Sudha KV, Vice President at Dell Technologies shares “As the technology industry experiences fast-paced advancements, engineers have become the architects of the future, solving complex challenges and driving innovation. In today’s business landscape, they are the innovators, turning abstract ideas into tangible solutions. With the rise of AI and GenAI, engineers are now embracing these advanced technologies to boost productivity.
According to Dell Technologies’ Innovation Catalysts study, 95% of Indian respondents agree that AI and GenAI will significantly transform their industries. Traditional AI models are focused on analyzing patterns and making decisions, more in the realm of machine learning and deep learning, with specific set of tasks based on rules like test automation. Meanwhile, Gen AI is taking it several notches higher with the ability to generate code, create documentation, using LLMs to get quick answers to technical queries. This enables them to be more productive and focus more on Innovation and higher-level problem solving. This evolution of engineering roles underscores the necessity of continuous learning, professional development, and an unwavering commitment to excellence.
At Dell Technologies, we recognize that the future is shaped by those who can leverage technology, and engineers play a pivotal role in this transformation. As we navigate the era of AI and data-driven innovation, engineering excellence remains essential to driving human progress. On Engineer’s Day, we reaffirm our commitment to empowering the next generation to lead the future of innovation with AI and other emerging technologies.
Sheenam Ohrie, Managing Director, Broadridge India shares “AI not only augments human decision-making but also adds to the capabilities of engineers. To prepare engineers for an AI- driven future, it’s essential to integrate industry-relevant skills into their academics. As the industry increasingly relies on adopting AI, there is a critical need for educational systems to adapt quickly and effectively. At Broadridge, we are in the process of partnering with premier engineering colleges to expand their curriculum with both domain-specific courses and relevant technology training. By introducing such credit courses, we will help create a steady pipeline of graduates skilled in emerging technologies, aligning educational outcomes with industry demands. In addition, we sponsor AI and niche technology hackathons across universities and startups, where we mentor, reward, and help create new-gen solutions. This commitment to co- create innovative solutions ensures we are future ready. A robust strategy that marries classroom work with experiential learning will equip the next generation of engineers to excel in an AI-centric future.”
Karan MV, Director, International Developer Relations at GitHub shares “Traditionally, AI has been used by software engineers to solve business problems and create impact for end users, but engineers needed a deep understanding of AI and machine learning (ML) systems to use them effectively. However, open source has changed the game. With AI and ML models, tools, and frameworks openly available—many of which hosted on GitHub—the open-source ecosystem has democratized access, enabling developers to quickly experiment with these technologies, integrate them into their workflows, and ultimately build the next big thing. With the explosion of generative AI, we are now seeing a shift from specialist-oriented work to mainstream adoption.
Developers are increasingly using pre-trained models and APIs to create generative AI-powered applications. In India, developers are working on numerous generative AI projects and experimenting with foundational models from OpenAI and other AI players. And with all this activity, it’s exciting to see that India is already the second-largest contributor of generative AI projects on GitHub. On top of this, we’re at a key inflection point in software development, with developers now using AI to build AI, thanks to tools like GitHub Copilot–signalling a promising future for India. By 2027, India’s developer community is expected to become the largest in the world. With so many developers working with and creating AI models, and leveraging AI tools in the process, we anticipate that India’s developers and open-source community will lead a new wave of AI innovation, driving progress and economic growth for years to come.”
Prashant Singh, COO &Co-founder LeadSquared shares “From the bridges we cross to the health trackers on our wrists, engineers have profoundly impacted every aspect of our lives. As an engineer myself, I have witnessed first-hand the transformative power of our profession and firmly believe mastering the fundamentals is the cornerstone of engineering excellence. The importance of a strong educational foundation cannot be overstated. It’s through rigorous academic programs and ongoing professional development that engineers acquire the critical thinking skills and technical knowledge necessary to solve complex problems. With the power of machine learning alongside human intelligence, engineers can develop cutting-edge solutions and drive changes in everyday life and businesses. On Engineers Day, I am reminded of why I chose this path. It’s not just about building things – it’s about solving problems, improving lives, and shaping the future.”
