Indra Prabha Sharma, Senior Director Quality Engineering, Publicis Sapient
“India’s Techade will be defined not by the speed of technology adoption, but by the engineering excellence that underpins it. Deep tech, AI, Quantum, IoT, and Robotics, will transform industries, but their true impact will depend on rigor, scalability, and quality in execution. India holds a unique advantage with a rich talent pool that can build for scale while addressing challenges distinctive to our nation and creating solutions relevant worldwide. Engineering excellence ensures technology is resilient, responsible, and purposeful. At Publicis Sapient, we are evolving Quality Engineering into Autonomous QE powered by Agentic Testing Solutions, preparing teams to be AI-ready and embedding trust and sustainability into every solution. This is how deep tech, anchored in engineering excellence, will drive India’s Techade.”
Krishna K Sasidharan, Associate Director, EY GDS
“On National Engineering Day, I’m reminded that innovation isn’t about small steps forward. It’s about solving the world’s most complex challenges through adaptive learning, bold leaps of faith and intuitive engineering. At this pivotal moment in history, where science and technology are advancing at an unprecedented pace, I believe deep tech and engineering excellence are the twin engines driving India’s Techade.
This is our decade, where engineers have the opportunity to redefine the nation’s future. Deep tech, spanning artificial intelligence, quantum computing, advanced materials, semiconductors, space technology, and biotechnology, forms the backbone of India’s ambition to lead globally.
While disruptive ideas ignite progress, it’s engineering excellence that transforms them into scalable, impactful solutions. Without strong engineering foundations, an idea remains just an idea. Excellence demands creativity, precision, resilience, and an unwavering commitment to quality.
As a young engineer, I see a unique opportunity to build not just for India but for the world. This calls for courage, a pragmatic mindset, and the willingness to embrace failure. Collaboration between academia, industry and government will be key to nurturing an ecosystem where deep tech innovation thrives. The future belongs to nations that innovate and pioneer technology. With our youthful energy and world-class institutions, India is poised to shape the future of technology.”
Prashant Singh, Co-founder & COO at LeadSquared
“Being an engineer myself, I’ve always believed that our true impact lies not just in building systems, but in solving problems that truly matter. With rapid advancements in AI and automation, engineers are continuously leading the way in leveraging these technologies to build intelligent, scalable systems that solve complex challenges and drive innovation across industries.
In sectors such as BFSI, healthcare, education, and manufacturing, engineers are helping modernize processes and enhancing customer experiences through AI-powered CRM and automation solutions. By streamlining sales, marketing, and customer service workflows, they enable businesses to engage customers more effectively, increase operational efficiency, and deliver personalized, seamless journeys. These efforts underscore the critical role engineers play in India’s digital transformation and in strengthening its position as a global innovation leader. At LeadSquared, we are proud to empower our engineering teams to develop CRM-driven SaaS platforms that deliver measurable business outcomes and help different industries grow at high velocity.”
Roshini Nayar, Principal Structural Engineer, SBM Offshore India
“As India charts its path toward a $10+ trillion economy by 2030, deep tech is emerging as the cornerstone of its ‘Techade.’ With a young, highly skilled workforce, vibrant capital markets, and a stable policy framework, India is uniquely positioned to not just catch up with global innovation but to lead it.
Quantum computing, for example, promises to compress simulation timelines from weeks to hours, enabling breakthroughs in areas from drug discovery and aerospace design to offshore oil and gas modelling. Faster optimization and predictive maintenance will help industries reduce R&D cycles, minimize downtime, and create smarter, safer systems.
In materials science, AI-driven modelling is accelerating the development of specialty polymers and alloys, while innovations like graphene-based batteries and digital twin-enhanced FRP/GRP solutions are translating lab discoveries into real-world resilience. The green hydrogen sector, under initiatives like the National Green Hydrogen Mission, exemplifies how India’s R&D ecosystem is powering scalable, sustainable energy solutions, with private and public leaders driving advancements in catalysts, membranes, and infrastructure.
By converging quantum technologies, advanced materials, and green energy innovation, India is not only fuelling economic growth but also defining its position on the global technology frontier, demonstrating how deep tech transforms vision into tangible impact.”
