By Hari Somalraju, Managing Director, SYSTRA India
In an era defined by rapid urbanisation, climate urgency and technological disruption, infrastructure is no longer just about concrete and steel, it is about foresight, responsibility and innovation. SYSTRA India’s strategic focus on four transformative pillars – digitalisation, sustainability, smart mobility and energy transition – is not merely a response to market trends but a visionary blueprint to redefine India’s infrastructure landscape. These pillars address critical national priorities while positioning SYSTRA as a catalyst for equitable, future-ready development.
Digitalisation and generative AI: Backbone of efficiency
In today’s resource-sensitive environment, digitalisation and artificial intelligence (AI) are vital for improving project efficiency, reducing delays, and enabling data-driven decision-making. India’s infrastructure sector faces a dual challenge, delivering $1.4 trillion worth of projects under the National Infrastructure Pipeline while battling chronic delays and cost overruns. To counter the same, India’s AECO Industry needs to pioneer the adoption of Integrated Project Delivery through a Digital Eco-System, bringing all stakeholders on to one platform. This Digital Eco-System acts as a Single Source of Truth, eliminating conflicts among stakeholders for faster delivery of projects. With the advent of Agentic AI along with Model Context Protocol (MCP), the Digital Eco-System is now better equipped to integrate various servers and tools (internal and external) and perform Predictive and Prescriptive Data Analytics for Proactive Decision Making, to mitigate time and cost overruns.
A key innovation is the in-house developed tool, Electronic Project Management Consultancy (e-PMC) platform, which integrates real-time project tracking, risk management and stakeholder coordination, with the aim to improve PMC efficiency by 20-30 per cent. This tool has been instrumental in managing complex projects such as the redevelopment of Ahmedabad Railway Station and the New Delhi Metro project, ensuring adherence to safety, quality and timeline objectives. It brings all critical stakeholder (clients, consultants and contractors) on the same platform and makes decision-making easy by serving as the single source of truth. Further, we aim to develop digital tools for design optimisation through generative AI. The focus on generative design and automation to enhance productivity has become an imperative for the design industry.
With these strategic innovations, we strive to create an end-to-end digital ecosystem in the built environment, enabling seamless project delivery.
Sustainability: The non-negotiable imperative
With India’s 2070 net-zero target transforming sustainability from a buzzword to a compliance mandate, SYSTRA India, guided by the Group’s core ambition to design reliant, responsible and resilient infrastructure, leverages sustainability as both a performance lever and a catalyst for territorial transformation. The compelling environmental case for rail transport underscores this commitment, while truck transport emits 110 gram (g) to 150 g of carbon dioxide (CO2) per tonne-kilometer, goods trains generate just 12-15 g of CO2 per tonne-km, a significant percentage reduction in emissions. Aligned with the SYSTRA Group’s commitment to achieving net carbon neutrality by 2050, we champion rail-based transport as a cornerstone of sustainable mobility, offering energy-efficient, low-emission alternatives to road-dependent systems.
Our projects embed green design principles, carbon accounting and circular economy strategies. Passive designs to reduce energy consumptions, renewable energy integration, waste reduction and energy efficiency form a part of our design philosophy. The commitment, rooted in operational excellence and health, safety, security protocols, ensures mobility solutions that serve future generations while enhancing social-environmental acceptability. By integrating sustainability across digitalisation (AI-driven emissions tracking), smart mobility (low-carbon transit networks) and energy transition (renewable-powered infrastructure), we are turning compliance into a competitive advantage, proving that eco-conscious engineering is not just ethical but economically viable.
The in-house CarbonTracker tool enables precise monitoring and optimisation of carbon footprints during project planning and execution. This tool supports infrastructure owners in evaluating and reducing the carbon impact of their facilities, aligning with global sustainability goals. This digital innovation proved its value on the Mumbai-Nagpur Expressway, where SYSTRA’s sustainable design framework reduced carbon emissions by 11 per cent, equivalent to more than 20,000 tonnes of carbon dioxide, setting a new benchmark for green corridor development. Beyond tools, we are institutionalising change through our Sustainable Design and Construction Framework, which systematically targets 10 per cent emission reductions across all projects. From material selection to construction methodologies, we are embedding circular economy principles that align infrastructure growth with planetary boundaries, demonstrating that environmental stewardship and engineering excellence can, and must, go hand in hand.
One of SYSTRA’s most innovative contributions was in the Chennai Metro project, where the company reduced the size of metro stations by 40 per cent. This approach allowed for innovative ventilation systems, less concrete in construction and a significant reduction in material excavation. By cutting down the station footprint, the project also minimised electric consumption. This innovative design approach demonstrates SYSTRA’s commitment to sustainable construction and environmental responsibility. By reducing the volume of material used and improving energy efficiency, the project set a new standard for sustainable metro station design. By prioritising sustainability, we can future-proof the infrastructure.
