There is a particular kind of clarity that comes from standing at the intersection of two eras. Over the past several months, as I have spent time with our teams, our customers, and the broader mobility ecosystem, that clarity has only deepened. The decision to evolve SRM Tech’s Automotive Embedded Engineering practice into a comprehensive Mobility Practice is not a rebrand. It is a reckoning with the future and a deliberate commitment to leading within it.
This Evolution Has Been in the Making for Years. Now It Has a Name.
For over two decades, SRM Tech has been a trusted engineering partner to global automotive manufacturers and technology providers. Our embedded engineering credentials are hard-won, built through thousands of hours of deep technical work across vehicle systems, platforms, and programs that span significant vehicle programs. That heritage is something we are proud of, and it remains the bedrock of everything we do.
But the automotive industry has not stood still. The rise of software-defined vehicles, the convergence of connectivity and electrification, the growing role of AI and data in how vehicles are designed, validated, and operated, these are not trends on the horizon. They are present realities reshaping the value chains, business models, and engineering priorities of every OEM and Tier-1 supplier we work with. Vehicle programs that once asked for embedded software expertise now demand a more integrated blend of platform engineering, connected ecosystem thinking, advanced validation, and digital intelligence.
To continue serving our customers well and to serve them on what they are building next, we needed to evolve too.
What the Mobility Practice Actually Means
The Mobility Business Unit (MBU) is structured to bring together SRM Tech’s capabilities across embedded software, connected vehicle platforms, digital cockpit systems, automotive electronics, advanced testing and validation, and lifecycle engineering, all under a single, cohesive practice with shared direction and intent.
At its core, this is a progression, not a pivot. Our engineering and technology capabilities remain central to our identity and our value to customers. What evolves is the scope: we are now structured to engage customers on end-to-end mobility programs rather than discrete engineering modules. This matters because the problems our customers are solving today do not respect legacy boundaries between software and hardware, between product and platform, or between a single subsystem and the broader vehicle architecture.
The MBU also enables stronger cross-functional collaboration within SRM Tech. Mobility today sits at the intersection of digital and data capabilities, AI-led systems, product engineering, and manufacturing, all of which exist within our organization. This structural evolution creates the conditions for us to bring the full depth of SRM Tech’s capabilities to bear on a single customer conversation, rather than offering them piecemeal.
A Domain-Led Structure Built for the Full Mobility Ecosystem
Central to this evolution is a deliberate re-alignment of our capabilities around the domains that define modern mobility engineering. The MBU is now organized across five core vehicle domains: Powertrain and Chassis, IVI and Digital Cockpit, Electric Vehicle Systems, AD/ADAS, and Software-Defined Vehicle platforms, each supported by a shared platform layer spanning hardware, middleware, AUTOSAR/Adaptive, diagnostics, OS environments, and HPC. Underpinning all of it are cross-cutting competencies in Verification and Validation, Cybersecurity, and UNECE regulatory compliance, as well as process frameworks including ASPICE, QaaS, and FuSa, and industrial design, fabrication, and manufacturing capabilities.
This domain-led structure allows us to deliver more coherent, vertically integrated solutions rather than isolated workstreams. It also reflects the breadth of vehicle segments we are equipped to support: passenger vehicles, two-wheelers and three-wheelers, off-road and specialty vehicles, and commercial vehicle platforms. Whether we are working with a global OEM on a next-generation SDV program or supporting a Tier-1 supplier on advanced validation for an EV platform, the MBU is structured to engage at the right depth across the full vehicle lifecycle.
Building these capabilities requires investment on two fronts. Internally, we are deepening our R&D focus, developing proprietary frameworks, tooling, and accelerators that help our teams deliver faster and with greater consistency across complex mobility programs. Externally, we are actively building a network of ecosystem partnerships with technology companies, academic institutions, tool vendors, and platform providers, because the complexity of next-generation mobility systems demands collaborative engineering at a scale no single organization can achieve alone.
A Platform for Our People to Grow Into
For the engineers and professionals who are part of this practice, this evolution opens up new and meaningful directions for growth. The future of mobility engineering requires people who can navigate software-defined vehicle platforms as fluently as they navigate embedded systems, who understand connectivity, data architectures, advanced validation methodologies, and intelligent systems as core competencies rather than peripheral specialisations.
As we scale the Mobility Practice, we are investing in building domain-aligned, future-ready skillsets across our teams. We are expanding our engineering headcount, investing in new R&D capabilities, and growing our physical infrastructure to match the pace of customer demand. Chennai, as one of India’s most prominent automotive and manufacturing hubs, gives us a unique advantage both in attracting exceptional talent and in remaining close to the ecosystem of OEMs, Tier-1 and Tier-2 partners, and mobility technology companies that are shaping the industry.
For those considering joining us: the Mobility Practice is being built at a genuinely exciting inflection point. The work is technically deep, globally relevant, and directly connected to the systems that will define how people and goods move over the next two decades.
What This Means for Our Customers and Partners
Our customers, OEMs, Tier-1 suppliers, and mobility technology companies across Asia, North America, Europe, and other key markets, are navigating one of the most complex engineering transformations in the history of the automotive industry. They need partners who can think at the broader system level, not just the component level. They need partners who understand that a software-defined vehicle is, at its core, a living platform, one that requires embedded precision, platform thinking, data intelligence, and rigorous validation to work at scale.
The Mobility Practice is our answer to that demand. It is how we intend to show up as long-term engineering partners, not as transactional vendors. We are investing in the depth, talent, and structural clarity needed to earn that position and hold it over time.
For ecosystem partners and peers in the industry: we see this evolution as an invitation to collaborate more meaningfully. The complexity of modern mobility cannot be solved by any single company alone. The convergence of software, connectivity, electrification, and AI requires a network of specialists working in genuine partnership. We look forward to deepening those conversations.
The Road Ahead
I am often asked whether moments like this, a practice renaming, a structural evolution, are really as significant as they are made out to be. My answer is that the name matters less than what it signals. The Mobility Practice is a signal that SRM Tech is committed to growing alongside the industry, with the clarity of direction and depth of capability to do so meaningfully.
We have spent more than two decades building the kind of engineering credibility that cannot be manufactured quickly. That foundation gives us both the confidence and the responsibility to take this next step well. The pace of innovation in mobility today demands engineering teams that can move between deep technical execution and broad systems thinking without losing rigour at either end. That is what we are building.
To our teams, our customers, our partners, and the broader mobility ecosystem: the road ahead is long, technically demanding, and genuinely consequential. We are glad to be on it, and we are building to go the distance.
About the Author: Sundar S is the Global Business Unit Head for the Mobility Practice at SRM Tech. With deep expertise in automotive embedded engineering and a focus on next-generation mobility systems, he leads SRM Tech’s expanded capabilities across software-defined vehicles, connected ecosystems, digital cockpit systems, and advanced validation.
