4. Adhiyamaan College of Engineering, Hosur.
5. Guru Nanak Engineering College, Hyderabad.
6. Flytech Aviation Academy, Secunderabad.
7. Hindustan University, Kelambakkam (Tamil Nadu).
8. Indian Institute of Aeronautical Engineering, Dehradun.
9. Hindusthan Institute of Technology, Coimbatore (Tamil Nadu).
10. Indian Institute for Aeronautical Engineering and Information Technology, Pune (Maharashtra).
11. Hindusthan College of Engineering and Technology (HICET), Coimbatore.
12. Hindustan Institute of Engineering Technology (H.I.E.T), Chennai.
13. Institute of Aeronautical and Marine Engineering, Bangalore (Karnataka).
14. Bharat Institute of Engineering and Technology (B.I.E.T.), Hyderabad.
15. Jain University, Bangalore (Karnataka).
16. Karpagam Institute of Technology, Coimbatore.
17. Kumaraguru College of Technology, Coimbatore.
18. M.L.R. Institute of Technology, Hyderabad.
19. Jaya Engineering College, Thiruvallur.
20. M.V.J. College of Engineering, Bangalore.
21. M.N.R. College of Engineering, Hyderabad.
22. Mohamed Sathak Engineering College, Ramanathapuram.
23. Manipal Institute of Technology, Manipal.
24. Nehru Institute of Engineering and Technology (N.I.E.T.), Coimbatore.
25. Nehru College of Engineering and Research Centre, Thrissur.
26. Punjab Engineering College, Chandigarh.
27. Park College of Engineering and Technology, Coimbatore.
28. Sai Flytech Aviation Private Limited, Bilaspur.
29. School of Aeronautics, Dwaraka (Gujarat).
30. Siddhartha Institute of Aeronautical Engineering and Information Technology, Bangalore (Karnataka).
31. Sathyabama University, Chennai (Tamil Nadu).
32. R.V.S. (Ratnavel Subrahmaniam) College of Engineering and Technology.
33. Tagore Engineering College (T.E.C.), Chennai.
34. Vel Tech Engineering College, Chennai (Tamil Nadu).
35. Rajasthan Institute of Technology and Engineering Science, Kota.
36. Institute of Information Technology and Managements Aeronautical Engineering Training Academy, Pune (Maharashtra).
37. The Indian Institute of Science (IIS), Bangalore.
38. V.S.M. Institute of Aerospace Engineering and Technology, Bangalore.
39. Hindustan Institute of Engineering Technology.
40. IIT (Indian Institute of Technology), Mumbai.
41. Institute of Information Technology & Management’s Aeronautical Engineering Training Academy, Pune.

Following are some job profiles for Aeronautical engineers:

• Aircraft Engineers/ Assistant Aircraft Engineers:  Aircraft Engineers are involved in the application of scientific and technological principles to research, development, and design of aircraft and their components.

• Thermal Design Engineer: The job role of the thermal design systems and processes to convert generated energy from various thermal sources into chemical, mechanical or electrical energy.
• Aircraft Production Manager:  Aircraft Production Manager has to keep an eye on the production in terms of quality, pricing, market analysis.
• Aerospace Design Checker: Aerospace Design Checker’s role is to check whether the design of an aircraft and its components.
• Mechanical Design Engineer: As a designer, you might work on a new product or improve the existing ones, and use your understanding of technology, materials, and manufacturing methods to improve the design and usability of an item.

The above listed are the most popular job profiles. In addition to these we have some other job profiles:

• Mechanical Design Engineer.

• Graduate Engineer Trainees.

• Assistant Technical Officers.

• Flight systems test engineers

• Flight test engineers

• Wind tunnel engineers

Companies That Recruit Aeronautical Engineers

• India Space Research Organisation (ISRO).
• National Aeronautics and Space Administration (NASA).
• Indira Gandhi Rashtriya Uran Akademi (IGRUA).
• Aerospace Industries.
• Indian Air Force.
• Aircraft Manufacturing Industries.
• Aircraft or Airline Engineering Consultancies.
• Space Centers.
• Private Airlines.
• Aircraft Research Agencies (Governmental and Non-Governmental).
• Aircraft Accessories Manufacturers.
• Aeronautical Laboratories.
• Defence Research and Development Organisations.
• Flying Clubs.
• Aeronautical Development Establishments.

Salary Paid:
    On average an Aeronautical Engineer in India is paid about ₹605,805. Based on the company, position, work, and experience the salary is varied from 1L-30L/year.

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