Top Automotive Jobs in 2025- Reynlab

This post is based on a short talk about automotive careers. I want to take 5 to 10 minutes of your time to explain what the automotive sector is like, what careers it offers and what each career track means. I am doing this because many people keep pushing electric vehicles, ADAS or autonomous vehicles down students' throats. They say this is the future and this is how your career will go. I want to shed some light on what actually happens in the industry.

The reason I can speak about this is that I currently work as a consultant with three different OEMs that make automobiles in India. I have also worked on the staffing side, with companies that supply manpower to these OEMs, and I still work with the OEMs today. That gives me a view quite unlike that of other edutech companies, which work only on the education side. I will not separate two-wheelers, three-wheelers and four-wheelers here. We will look at the field as a whole and then build up the picture.

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Automotive is a very wide field, and the people who give advice about it often see only one corner of it. Looking at both the training side and the hiring side makes it easier to see which skills actually lead to jobs, and which are only talked up.

I will use the word automobiles in a broad sense and not get stuck on vehicle categories. What matters is how the whole sector is organised, who hires, and what each employer looks for. Once you see that, the question of which course to take becomes much easier to answer.

Two ways to build a career in automotive

In the automotive sector there are two broad ways to build a career. The first is the aftermarket, which covers workshops, garages and related businesses. The second is the OEM and Tier 1 side. I will start with the aftermarket, because it takes much less time to explain than the OEM side.

The aftermarket

Let me describe the aftermarket first. It is basically all your workshops and garages and the businesses around them.

The aftermarket has three main areas: service and repair, accessories (including detailing and other businesses), and used cars. Accessories and detailing happen on one side, and used cars on another. Someone may do all three, so there can be a spillover. I keep them separate because the skills needed for service and repair, for accessories and for used cars are slightly different, and I will not get into a long discussion about why.

Service and repair

On the service and repair side you have technicians and the body shop. The body shop covers tinkering, painting and similar work. Technicians are mostly on the mechanical side, and there are also electrical and electronics technicians. The other specialization is HVAC, which means AC technicians. These are the major careers if you decide to go into service and repair. I am not talking about running a service centre as a business here, only about the careers.

The technician and the body shop worker have different skill sets, and both are blue-collar skill sets. If you want to run your own business, you may need to know about all of them, which is how it usually happens in practice.

Accessories

In accessories you have the accessories electrician, who may have specific knowledge of fixing an audio system, a horn, central locking or an alarm. You also have detailers. Detailing is a separate skill set. It is also blue-collar work, but it is one you need to learn properly.

Used cars

Used cars are where things get interesting. The first role is evaluation, which means checking whether a car is good. They have to be able to tell whether a car is in good condition and what it is worth. These people are not technicians, but they still need to be able to evaluate a car. Evaluation and technical judgement come first, but the most important role, I think, is the salesperson. You cannot be a good used-car salesperson if you do not understand what sales is and how to sell, and there are quite a lot of techniques for that. These are the careers you will find in the automotive aftermarket.

Dealerships and multi-brand garages

When I say aftermarket, it is worth being precise, because it can mean two different things. The aftermarket actually has two kinds of players: dealerships (authorized centres) and multi-brand garages. The skill sets are the same. Dealers also have service and repair and accessories, and they have salespeople too. The only real difference is that dealerships have both new-car and used-car salespeople. So the aftermarket is basically about these two things happening side by side, multi-brand garages on one hand and dealerships on the other, and they share most of their roles.

OEM careers

That covers the aftermarket side, and it is one side of the picture. Now let us move to the other side, the OEMs, which are the companies and manufacturers themselves. OEM careers are about the people who design and manufacture the vehicle. I see three or four groups of skill sets here:

Let us put it this way.

R&D engineers, who design the vehicle and its systems.
Production or shop floor engineers.
Technical support functions, a set of cross-domain roles that support the product after it is built.
Corporate and support functions. I am not talking about HR here but about sales and quality. These people are often engineers too. Internal learning and development (L and D) also comes under this group.

That is the overall structure on the OEM side. These are the major roles as we see them in India. It may be slightly different elsewhere, but this is how it happens here, so it is the picture that matters for you.

R&D engineers

Let us look at R&D engineers in more detail. This applies to OEMs as well as Tier 1s. OEMs are the vehicle manufacturers, and Tier 1s are companies like Bosch, Continental and Aptiv. The first categorization is into mechanical engineers, electrical engineers and software engineers. There is also a really interesting group that I personally call convergence engineers.

I split the R&D engineers by discipline because that is how these companies think about hiring. What I am trying to show you is how these companies recruit and what they look for. Once you understand that, it can be turned into your career plan.

