● Conducted offline and online commissioning and testing in data centers and other mission-critical facilities to ensure efficient functionality of electrical equipment, such as remote power panelboards (RPP), power distribution units (PDU), switchboards, and circuit breakers. All commissioning and testing procedures were completed to ensure compliance with NETA standards and manufacturer specifications.● Led technicians, electricians, and data center operations team to commission 84 Schneider Electric RPPs. Checks included applying breaker settings in compliance with the short circuit coordination and arc flash (SCCAF) study, verifying the operation of the building management system (BMS) in coordination with the newly installed RPPs through collaboration with the BMS vendor, and load testing in order to verify the accuracy of the current transformers within the RPP.● Implemented closed transition procedures on redundant critical systems, facilitating seamless and safe load transfer during maintenance activities, thereby ensuring uninterrupted customer operations. Proficiently measured voltage, current, and phase angle to validate load integrity and prevent disruptions, maintaining stringent uptime requirements.● Developed polished technical documentation, including methods of procedure (MOP), cover letters, and issues logs. Ensured clarity, accuracy, and professionalism in all documentation, facilitating effective communication and supporting seamless project execution.● Executed hands-on testing of electrical equipment, including tests such as insulation resistance, contact resistance, transformer turns ratio, secondary injection, and infrared (IR) scanning. Verified comprehensive evaluation of equipment performance and integrity, thereby enhancing mission-critical systems' reliability and safety.

● Designed electrical power and lighting systems for commercial and residential high-rise projects.

● Implemented critical features on production codebase for a student information system to be used by over 1000+ students.● Tutored a cohort of over 75+ engineering students, teaching the basics of web development using technologies such as Python and Javascript to develop full-stack applications.● Evaluated and reviewed code for students to help provide effective feedback to improve code quality and efficiency.

● Designed a network performance management website that includes a network speed test and a downloadable bandwidth monitor that keeps track of users' data usage(upload and download) as they browse the internet.● Created a downloadable CLI bandwidth monitor application using python and a package called psutil, a library that retrieves information on running processes and system utilization.

● Developed a full-stack web application that enabled functions like employee tracking, workflow management, and sales reporting for a car dealership.● Implemented the services microservice utilizing Django, REST API, and Docker; allowing clients to schedule appointments via forms; this process required the use of CRUD operations.● Designed a poller used to receive value objects from accompanying microservices within the project.

● Designed power, lighting, fire alarm, and ARCS systems for high-rise and low-rise residential buildings, ranging from affordable housing to high-end condos, in compliance with the National Electric Code (NEC) and NYC Building Code.● Supervised the electrical portion of level 5 integrated system testing (“pull the plug”), which involved ensuring the proper prioritization of the load shed generator system and analyzing the efficiency of all electrical equipment downstream of the generator.● Executed commissioning of electrical equipment such as transformers, panel boards, ATS, UPS, and generators. Tests involved panelboard tracing, load testing, and visual checks for compliance with one-line diagrams, floor plans, and all engineering documentation.● Administered pre-functional and functional testing for electrical systems, including uninterruptible power supplies (UPS), automatic transfer switches (ATS), transformers, generators, and panelboards.● Performed comprehensive electrical and fire alarm inspections to ensure compliance with NEC and NFPA standards.

● Assembled pressure transducers by soldering on printed circuit boards at a 0201 level, working with components such as resistors, capacitors and diodes.● Conducted various functionality test procedures on pressure transducers, including voltage checks, transient temperature testing, and pressure testing