Industry Connect
Dr. Rupam Bhaduri, Professor – AI & Robotics; Dr. Bharath Kumar S, Assistant Professor – AI & Robotics; Dr. K. Sudha Deepthi with Members of IET (UK)
The Department of Artificial Intelligence & Robotics conducted a professional interaction with members of The Institution of Engineering and Technology (IET), UK, involving senior faculty and international professional members. The discussion focused on global engineering standards, emerging trends in AI and robotics, and the role of professional bodies in shaping future-ready engineers. Faculty members exchanged insights on curriculum benchmarking, accreditation practices, and outcome-based education aligned with international frameworks. The interaction emphasized student engagement in professional societies, innovation challenges, and global networking opportunities. It also highlighted pathways for collaborative workshops, technical talks, and student chapters under IET.
Outcome: Strengthened international professional engagement, exposure to global engineering practices, and alignment of academic activities with internationally recognized engineering standards.
Dr. Pramod Kumar Naik, Chairman – AI & Robotics with Students at IET Innovation 2025
The Department of Artificial Intelligence & Robotics actively participated in IET Innovation 2025, providing students with exposure to cutting-edge technological innovations and interdisciplinary research trends. The interaction with Dr. Pramod Kumar Naik, Chairman – AI & Robotics, enabled students to understand industry-driven innovation ecosystems and emerging opportunities in AI, robotics, and intelligent systems. Students showcased their project ideas and received expert feedback on feasibility, scalability, and real-world deployment. The event emphasized innovation-led learning, startup culture, and design thinking. It also strengthened the department’s industry-academia linkage by aligning student projects with current industrial challenges.
Outcome: Enhanced innovation mindset, exposure to industry expectations, and motivation toward research, entrepreneurship, and technology commercialization.
Industrial Visit to Moog India Technology Center (MITC), Bengaluru
The department organized an industrial visit to Moog India Technology Center (MITC), a global leader in precision motion control systems. Students gained hands-on exposure to advanced industrial robotics, automation systems, control engineering, and aerospace-grade mechatronics solutions. Industry experts explained real-time applications of AI-driven control systems, embedded intelligence, and safety-critical engineering practices. Students observed live demonstrations of industrial motion platforms and robotic subsystems. The visit bridged theoretical knowledge with real-world engineering workflows.
Outcome: Improved understanding of industrial automation, control systems, and career pathways in robotics and intelligent manufacturing.
Project Discussion Visit to CMTI (Central Manufacturing Technology Institute)
Faculty and students visited CMTI, Bengaluru, for in-depth discussions on collaborative research and industry-relevant project development. The interaction focused on smart manufacturing, precision engineering, AI-enabled inspection systems, and robotics-based automation. Students presented project concepts and received technical guidance from domain experts. The visit emphasized applied research, prototyping, and technology validation aligned with industry standards.
Outcome: Identification of real-world problem statements, improved project quality, and opportunities for joint research and consultancy.
Visit to Karnataka State Pollution Control Board (KSPCB)
The department visited KSPCB to understand environmental monitoring systems, regulatory frameworks, and technology-driven pollution control mechanisms. Officials discussed the role of AI, IoT, sensor networks, and data analytics in air and water quality monitoring. Students learned how intelligent systems support sustainable governance and public health. The visit highlighted the social relevance of AI and robotics in environmental protection.
Outcome: Awareness of regulatory technology applications and inspiration for socially impactful AI-driven solutions.
Project Collaboration Discussion with KSPCB
A focused technical discussion was conducted with KSPCB officials to conceptualize three AI- and robotics-based projects related to pollution monitoring and environmental analytics. Students explored solutions involving real-time sensor data acquisition, predictive analytics, and automated reporting systems. Faculty facilitated the alignment of academic objectives with government needs.
Outcome: Initiation of live government-industry projects, enhanced problem-solving skills, and exposure to policy-driven technology development.
Academic–Industry Interaction with IISc Bengaluru
An expert interaction was conducted with Dr. Abhra Roy Chowdhury, IISc Bengaluru, focusing on advanced research directions in AI, robotics, and intelligent systems. Discussions included interdisciplinary research, academic–industry collaboration models, and global research trends. Faculty gained insights into curriculum enrichment and research mentoring.