Software engineers

Software engineers can be pretty much anything, so there is not much we can usefully cover in one place. They may develop full-stack applications or machine learning applications, work on Android or Java, or do UI and UX. There are quite a lot of possibilities, so I will not go into detail on them here. It is simply too broad an area to cover in a single talk.

Mechanical engineers

Since this is automotive, many of you will be looking at mechanical roles. The main ones are listed below. These are mechanical engineers, but they work on very different problems.

CAD engineers, who convert 2D drawings to 3D, do the modelling and things like that.
CAE engineers, who work on crash, vibration and VH analysis.
CFD engineers, who work on thermal or aerodynamics problems.
Production planning engineers, who decide how many vehicles to produce, how the plant should be set up and how the die is designed.
Product design engineers, a level above these. This is a slightly different skill set, so it is not simply part of the others.

Depending on the OEM there may be other design engineer roles, but fewer. I am not going to talk about these in detail, for a simple reason: there has not been much growth in these jobs. If an average person can work for 30 or 35 years, then people who passed out in the 2000s are still in the workforce and still occupying their positions. People who graduated in 2020 or 2024 are now entering a space with very limited room for career growth, and they are entering late. There is always a glass ceiling. You grow for three or four years, and after that your career starts to stagnate and does not pick up pace.

For that reason I personally do not want to advise anyone to go into CFD, for example. If you are interested, you should of course do it. It is only my opinion that the scope there is limited. If you feel you do not know anything else and cannot do anything else, you will always find something to do. I simply do not advise it, and that is why I am not going to talk about it further.

Electrical engineers

Pure electrical engineers are the people who design the electrical hardware. There is electrical hardware design, and there are also allied roles such as test engineers and wiring harness engineers, and a lot more besides, including electrical CAD. This is not my forte and I do not work much on it. The main reason is again that the number of jobs that come up is limited.

If you are an electrical engineer, my suggestion is to take up electrical hardware design first. It is an in-demand skill and not many people can master it, which means you have a much higher scope there. I am neutral about the rest of this area, because not many people come in here either. Electrical engineers usually do not learn CAD, but if you do, and you are comfortable with wiring harnesses and tools like Altium, you can convert Altium schematics into CAD drawings. So this need not be a pure electrical engineering role. A mechanical engineer who picks up these skills can do it as well.

Convergence engineers

What I am really excited about is the role of the convergence engineer, because these engineers work on multiple aspects and multiple domains together. They bridge the mechanical, electrical and software sides. Here is how that actually happens, through four main roles.

Model based design (MBD). This is your MATLAB and Simulink work: developing applications and controls.
Embedded software development. Unlike a pure software engineer or a pure electrical engineer, you need to know both software and electrical systems to write embedded software. You cannot write it without knowing both, so I have put it under the convergence domain.
Test engineers. They should be aware of electrical systems, know Python and be familiar with ISQTB standards and similar material.
Calibration engineers. Calibration is what we call tuning. If you want to tune for OEMs, it is called calibration. Calibration engineers need to be cross-domain and have skills across the whole area.

Taken together, these roles are where mechanical, electrical and software knowledge meet. Because these roles need knowledge of multiple systems, not many people have it. Colleges do not promote convergence engineering. They are very stream-specific: a mechanical engineer learns only mechanical, and an electrical engineer learns only electrical. That is why few people possess these skills. Model based design, test engineering and calibration engineering are the three roles to watch.

Production and shop floor

Since we are talking about the whole picture, it makes sense to cover the entire thing. Production and shop floor has two primary roles. One is shop floor management and the other is production management.

On the shop floor you are the line supervisor. It is how you learn how the whole thing works. You sit there trying to understand how many pieces have come out and what the quality is. Production management, on the other hand, focuses on how to make things better and whether the systems should be realigned. These are purely mechanical roles and they involve standing on the shop floor for long hours. Quality is a different career, and it is usually a core mechanical job. If you are not from a mechanical background, or from production for that matter, this is probably not very interesting for you.

Technical support

Technical support is a very interesting role because it also needs cross-domain skills. You need to be well prepared on automobiles in general, with skills across several areas. The department could be diagnostics, technical manuals and technical writing, or dealer training. There are a lot of possibilities within this department. People in these careers do not move around much, so not many opportunities come up. If one does, it is a pretty unique opening and you should definitely look at it.

How to reach the top

This is the part that, at least for me, is fascinating. Most of you probably want to end up making a lot of money and being the top person in a firm, and you will have a view on how to get there. This part fascinates me, because most of you probably want to end up making 10 lakhs or 20 lakhs a month and be the top person in a firm. Most of you probably think the way to do that is to become an R&D engineer, move into convergence, and so on. That is not actually how it works. If you are an MBD designer now, then in 15 years you might become a project manager or product manager. If you are really lucky, you might become a division head or engineering manager.

