School of Computer Science Engg and Technology, Bennett University, India

22/08/2026

22/08/2026

20/08/2026

Umangi Nigam, our B.Tech CSE alumna from the 2022–26 batch, has secured a career opportunity with yellow.ai.

Her achievement reflects the strong technical foundation, industry exposure and career-focused learning nurtured at Bennett University. Wishing Umangi continued success as she takes on new challenges and milestones in her professional journey.

20/08/2026

When design meets industry, ideas move beyond the classroom.
Bennett University brings together leading voices from design, product, technology, branding and creative industries for an Industry–Academia Round Table on “Design Beyond Design: Shaping Future Talent for a Design-Led World.”

The conversation will explore how evolving industry needs are shaping the skills, mindsets and capabilities future designers need to thrive.

20/08/2026

Congratulations, Dr. Samkit Jain and Dr. Subodh Mishra (Assistant Professors, ), on the publication of the paper, “QoS-Driven Hybrid V2V2I-YVRS Data Offloading Mechanism for Enhanced Performance in Vehicular Networks,” in the Computers and Electrical Engineering Journal, Elsevier.
The paper proposes a V2V2I-Yield Value-based RSU Selection (V2V2I-YVRS) approach. The proposed method introduces a dynamic composite Yield Value (YV) metric that integrates spatial parameters (RSSI, distance) and temporal factors (load, staying time, hop-count) for intelligent RSU and path selection. Unlike conventional methods, the proposed scheme jointly selects the longest-lifetime V2V2I path and the most suitable RSU under overlapping coverage. Mathematical modeling and NS-3 simulations validate the approach, demonstrating improvements in the successful offloading fraction (SoF) by 14.59%, packet delivery ratio (PDR) by 10.35%, and reduced delay by 6.62%, thus enhancing overall offloading efficiency and QoS.
https://www.sciencedirect.com/science/article/abs/pii/S0045790626002193

17/08/2026

Congratulations to Mr. Mandeep Singh (Assistant Professor, ) for the of the book, “Security and Privacy in 6G Communication Technology, Scrivener Publishing“ in Wiley. The book explores the advancement from 5G to 6G communication represents a quantum leap in wireless technology, promising unprecedented speeds, ultra-low latency, and ubiquitous connectivity. As the industry embarks on this journey, it encounters a host of technical challenges, particularly in ensuring the security and privacy of data transmitted across these networks. The interconnected nature of 6G systems, combined with the proliferation of Internet of Things devices and the sheer volume of data exchanged, creates a fertile ground for cyber threats and privacy breaches.
This book delves into these intricate technical challenges, offering a comprehensive analysis of the security and privacy implications of 6G communication. We explore the vulnerabilities inherent in 6G networks, ranging from potential weaknesses in network protocols to the risk of unauthorized access to sensitive data. Through detailed examination and real-world examples, we provide insights into cutting-edge security measures and privacy-preserving techniques tailored specifically to the unique characteristics of 6G systems. By addressing these challenges head-on, we aim to empower engineers, researchers, and policymakers with the knowledge and tools necessary to build resilient and secure 6G networks that safeguard user privacy and data integrity in an increasingly interconnected world. By dissecting the complexities of 6G architecture and protocols, the book equips readers with a nuanced understanding of the unique security and privacy considerations that must be addressed in the design and implementation of these transformative systems.