Smart Mobility: Bridging the urban-rural divide
India is expected to witness large-scale migration to urban centres. According to the United Nations, by 2047, around 51 per cent of the Indian population will migrate to urban centres. Over 35 Tier II cities in India are projected to surpass the 1 million population mark by 2030, driven by a skilled talent pool (home to 15 per cent of India’s tech workforce, as per NASSCOM) and a rising middle class with increasing purchasing power. This dual growth of human capital and economic activity demands a new paradigm in urban transport, one that moves beyond traditional infrastructure to smart, scalable solutions. Smart mobility concepts such as Mobility-as-a-Service (MaaS) and decongestion through planned regional transport hubs are the need of hour.
In India, where first- and last-mile connectivity remains a major hurdle, it is evident that innovation is required to address this issue. Just ensuring that station designs accommodate future expansions and provide intuitive connections between various transport networks is not enough. A study done by SYSTRA revealed that metro and bus routes overlap for nearly 60 per cent of the metro network, indicating that these transport modes often compete rather than complement each other. This inefficiency highlights the need for a unified urban mobility authority to streamline integration, ensuring seamless passenger flow, enhancing economic viability, and reducing traffic congestion. Additionally, a complementary facility for first and last mile connectivity is required to bridge gaps in the transit network. MaaS emerges as a potential game-changer in this context, especially when integrated with metro systems, regional rail, buses and other public transport services. Given India’s rapidly advancing digital infrastructure, MaaS could play a transformative role in creating a more efficient and cohesive urban mobility ecosystem.
In addition, major metro cities in India need to decongest railway stations based on travel directions. For example, instead of relying on a single central station or hub, city planning needs to focus on the creation of a northern hub, a southern hub, an eastern hub and a western hub. Trains originating from these hubs will serve the passenger and freight traffic for the respective directions only. Paris is one of the cities that has successfully worked on such decongestion.
Energy Transition: Powering progress responsibly
As India accelerates its decarbonisation efforts, the transportation sector, which accounts for nearly 18 per cent of the country’s energy demand, demands transformative solutions that balance growth with sustainability. The global Avoid-Shift-Improve framework provides a strategic blueprint: reducing unnecessary motorised travel, transitioning to efficient modes like rail and optimising transport technologies. Rail emerges as the clear frontrunner in this transition, delivering remarkable efficiency while handling 8 per cent of national passenger travel and 9 per cent of freight activity, it currently accounts for just 3 per cent of national energy consumption by the transport sector.
SYSTRA India is leading this charge by designing infrastructure ready for tomorrow’s clean energy sources, including incorporating solar canopies, regenerative braking and energy-efficient station designs that collectively reduce operational carbon footprints. Recognising that electrification is not always feasible, we are also pioneering alternatives such as hydrogen fuel cells and battery-powered trains for non-electrified routes, ensuring no corridor gets left behind in India’s energy transition. This multi-pronged approach demonstrates how smart engineering can align economic growth with environmental responsibility, creating transport networks that are as sustainable as they are efficient. Collaborations with institutions like IIT Delhi further this mission. Joint research initiatives focus on intelligent SCADA systems for rail traction power optimisation and first/last-mile connectivity solutions, promoting sustainable development goals. With India targeting 50 per cent renewable energy for rail by 2030, SYSTRA’s integrated approach, combining rail’s inherent efficiency with next-generation innovations, is transforming infrastructure into a catalyst for both environmental stewardship and economic growth.
Building legacy, not just infrastructure
SYSTRA India’s four pillars are more than operational strategies, they represent a philosophical shift in how infrastructure is conceived. In a nation racing to bridge its infrastructure deficit amid climate crises and technological leaps, these pillars ensure that every project SYSTRA delivers is not just a structure but a legacy: efficient enough to meet today’s needs, adaptive enough to evolve with tomorrow’s challenges and responsible enough to safeguard future generations. As India strides toward its $30 trillion economy vision, SYSTRA’s thought leadership is not just shaping projects, it is shaping progress itself.
The convergence of these pillars addresses India’s most pressing infrastructure paradox, the need to build more while consuming less. Digitalisation accelerates delivery, sustainability ensures resilience, smart mobility drives inclusivity and energy transition guarantees longevity. Together, they create a multiplier effect, projects are not just faster and cheaper but also socially equitable and environmentally regenerative.
The question for industry peers is no longer whether to adopt these principles, but how swiftly they can integrate them before the next wave of projects leaves outdated methodologies behind. SYSTRA’s four pillars provide a transition roadmap, combining global expertise with localised innovation to redefine what is possible in Indian infrastructure.
