- Provide mentorship and support to a diverse community of students within university accommodation.- Serve as the first point of contact for residents' concerns, offering guidance and referrals to university resources.- Collaborate with university staff and fellow advisers to implement initiatives promoting student well-being.- Participate in training programs focused on leadership development, diversity, and crisis management.

As a research assistant at NYUAD's Design for Excellence (DfX) Lab, I have been conducting extensive literature review to draft a comprehensive survey paper on the application of graph neural networks in advancing integrated circuit design, reliability, and security. My research is expected to lead to a journal publication, demonstrating the potential for impact on future research.

As an organizer for the 2023 NYUAD hackathon, I coordinated logistics, led the web development team and collaborated with industry partners to provide over 170 attendees from over 25 countries with high-level quantum computing education and mentorship opportunities.

I contributed to the success of the course by helping students from diverse academic backgrounds understand and apply Python, HTML, and CSS concepts. I also oversaw lab sessions and provided one-on-one and group support to students, both during and outside class hours.

I facilitated a sense of community in the residence halls through active engagement and communication with residents. I also implemented conflict resolution between residents and served the role of first responder during emergency situations.

I planned and coordinated logistics for specific student life events and programs that are catered towards leadership and acted as a liaison between staff and student leaders by thoroughly understanding students’ needs. I also analysed and visualised data from NYU’s student life platform, Engage.

As a research assistant, I actively participated in weekly meetings with PhD candidates under the guidance of Professor Yuefan Deng, enhancing my understanding of advanced research methodologies. I developed my critical reading and academic communication skills by regularly analysing and presenting recent literature in the field of network topology optimization.