Working in The Office of Cybersecurity and Critical Infrastructure in the International Division (OCCIP international)

-Grader for CS332-Course Topics include models of computation, polynomial time, Church's thesis; universal algorithms, undecidability and intractability; time and space complexity, nondeterminism, probabilistic computation and reductions of computational problems.

-Serve as a Resident Assistant, overseeing 93 residents and providing a supportive environment to foster community and student well-being.-On call over 30 times, responding promptly to emergencies and addressing student concerns with professionalism and empathy.-Available to students 24/7, offering assistance and guidance on academic, social, and personal matters.-Facilitated community-building activities and managed conflicts effectively, enhancing residents’ campus experience.

-Managed the input and output operations of complex technical devices, ensuring seamless functionality and efficiency.-Applied advanced problem-solving skills to troubleshoot and resolve issues with high-end academic technology, enhancing system reliability and user satisfaction.-Collaborated with cross-functional teams to support network infrastructure projects and ensure alignment with organizational goals.-Provided technical support and guidance to users, improving their understanding and efficient use of technology resources.

- Gained hands-on experience in digital outreach and strategy by actively participating in initiatives led by the Digital Strategy Directorate, contributing to the broader mission of modernizing digital services.- Founded and chartered an AI Community of Practice for Library of Congress members, fostering collaboration and knowledge sharing around AI technologies and their applications within the institution.- Developed a comprehensive Figma prototype demonstrating potential AI integrations for the Library of Congress website, focusing on enhancing user experience and automating research processes.- Collaborated with cross-functional teams to align AI initiatives with the Library’s long-term digital strategy, ensuring proposed solutions were scalable and sustainable.- Researched and analyzed emerging AI trends relevant to the Library's mission, providing insights that informed strategic decisions and future technology investments.

-Traveled to multiple labs across Boston to collect and analyze battery data from various robots, ensuring comprehensive data integrity and accuracy.-Developed and maintained a robust database for data collection, optimizing the organization and accessibility of research data.-Programmed and operated a designated robot to investigate correlations between battery usage and various software and hardware configurations in robotics.-Collaborated closely with PhD students and Professor Neuman, providing crucial data-driven insights and support for ongoing research initiatives.https://sites.bu.edu/robomorphic/team/

-Granted exclusive early access to the development phase of ChatGPT, OpenAI’s cutting-edge artificial intelligence system.-Observed the iterative evolution of this generative AI model, acquiring detailed insights into its design and operational framework.-Engaged actively in the technical processes of deconstructing and reconstructing ChatGPT, gaining hands-on experience with advanced AI development techniques.-Utilized this unique opportunity to substantially enhance my expertise in the complexities of AI systems, contributing to my broader understanding of the field.

-Analyzed extensive financial data from both the town and state levels, providing critical insights for informed decision-makingprocesses.-Assisted the financial committee in smoothly transitioning their operations to an online platform, ensuring continuity andefficiency in their processes.-Compiled comprehensive meeting minutes, ensuring accurate documentation of discussions and decisions.-Developed customized Excel spreadsheets tailored to the committee's specific needs, streamlining financial reporting and