Saurabh Doshi, Co-founder of Virtualness shares “Engineers have the power to shape the future by leveraging AI to create smarter, more efficient systems that bridge the gap between innovation and real-world impact. From building bridges to developing groundbreaking technologies, engineers play a vital role in making our lives better. At Virtualness, we celebrate our engineers who are leveraging blockchain and AI to create a world where you never need to question what is real. With deepfakes and AI-driven fraud on the rise, our AI-powered engineers are building trusted systems that help you confirm. This is real, fortifying the core of trust and security while driving our engineering practices toward greater precision. Here’s to them and to all the engineers who continue to push the boundaries of what’s possible.”
Harish Shivanna, Engineering Manager, SBM Offshore India shares ” Engineers are the drivingforce behind India’s oil and gas industry, leading innovations that enhance efficiency, safety,and sustainability. Their expertise spans from advanced exploration techniques to the integration of digital technologies like AI and IoT, transforming traditional operations intosmart, efficient systems. As we navigate a rapidly evolving energy landscape, engineers are notonly solving today’s challenges but also building the foundation for a cleaner, more sustainable future. At SBM Offshore, we celebrate the engineering talent that continues to propel India’senergy sector forward, ensuring it remains resilient, dynamic, and prepared for the challenges ahead.”
Raghunandan Pulijala, Assurance Digital Leader, EY Global Delivery Services shares “The convergence of engineering innovation and digital technologies are revolutionizing Assurance services, leading to enhanced quality, greater insights and the ability to provide more value- added services to clients. Engineers are at the heart of this transformation and the integration of engineering principles with digital technologies is leading to the development of advanced tools and methodologies that enhance accuracy, efficiency, and transparency and serve to build and enhance trust. Harnessing GenAI-powered solutions, engineers are enabling assurance services to be more predictive, efficient, and insightful.
These AI-driven solutions not only augment the capabilities of our professionals but also transform the audit process into a more strategic and value-adding function. For example, sophisticated machine learning models can learn from data to recognize patterns, identify anomalies and corrections that might indicate financial discrepancies. GenAI systems can sift through large volumes of unstructured data like financial statements to quickly identify the right information and help in faster turnaround time to advise clients.”
Lakshminarasimman Raghavan, GVP Technology, Publicis Sapient shares “In today’s AI- powered world, the essence of engineering extends far beyond lines of code—it’s about envisioning, crafting, and delivering value that resonates deeply with ever-evolving customer needs. Engineers now stand at the intersection of technology and impact, where every line of thought, every idea, must drive meaningful change and ultimately value for customers. Generative AI is not just a tool but an enabler, freeing engineers from repetitive tasks and enabling them to dive into the heart of what truly matters: creating bold, innovative solutions that redefine industries and provide greater value to customers. Yet, the human touch—their creativity, intuition, and ability to see the unseen—will always be the heartbeat of this transformation. At the core of this evolution is the concept of “idea-centric engineering”—the ability to transform ideas into impactful, customer-focused solutions.
Engineers must think beyond technology; they must think in terms of impact, shaping ideas into reality with agility, passion, and purpose. As the true architects of tomorrow, their legacy will be measured not by the technologies they build, but by the lasting value they create”
Suresh Selvaraj, System Architect for Diesel Injection System at BGSW shares “An engineer is someone who comprehends real-world problems within their domain and devises innovative solutions while meticulously balancing cost, quality, safety, regulation, and customer satisfaction. Since 2011, I’ve been an engineer at Bosch Global Software Technologies, specializing in automotive function development for clients worldwide. As engineers, we are constantly anticipating future needs to address real-world problems and create efficient, appealing solutions for customers. In the current business landscape, OEMs are prioritizing cost- effective solutions, without having to compromise on product performance. To achieve this, we are increasingly leveraging AI and data-driven approaches, replacing traditional sensors in the automotive sector. This shift brings substantial challenges, but we tackle them by consistently upskilling and reskilling to keep up with the rapidly evolving technological landscape.
Despite the dynamic nature of our work, we find fulfilment in solving problems that ultimately benefit the larger world. A guiding principle that continually inspires us as engineers is ‘Find – Adapt – Solve.’ This mantra not only drives innovation but also embodies the essence of engineering—constantly find new challenges, adapting to ever-changing conditions, and solving problems with creativity and precision.”
