ESE has evolved beyond the traditional boundaries of a conventional electrical or electronics department. In many places, research in materials, devices, circuits, systems, communications, computing, and translational applications tends to remain distributed across separate departments or academic silos. ESE, by contrast, is increasingly building a vertically integrated model. Within the department, one can trace connected research pathways from beyond-silicon materials and advanced semiconductor devices to chip design and secure hardware, from quantum photonics to control electronics, from biomedical sensors to intelligent medical systems, and from communication theory to resilient, AI-enabled cyber-physical infrastructure.
This broad and integrated identity also reflects the changing nature of electronics itself. The future of the field is no longer defined only by isolated progress in circuits or devices. It is shaped by the convergence of semiconductors, intelligence, security, sensing, materials, and systems. ESE is therefore positioning itself as a department that can contribute meaningfully to the full stack of future electronics: science, technology, translation, infrastructure, skilling, and national missions.
The department’s roots at IISc give it a distinctive academic character. IISc has long been one of India’s premier institutions for advanced scientific and engineering research, and ESE draws deeply from that environment of rigor, openness, interdisciplinarity, and long-horizon ambition. Over the last decade, the department has built major new laboratories, expanded into emerging domains, strengthened its connections with industry and government, and developed multiple platforms of national relevance. Today, it stands at an important point in its evolution: with strong foundations already in place and a deliberate effort underway to shape ESE into one of India’s most consequential and internationally visible departments in the broader field of electronics.
The department is also distinctive in how it views impact. Excellence in ESE is not treated as publication count alone. It includes high-quality research, creation of deep technology platforms, robust training of students, strong engagement with national priorities, meaningful industrial collaborations, visible translational outcomes, and the ability to build systems and institutions that outlast individuals. This combination of academic depth and translational seriousness is central to the identity ESE is now articulating more clearly.
