Event Level: University LevelDate and Time: March 07,2025; 11 AM To 1 PMParticipants Count :50 The Women’s Day Event organized by IEEE MIT-ADT Student Branch Women in Engineering Affinity Group on 7th March 2025 was a remarkable celebration of empowerment,diversity, and thought leadership. This inspiring event brought together passionate individuals to engage in thought-provoking debates and creative challenges, fostering meaningful discussions on gender equality and inclusivity. Organized with enthusiasm and precision, the event served as a platform to amplify voices, challenge perspectives, and inspire action towards a more equitable future. Through engaging activities and insightful discussions, participants explored critical topics, shared ideas, and took steps toward driving real change in society. Honey and Nandini Welcome the guest Speech by Prof. Trupti Kudale – Inspiring Words of Empowerment Prof. Trupti Kudale delivered an inspiring and thought-provoking speech, addressing the importance of women's empowerment, leadership, and inclusivity in today’s world. She began by acknowledging the remarkable contributions of women in various fields and emphasized the need to break societal barriers that limit growth and opportunities. She spoke passionately about the role of education and self-confidence in shaping the future of young women, urging them to embrace challenges, push boundaries, and take leadership roles in STEM and beyond. She also highlighted the power of community and support systems, stressing how initiatives like IEEE WIE play a crucial role in fostering a culture of equality, mentorship, and innovation. With real-life examples and motivational insights, her words left a lasting impact on the audience, inspiring them to be fearless, dream big, and work toward a world where gender equality is a reality, not just a vision. Her speech truly set the tone for an event filled with meaningful discussions and action-driven initiatives. Mission Sahasi Performance – A Tribute to Courage and Empowerment As part of the Women’s Day Event, the Mission Sahasi performance was a powerful showcase of strength, resilience, and self-defense awareness. The act highlighted the importance of women’s safety, confidence, and preparedness in real-life situations. Through an inspiring blend of demonstrations and storytelling, participants witnessed how self-defense techniques empower women to face challenges fearlessly. The performance served as a reminder that true empowerment comes not only from opportunities but also from the ability to protect oneself and stand strong in any situation. The debate session was the highlight of the event, bringing together participants to engage in dynamic and insightful discussions on critical gender-related issues. Participants were given on-the-spot topics and had to argue for or against, fostering a space for diverse perspectives and intellectual challenges.Key topics included: Do safety concerns hold women back from tech careers? – A discussion onsocietal barriers and workplace safety in STEM. Does media empower or stereotype women? Is gender equality achievable in the workplace? – Debating progress, policies, andreal-world implementation. Should there be gender quotas in political representation? – Addressing theimpact of affirmative action in governance. Result Announcement of Winners – Celebrating Excellence Best Debater: Rachaiyta Sharma – Awarded for their compelling arguments, clarity,and rebuttal skills on Topic: Is Gender equality achievable in workplace? Runner-up Debater: Akansha Dadwe – Recognized for insightful perspectives andconfident articulation on Topic: Should there be Gender quotes in Political presentation? Each participant received certificates of appreciation, and winners were presented with trophies and exciting goodies. The event concluded on a high note, leaving everyone motivated to continue conversations on gender equality and empowerment beyond the stage. The event concluded with a group photo, capturing the unity, enthusiasm, and collaborative spirit of all participants, faculty, and esteemed guests. This memorable moment symbolized the shared vision and commitment toward gender equality and empowerment, providing a perfect conclusion to an inspiring and impactful Women’s Day celebration. Dr. Reena Pagare Prof. Ganesh PathakHead, Head of Department,IEEE MIT-ADT Student Branch CSEDr Vipul Dalal Prof. Dr. Ramachandra PujeriDirector, Pro-Vice Chancellor,School of Computing (Technology Cluster)

The IEEE student chapter at MIT-ADT University organized an interactive guest lecture featuring Dr. Amol Madane, a distinguished expert in artificial intelligence and machine learning. The session aimed to provide insights into the intersection of AI, its real-world applications, and its growing role in various industries, particularly in the domain of automated driving systems. The event saw enthusiastic participation from students and faculty members, fostering an engaging and informative discussion.  Dr. Amol Madane, the keynote speaker, is the author of Mind and Machine: Exploring the Analogies Between the Brain and AI. Holding a PhD in image and video security, he has gained extensive expertise in artificial intelligence and machine learning. With an impressive career spanning 15.5 years at Tata Consultancy Services (TCS), Dr. Madane has significantly contributed to AI-driven technologies, making him a highly regarded authority in the field. The lecture began with an engaging analogy comparing driving vehicles to artificial intelligence, making the complex concepts of AI more relatable and understandable. Dr. Madane then introduced the audience to Advanced Driver Assistance Systems (ADAS), explaining its different levels from 0 to 5 and the various features embedded in modern vehicles. He elaborated on the legal considerations surrounding autonomous driving, emphasizing the importance of regulatory frameworks in ensuring safe AI implementation.  A significant portion of the discussion revolved around the critical components of ADAS, including situational awareness, sensing technologies, and safety mechanisms. Dr. Madane explained how sensors and cameras play a vital role in enhancing vehicle safety and driving efficiency. He highlighted key features such as lane departure warning, front and side collision warnings, traffic sign detection, pedestrian detection, beam control, driver alertness monitoring, and speed limit indicators. He also spoke about Mobileye, a leading company specialising in AI-driven vehicle safety systems, and how their innovations have shaped modern autonomous vehicle technologies. Following the technical discussion, the session transitioned into an interactive Q&A, where students posed insightful questions on AI applications beyond autonomous driving. Dr. Madane addressed queries related to the role of AI in the mining industry and the feasibility of AI as a replica of the human brain and guided AI-related projects, including market analysis and defining project timelines. His responses encouraged students to explore AI applications in various fields and inspired them to delve deeper into AI research and innovation. He informed students about the disadvantages of completely autonomous AI and explained how rigorous testing and complex legalities are involved in it. He also guided students who wished to excel in the field of AI on how to make projects and how to present

Speaker Details:  Dr. Rajdeep Deb is an experienced researcher and academic who works with the Department of Electrical Engineering at the National Institute of Technology Silchar. He is a senior member of IEEE since 2013, Fellow IE (India) since 2021, and a member of IFAC affiliated society - Advance Control and Dynamic Optimization Society (ACDOS). He has served as the founder Executive member of IEEE Kolkata Chapter for Joint Measurement and Control System Society, ACDOS, and IE (I) Silchar Local Centre. Since 2022, he has been serving as the Honorary Secretary of IE (I) Silchar Local Centre and General Secretary of ACDOS.  In summary, Dr. Deb's presentation shed light on the potential of a cyber-physical system approach to create an artificial pancreas that could provide a convenient and effective solution for patients with diabetes mellitus. His insights into the control system problem of developing an artificial pancreas and the in-silo approach to simulate its function were particularly informative. Moreover, his emphasis on interdisciplinary collaboration and his call for computer science students to research this area underscored the importance of teamwork and innovation in tackling complex challenges in healthcare. Overall, Dr. Deb's presentation was a source of inspiration for researchers and students working in the field of healthcare technology.