The MathWorks Automotive Conference 2025 concluded on a high note in Pune, bringing together leading automotive engineers, developers, and industry experts from across India. The event served as a dynamic platform to delve into key innovations shaping the future of mobility, with a spotlight on Advanced Driver Assistance Systems (ADAS), Software-Defined Vehicles (SDVs), vehicle electrification, virtual engineering, and the integration of AI in automotive systems.
The conference opened with a keynote by Sameer Prabhu, Worldwide Industry Marketing Director at MathWorks, titled “Driving the Future: Transformational Changes in the Automotive Industry.” He emphasized the importance of combining model-based development and data-driven approaches to accelerate innovation and keep pace with the rapid evolution in automotive technology.
“This conference brought together some of the most forward-thinking minds in mobility,” said Mr Prabhu. “Our focus on SDVs, electrification, autonomous driving, and AI in system engineering underscored the need for industry-wide collaboration to meet modern-day engineering demands.”
A dynamic panel discussion on “Streamlining Automotive Software Complexity” set the tone for the event. Esteemed industry leaders including Deepti Sapliga from Cummins India, Himadri Bhushan of Electra EV, Ritesh Goyal from KPIT, and Geetanjali Khot of Tata Motors engaged in an insightful exchange of ideas. The panelists shared practical strategies and organizational approaches aimed at tackling the increasing intricacies of modern automotive software systems. The session emphasized the need for robust development frameworks, cross-functional collaboration, and scalable architectures to navigate the evolving software landscape.
The event also featured a series of 12 specialized technical sessions, each delving into cutting-edge developments across the automotive sector. Topics spanned ADAS (Advanced Driver Assistance Systems), vehicle design, software-defined vehicles (SDVs), model-based engineering, and the integration of AI in automotive applications. These talks offered deep insights into both current challenges and emerging opportunities in automotive technology.
A standout component of the technical agenda was the contribution from MathWorks engineers, who led six key sessions in collaboration with major industry partners. Organizations such as Daimler Trucks Innovation Center India, Bosch Global Software Technologies, Mahindra, ARAI, Vitesco, and KPIT joined forces to present advancements in areas like scalable validation techniques for autonomous driving, real-world ADAS deployment, software factory models, and advanced chassis control systems. These presentations highlighted the strength of industry-academic alliances in accelerating innovation.
Another noteworthy segment was a joint session hosted by MathWorks and MapMyIndia. This collaborative presentation explored how high-definition mapping can enhance the reliability and precision of ADAS solutions. By integrating geospatial intelligence, developers can significantly boost system performance and safety across diverse driving environments. The session emphasized the critical role of detailed mapping data in supporting real-time decision-making and predictive control in autonomous systems.
The event also celebrated student innovation through the Formula Bharat 2025 showcase. Team Kratos Racing, champions in the electric vehicle category, unveiled their Formula Student race car and shared insights into their design and development process. Using MathWorks’ Model-Based Design tools, the team achieved optimized performance and refined control strategies. Their journey demonstrated the effectiveness of simulation-driven engineering in competitive automotive environments.
Adding a strategic dimension to the event were two exclusive executive roundtable sessions. These closed-door discussions convened senior leaders from automotive OEMs, technology providers, and academic institutions. Participants explored key trends such as clean mobility, seamless software integration, and the growing role of digital engineering. The roundtables fostered meaningful dialogue around collaborative approaches to address industry-wide transformation.
Together, these sessions and discussions created a rich platform for knowledge exchange and collaboration. By bringing together technical experts, students, and executives under one roof, the event successfully bridged gaps across the automotive value chain. From advanced simulation tools to the strategic direction of mobility technologies, every element pointed toward a smarter, more integrated future for automotive innovation.
MathWorks is a global leader in mathematical computing software. Its flagship products, MATLAB® and Simulink®, are essential tools for engineers and scientists engaged in algorithm development, data analytics, visualization, and simulation. These tools are widely used across industries such as automotive, aerospace, electronics, communications, and industrial automation. Founded in 1984 and headquartered in Natick, Massachusetts, MathWorks employs over 6,500 professionals across 34 international offices. Its platforms are also widely adopted in academic and research institutions around the world, supporting a new generation of engineers and innovators.
