◦ Conducted in-depth static code analysis on state-of-the-art embedded compartmentalization systems to enhance the security of the Real-Time Operating System and protect DMA from adversarial actors. Enabled DMA security while reducing peripheral operation power consumption by 18.2%◦ Aggregated statistical data from honeypot datasets to generate actionable insights regarding the threat landscape◦ Built an IoT testbed and network traffic collection system, performed forensic analysis to trace the origin and purpose of network traffic, and implemented an anomaly detection system--achieved a 90% average detection rate◦ Compiled network scan data from Industrial Control System and SCADA systems; performed vulnerability analysis/scan on associated IP addresses to identify security risks◦ Teaching Assistant for courses in Security, Database Systems, and Discrete Mathematics

◦ Configured and secured the company’s network and web server, implementing hardening measures to enhance security and performance◦ Developed a web application using Go, Vue, and Gin to streamline internal business processes, including finance, HR, and file sharing

◦ Designed and programmed tools for security monitoring and cloud asset management utilizing AWS, enhancing visibility and control over cloud environments

◦ Evaluated organization firewall configurations by sending spoofed network packets, observing reply behavior◦ Examined blocking status to infer the utilization and effectiveness of public blacklists in security measures◦ Analyzed the correlation between blocking status and geographic location

◦ Evaluated non-volatile memory and its applications.◦ Used GPGPU-Sim to simulate and benchmark state of art design.◦ Brainstormed potential solution to avoid address translation overhead during offloading process.◦ Evaluated the trade-off between specific designs and their performance on problem sets.

◦ Performed scans and conducted proof-of-concept attacks on treatment systems◦ Assessed and documented security vulnerabilities in treatment systems, evaluated solutions and analyzed their trade-offs

◦ Tutored ”Intro to Computer Security” with class size of 180 students and 220 students.◦ Tutored “Principles of Computer Operating Systems” with class size of 230 students◦ Tutored “Components & Design Techniques for Digital Systems” and “Intro to Computer Architecture”, with class size of 68 and 52 students respectively◦ Assisted students to understand the concept of pipe-lining, paging, caching and ALU design

◦ Director of ECE Day 2019◦ Planned and lead the initiative for H.A.R.D Hack 2019 to be a Major League Hacking member event◦ Managed the external team which hosts technical workshops, outreach events, professional development events and social events◦ Lead the new committee system to increase student involvement

◦ Organized team meetings and logistic of the competition◦ Proposed to extend project timeline and drafting recruitment logistics◦ Assigned roles and task to each project members

◦ Organized student branch Maker Space◦ Replenished equipment and materials ◦ Coordinated the access of the maker space with the project teams and general members

◦ Full stack development of article, photo, and video sharing features as well as email notification and statistic collection system using Django framework◦ Assisted front-end design of the webpages and back-end interaction design between webpage and mobile app◦ Created Website Preview API and implemented Web Push Notifications API using Python◦ Of the tools and web app features assigned, wrote and maintained 90% of the code

◦ Produced task managing code for drone take off, path finding, loitering, and landing in C++ and Python◦ Used Robotic Operating System (ROS) API to establish a communication framework between drones and controlstation◦ Implemented drone swarming simulation using Gazebo, ArduPilot SITL, PX4 SITL and ROS◦ Scripted in Perl to enable multi-drone simulation that can support 25+ drones

◦ Researched under Doctor Nicholas Abi-Samra◦ Quantified the impact of Electrical Vehicle on the distribution transformer◦ Utilized IEEE C57.91 standard to produce a tool using Excel and Visual Basic