• Sole software developer for the R&D "Char5g" device, a tool that analyzes and characterizes 5G/LTE networks for security gaps via network activity monitoring and AI signal processing.• Research and development funded by a $1M Phase 2 SBIR grant from the Office of Naval Research. Delivered monthly technical status reports to the Navy technical POC.• Primary POC for developing and maintaining analysis software to gather cellular data from 5G/LTE Radio Access Network using SDR hardware.• Developed and maintained 5G/4G cell network “sniffing” library features: cell search, detection, decoding downlink control channels, capturing and storing Radio Network Temporary Identifiers (RNTIs), and vulnerability exploitation.• Conducted research on state-of-the-art 5G/4G technology including cell search/detection, DCI retrieval, RAN network exploits, device tracking, private 5G, network analysis, trilateration, and performance monitoring.• Worked in team of 3 including myself, a hardware engineer, and a data scientist. Total company size of 12 people• Communicated with project lead and CEO on project design, feature set, development timeline, and hardware integration.• Participated in sprint meetings and code reviews. Managed full SDLC: requirement analysis, design, testing, deployment, and maintenance.• Performed customer discovery, outreach, and competitor analysis to enhance product design for commercial and DoD end users.• Codebase written in C++ with elements of Python, leveraging open-source libraries like srsRAN and FALCON.• Familiar with tools and concepts including C++, Python, CMake, Linux OS, SDRs, RTOS, version control (Git/Gitlab), Docker, threading, and user interfaces.• Successfully completed Phase 2 and secured $500k in additional option funding.• Contributed to brainstorming/planning for other projects, gaining knowledge in binary analysis, CWEs/CVEs, symbolic execution, AI compliance, Symbolic AI, prompt engineering, LoRA, and PEFT for LLMs.

• Senior member of the NR 5G Air Interfaces team within the RF software modem department• Responsible for the design, development and commercialization of RF software code to support Inter-radio Access Technology or “IRAT” (5G SUB6 and mmW) mobility and Multi-SIM / Multiple Subscriptions on 5G NR mobile devices• Expertise of 5G NR radio callflow/protocol and Qualcomm RF chipset to design cutting edge software for functionality as well as performance • Communicating with multiple departments within Modem software from upper layers like machine layer 1 to lower layers closer to hardware such as Firmware• Primary liaison between my team and multiple other departments both within RF Software and across Modem as a whole in a variety of scrums and discourses during product commercialization• Performing routine issue and log analysis alongside with code development to commercially deliver on a multitude of product lines by clients such as Apple, Samsung, Google, Huawei, Xiaomi, OPPO, Motorola, Etc…• Documenting specifications of any and all code developed for both viewing by teams across Modem SW • Team player, always promoting collaborative practices and discussion amongst global team spanning countries such as US, China, India, and Israel.• Strong commitment in delivering quality SW while staying hands-on in a high energy and fast paced environment

• Simplified testing process of IMS capabilities when determining whether to communicate via Wi-Fi or data • Designed and developed a GUI to transmit testing data to existing testing framework• Communicated design ideas and development strategies with mentor and other IMS team members weekly

•Enhanced existing testing framework for Flow Graph Analyzer (FGA) GUI environment using Sikuli •Wrote robust and maintainable tests for various features in FGA that ran across multiple platforms•Relayed all knowledge gained to entirety of FGA team through weekly meetings and written documentation

•Collaborated with graduate students and post-doctorates on solid electrolyte material development to be used in Li-ion batteries•Performed steps of specimen preparation technique required for experimentation•Communicated battery research with contact in New Technology Ventures Dept. at Shell Oil Company

•Assisted graduate research combining drug delivery systems with implants to achieve spinal nerve repair. •Established standardized fabrication process for implants using a multitude of laboratory equipment •Conducted matrix study on new material to be used in implants and presented findings