In an era of connectivity and automation, the vehicle industry is adopting various technologies to transfer driver-centric vehicles to intelligent mechanical devices driven by software components. However, software integration and network connectivity inherit numerous security issues. Despite the raised necessity to adopt security methodologies during the development of automotive systems, we notice a lack of studies recognizing the importance of security during vehicle software engineering. Our research strives to provide practical and comprehensive solutions that manage the unique architecture of Connected Autonomous Vehicles (CAVs) and strengthen the security of automotive software systems, making CAVs more resilient to cyberattacks.
CJ the DJ talks to Kim Krezenozki from the School of Graduate Studies on a new initiative for grad students, the Summer Wellness Series.
Two students in very different fields of research (Cancer Research and Biomedical Engineering) discuss the opportunities of being a part of the S2BN.
Wrapping up 2021, the 2nd year of the pandemic did not stop our graduate students and their research.
