The Department of Electrical and Electronics Engineering at Birla Institute of Technology (BIT) Mesra is preparing to host a significant Faculty Development Programme (FDP) titled “Emerging Control and Digital Technologies for Sustainable Green Energy Systems” from May 18 to 22, 2026. This initiative highlights the institution’s commitment toward advancing technical education and strengthening global academic cooperation. Designed as a five-day intensive learning programme, the FDP aims to bring together leading experts, researchers, faculty members, and industry professionals under one platform to discuss emerging developments in green energy and digital technologies. The programme represents a growing effort to connect academia with practical technological innovations and future industrial requirements.
Rising Importance of Green Energy Education in India
India’s growing renewable energy ambitions have created a pressing need for highly skilled educators and researchers. With national goals targeting 500 gigawatts of installed renewable energy capacity by 2030 and net-zero emissions by 2070, educational institutions are increasingly expected to contribute toward building expertise in sustainable technologies. Faculty development programmes like this play a crucial role because teachers and researchers serve as multipliers of knowledge. The training they receive influences classrooms, laboratories, and future innovations. BIT Mesra’s initiative aligns with these broader national objectives by helping educators understand practical applications and current technological developments within renewable energy ecosystems.
Programme Structure Focuses on Industry-Relevant Technologies
The FDP has been carefully structured around major technological areas that are rapidly transforming energy systems across the world. Key themes include electric vehicle technologies, smart grid infrastructure, renewable energy sources, and artificial intelligence applications in energy management. Rather than relying only on theoretical lectures, the programme combines classroom instruction with simulation-driven and application-oriented sessions. This integrated model allows participants to understand real-world engineering challenges and explore practical technological solutions. Such a format helps bridge the gap between academic learning and industrial expectations, making it highly relevant for participants from diverse educational and research backgrounds.
Strong Industry Participation Adds Practical Value
One of the notable aspects of the programme is the participation of industry organizations alongside academic institutions. Major external organizations supporting the event include GAIL, Jharkhand Renewable Energy Development Agency (JREDA), Quarbz Info System, OPAL-RT, and Creative Robotics. Industry involvement enhances the practical significance of the FDP because participants gain insights directly connected to evolving technological practices and industrial needs. Such collaborations are becoming increasingly important in engineering education as industries seek graduates equipped with hands-on knowledge and advanced technical skills. Industry-academia cooperation also accelerates innovation and helps educational institutions remain aligned with future workforce requirements.
Leadership and Institutional Support Behind the Programme
The programme has received strong institutional support from the leadership of BIT Mesra. It is being conducted under the patronage of Vice-Chancellor Dr. Indranil Manna, demonstrating the institution’s strategic commitment to academic excellence and emerging technologies. The Faculty Development Programme is chaired by Dr. Shudhansu Kumar Mishra, Head of the Department of Electrical and Electronics Engineering, while Dr. Gauri Shanker Gupta is serving as the coordinator. Such leadership involvement reflects the seriousness with which the institution views faculty training and international collaboration initiatives. Strong academic leadership often becomes a key factor in the successful implementation of large-scale educational programmes.
Distinguished National and International Experts to Deliver Sessions
The speaker lineup of the programme highlights its international character and academic depth. Experts from countries including Italy, China, and the United States will contribute specialized sessions. Dr. Giambattista Gruosso from Politecnico di Milano is expected to discuss electric vehicle charging integration and communication networks. Dr. Lalitesh Kumar from Southern University of Science and Technology, China, will focus on fuel cell control systems. Industry speakers such as Microsoft expert Pratyush Anand will provide perspectives on energy-efficient software and firmware practices. Such global participation exposes attendees to diverse research methodologies and evolving technological trends from around the world.
Participation From India’s Premier Technical Institutions
Apart from international experts, several renowned Indian institutions will contribute to the programme. Professors and researchers from IIT Goa, IIT-ISM Dhanbad, NIT Warangal, NIT Rourkela, NIT Tiruchirappalli, BITS Pilani, and other leading institutions are scheduled to participate. This wide representation from India’s top engineering institutes adds significant academic credibility to the event. The participation of experts across multiple disciplines ensures broader discussions on interdisciplinary innovations and research opportunities in sustainable energy systems and digital transformation technologies.
Global Participation Demonstrates Growing Recognition for BIT Mesra
More than 120 participants from nineteen Indian states and international institutions have already registered for the programme. Registrations include participation from globally recognized organizations and institutions including ETH Zurich, University of Illinois, Singapore, and Intel California. Such international engagement reflects the growing reputation of BIT Mesra as a center for advanced technical education and research collaboration. The participation level also suggests increasing academic interest in sustainable technologies and their practical applications across educational systems worldwide.
Ranchi’s Emerging Role in India’s Clean Energy Ecosystem
Hosting the programme in Ranchi adds another dimension of importance. Jharkhand has traditionally been associated with mineral resources and industrial production. However, the state is gradually emerging as an important contributor to renewable energy initiatives and sustainability programmes. Through expanding solar energy projects and increasing interest in clean technologies, the region is witnessing gradual transformation. By organizing such an international programme, BIT Mesra positions eastern India more prominently within the country’s larger clean energy transition movement.
Educational Programmes Like These Shape Future Technology Leaders
Faculty Development Programmes are more than academic gatherings; they create long-term educational impact. Faculty members trained through these initiatives carry newly acquired knowledge into classrooms, research laboratories, and institutional ecosystems. As technology continues evolving rapidly, educators need continuous learning opportunities to stay updated. Programmes focused on artificial intelligence, smart grids, renewable systems, and digital technologies ensure that future generations of engineers receive education aligned with global industrial transformation. BIT Mesra’s latest initiative represents a significant step toward building a future-ready technical education ecosystem capable of supporting India’s sustainable growth ambitions.