There is another sure way to climb to the top, and that is techno-commercial marketing. Not many people like this role. They say marketing is boring or sales is boring, and there is a lot of negativity attached to it. But if you look beyond that, you cannot be a techno-commercial marketing person until you have built up a lot of skills. Then the corporate asks you to help with marketing and to speak to clients. That is a very interesting job, because very few people have technical skills and also have sales skills. Do this for five years and the next step is manager. If you do not have another degree such as an MBA and still want to go to the top, this is one of the quickest ways.

The point is not that everyone should aim for marketing. It is that the route to the top is rarely the one students imagine, and the quickest route often goes through a role that others avoid. Know that before you decide.

There will of course also be roles in supply chain, quality and purchase. I am not very enthusiastic about these, because companies do not promote these people much and the number of people they need is very limited.

Why this matters for students

If you have been told that a single technology will decide your career, look again at the roles above. Most of them exist in every kind of vehicle company, and they are filled by people who have a solid base in one discipline and pick up the domain on the job. Few people have combinations of skills such as convergence engineering and techno-commercial work.

Check the job market yourself

So far I have given you a bird's-eye overview of what happens on the aftermarket side and on the OEM side. My question to you is this: when you look at all these job roles, do not just take my word for it. That is a bird's-eye overview of the aftermarket side and the OEM side. You do not have to take my word for it. Get on naukri.com, search for these roles and look at the job titles you find. Do you see a title like "electric vehicle production" or "electric vehicle battery design"? You do not. This is the corporate organization structure, and the organization structure is agnostic about what the vehicle or product is. Whether the vehicle is petrol, diesel or electric does not change the structure of the roles. That is the bird's-eye view you need to have. Parallel to it, you will need skill sets, and that is what I turn to next.

Skills for one job role: model based design

Let me take one job role and explain the skills it needs. Take model based design. If you are doing model based design, you can do it for a couple of different activities. Since we are talking about electric vehicles and autonomous vehicles, think of three:

Developing controllers, that is, electronic control units.
System design, for example of a battery or a motor.
Systems engineering, where you integrate a powertrain. The motors and gearboxes already exist and you are only integrating them. Many startups and OEMs do this. They do not design the battery pack themselves, they just integrate it.

Imagine these three are jobs. Each of them needs separate domain knowledge, but the basic knowledge is shared. What is that basic knowledge? Model based design teaches you MATLAB and Simulink, and let us say you also learn SysML. Those are two tools you need to know, and let us assume you have already learned them. So you are standing at that base. Now see what extra each job asks for. This is how the structure of the skills works.

MBD for controller development. On top of the basics you need to know controller hardware. At the least you should know what an ECU is and what the control architecture is. You need to know about calibration, protocols and standards. You may also need a little testing and some domain knowledge. If the controllers are for an electric vehicle, you need EV domain knowledge. If you are doing gearbox or transmission control instead, you need transmission domain knowledge.
MBD for system design of batteries. You should be familiar with a tool like Emison, and with how to follow the model based design process. Your domain knowledge will be battery domain knowledge, not transmission.
MBD for systems engineering and integration. You need to know vehicle-level details, understand systems engineering and then do the work.

Notice how much of this has nothing to do with the vehicle type. The domain knowledge differs from job to job, but the process knowledge and the tool knowledge are common. That is the point I want you to take away. This is basically how jobs work. So do not jump in and assume you must learn EVs, or that you should go and do an EV course. That course gives you only one block of knowledge, and that knowledge alone will not get you a job. From the JDs I have seen and the requirements I have written, if I need a test engineer who tests electric vehicles, I want him to be aware of the product development life cycle. I want him to know the ISQTB testing standards and other material. I want him to be aware of ISO 26262, which is functional safety. Along with that I want him to have EV domain knowledge. I would not pick someone just because they have EV knowledge, because EV domain knowledge is easy to gain. What is not easy to gain is all the other skills you see here. A person who has only completed an EV course has one block of knowledge, and the rest of the stack is missing.

This is why I say domain knowledge is the easiest part to pick up. What employers struggle to find is the combination of tools, process, standards and a base discipline that sits around it. If you build that combination first, the domain, whether it is EVs, ADAS, autonomous vehicles or tuning, can be added on top whenever the job asks for it.

Summary

To wrap up, the information I want to share is that jobs do not come with domain knowledge alone. Knowing about electric vehicles, autonomous vehicles or even tuning is just one part of a job. If you are sure about the kind of job you want, you need to be clear about the path you will take. Will you go into the OEM side or the R&D side, or into the aftermarket? You need to be pretty clear about what you want to do, and you need to develop your skill sets accordingly. Thank you.