Develop and maintain full-stack applications within the Division of Technology for the judicial branch of state government, utilizing technologies including Java, Apache TomEE, SQL, OracleDB, HTML, and CSS.

As a contract reviewer with Outlier.ai, I worked at the intersection of software engineering and AI evaluation, helping improve the reliability and safety of LLM-generated code for real-world applications across fintech and other industries.

Code Review & Evaluation:

• Reviewed 125+ LLM-generated code completions primarily in Python and Java, identifying bugs, security vulnerabilities, and logic flaws based on original user prompts.

• Assessed overall code quality and readability, ensuring the output aligned with best practices and met functional expectations.

• Delivered detailed, structured feedback that directly contributed to improved model outputs and training data refinement.

Guideline & Process Improvement:

• Identified recurring edge cases and inconsistencies in evaluation criteria, and proposed changes that helped make internal review guidelines more consistent and scalable.

During my summer internship at Orokii, I worked on a full-stack project focused on building a cryptocurrency payment gateway. This hands-on experience enabled me to work across both backend and frontend systems to deliver a secure and scalable platform.

Backend Development:

• Integrated Google Firebase Admin and Firestore to extract API endpoint data and implement secure data storage protocols.

• Developed systems for merchant account setup, wallet assignments, and payout logic, enabling the platform to handle 3× more transactions with greater reliability.

• Wrote backend logic using Golang and collaborated with third-party services like Berkeley for blockchain interactions.

Frontend Development:

• Designed and built a React-based dashboard that replaced the company’s legacy interface, streamlining merchant and payout management.

• Focused on improving UI performance and usability using React, Node.js, and CSS, significantly enhancing the end-user experience.

Team Leadership:

• Led intern collaboration efforts by organizing weekly meetings and acting as the main point of contact with senior engineers.

• Helped ensure timely project delivery and alignment across engineering and product teams.

I led a structured 16-week tutoring program aligned with Rutgers’ Intro to Computer Science course, helping students build confidence in Java programming and algorithmic problem-solving through personalized instruction and technical mentorship.

• Designed and delivered a full curriculum covering Java fundamentals, algorithmic thinking, debugging, and unit testing, reinforcing core CS111 concepts while introducing real-world coding practices.

• Taught core debugging strategies, code tracing, and structured logic breakdowns, leading to an estimated 50% improvement in students’ problem-solving speed and accuracy.

• Mentored 30+ students through guided walkthroughs of easy-to-medium LeetCode-style problems, preparing them to tackle technical interviews and coding challenges independently.

• Fostered a collaborative learning environment focused on clarity, structured thinking, and peer-to-peer discussion.

As a Library Support Technician, I was responsible for configuring and maintaining public computing systems across the university library system, ensuring reliable performance and fast issue resolution for students and staff.

• Configured and optimized 40+ library computer systems by adjusting BIOS/UEFI settings and performing system-level optimizations to maximize performance.

• Diagnosed and resolved a wide range of technical issues related to hardware, software, and networking, achieving a 95% issue resolution rate through systematic troubleshooting.

• Collaborated with the IT support team to document solutions, streamline support protocols, and improve response efficiency for recurring technical problems.