Outcome: Strengthened research orientation, exposure to global best practices, and enhanced academic networking.
Guest Lecture on Smart Sensors for a Smarter Planet
Prof. Radhakrishna Prabhu delivered a guest lecture on “Smart Sensors for a Smarter Planet”, highlighting applications of robotics and AI in healthcare, renewable energy, and smart infrastructure. The session connected sensor intelligence with sustainability and future technologies. Students learned about sensor fusion, data-driven decision-making, and interdisciplinary applications.
Outcome: Broadened perspective on smart sensing technologies and their role in sustainable engineering solutions.
Industrial Trip to Moog India Technology Center, Bengaluru
Faculty & Students of Artificial Intelligence & Robotics
The Department of Artificial Intelligence & Robotics organized an industrial trip to Moog India Technology Center, Bengaluru, involving both faculty and students to strengthen practical exposure to advanced industrial technologies. The visit provided insights into precision motion control, industrial robotics, embedded systems, and AI-enabled automation solutions used in aerospace, manufacturing, and high-performance engineering domains. Faculty members interacted with industry experts to understand evolving skill requirements and emerging technological trends, contributing to curriculum enrichment. Students observed real-time engineering workflows, safety practices, and system integration methodologies adopted in global industrial environments. The trip reinforced the importance of interdisciplinary knowledge combining AI, robotics, control systems, and embedded intelligence.
Outcome: Enhanced industry awareness among students, improved curriculum–industry alignment, and strengthened faculty–industry collaboration for future projects and internships.
The Industry Connect initiatives at Dayananda Sagar University play a significant role in bridging the gap between academic learning and real-world applications in Artificial Intelligence and Robotics. Through collaborations with industry partners, expert lectures, workshops, internships, live projects, and industry-sponsored research, students gain practical exposure to contemporary tools, technologies, and professional practices. Regular interaction with industry experts ensures curriculum relevance, enhances skill development, and improves graduate employability while fostering innovation, problem-solving abilities, and industry-ready competencies.
Foreign Delegates Teaching our AIR Students
Academic–Industry Discussion with IISc Bengaluru
Dr. Roy Abhra Chowdhury, PhD, SMIEEE (IISc Bengaluru) with Dr. Pavelyev Valdimir S.
The Department of Artificial Intelligence & Robotics facilitated an academic–industry focused discussion involving Dr. Roy Abhra Chowdhury, PhD, SMIEEE, from IISc Bengaluru, and Dr. Pavelyev Valdimir S. The interaction centered on emerging research directions in artificial intelligence, robotics, intelligent systems, and interdisciplinary engineering applications. Key discussions included collaborative research opportunities, joint publications, advanced laboratory practices, and industry-aligned research problem formulation. Faculty members gained insights into global research trends, funding opportunities, and the integration of cutting-edge research outcomes into teaching and student mentoring. The session emphasized bridging theoretical research with practical, industry-driven innovation.
Outcome: Strengthened research collaboration, enhanced faculty research capabilities, and alignment of departmental research initiatives with national and international research standards.
Guest Lecture Series on Neural Networks and Deep Learning
Prof. Mikhail N. Rychagov, Professor, Moscow Institute of Electronics Engineering & Senior Manager, Align Technology
The Department of Artificial Intelligence & Robotics organized a distinguished guest lecture series by Prof. Mikhail N. Rychagov, an international academician and industry expert. The sessions focused on neural networks and deep learning, covering both theoretical foundations and real-world industrial implementations. Prof. Rychagov discussed model architectures, training strategies, optimization techniques, and challenges in deploying AI solutions at scale. The lecture bridged the gap between academic learning and industry practices by highlighting AI applications in advanced manufacturing and healthcare technologies. Students actively interacted with the speaker on emerging trends, ethical AI considerations, and career pathways in deep learning research and industry.
Outcome: Enhanced understanding of advanced AI concepts, global exposure to industry-grade AI systems, and strengthened student readiness for research and professional roles in artificial intelligence.
