Demonstrated excellent communication skills while efficiently managing inbound phone calls, ensuring all queries and concerns were promptly addressedStreamlined mail distribution process, ensuring timely delivery and receipt, significantly improving office communication flowConducted regular inventory assessments and efficiently managed office supplies, minimizing downtime and ensuring seamless daily operationsCultivated a warm and welcoming office environment, personally greeting and assisting visitors, exemplifying the organization's commitment to outstanding serviceProvided versatile support to staff and faculty, executing various administrative tasks as needed, contributing to a well-coordinated and productive workspace

Lived and studied abroad in London, UK through the Notre Dame London Global Gateway. Successfully completed two 15 week courses in 5 weeks, which were Probability & Statistics and Roman Britain. Additionally, was fully immerse in English culture and scenery. On free days, I went into mainland Europe and explored Germany. Specifically, the cities of Berlin and Aachen.

I participated in a rigorous six-week training program facilitated by SureStart in collaboration with MIT’s Responsible AI for Social Empowerment and Education (RAISE), focusing on applied artificial intelligence and machine learning. This initiative strengthened both my technical skills and interpersonal capabilities through practical modules, mentorship, and seminars conducted by industry experts.I enhanced my proficiency in crucial Python libraries, including NumPy, Pandas, Matplotlib, and TensorFlow.I gained practical experience by constructing deep learning models such as Artificial and Convolutional Neural Networks. Then I applied AI/ML techniques to foster innovative solutions.I engaged in daily standup meetings to monitor our progress and collaborate on projects.Additionally, I attended seminars on career development and networking, making valuable connections with AI industry professionals and peers.The culmination of my efforts and learning from this program will be showcased at the 2024 MIT FutureMakers Create-Athon, which our team was one of the finalists.

Skillfully authored and meticulously refined image processing Python scripts, incorporating advanced techniques such as deburring, raster cropping, and raster line finding. This innovative approach significantly advanced drone computer vision, enhancing object detection and recognition capabilities. The result was a substantial improvement in the precision and effectiveness of our autonomous systemsCapitalized on leading-edge software tools such as Docker, Git, Conda, and Github to meticulously document and test the reliability and accuracy of open-source computer vision packages. This rigorous testing process enhanced drone video quality, object tracking, and identification, ensuring superior operational performanceOperated both independently and collaboratively on the conversion of Key Length Value metadata into JSON format. This conversion enabled a more in-depth analysis of drone video feeds, catalyzing significant enhancements in our drone's computer vision capabilities

Spearheaded the development and successful deployment of a Minimal Viable Product (MVP) for a burgeoning marketplace startup leveraging cutting-edge web application softwareAccelerated proficiency in front-end development, mastering languages such as HTML, CSS, and JavaScript, instrumental in the delivery of seamless user experiencesConceived and executed a wide array of interactive web applications within the niches of music, mathematics, and graphic design

Innovatively restructured the hardware layout of an I/O room, strategically optimizing the configuration which significantly improved bandwidth and slashed data capturing time of a test cell, resulting in a more efficient data processing infrastructureSkillfully prototyped and 3-D printed 20 mounts utilizing Fusion 360, stabilizing splitters and transmitters within the I/O room. This innovative solution bolstered system efficiency and reliabilityConducted meticulous cost research and developed the bill of materials for the assembly of a high-capacity 10-Megawatt CO2 compressor, paving the way for prudent financial planning and resource allocationContributed significantly to the mechanical assembly and disassembly of 10-Megawatt compressors. This technical involvement expedited testing time, accelerating project timelines and enhancing productivity.

Orchestrated the management of administrative allocations, meticulously monitoring the status of customers’ 3D models and drawings to bolster engineering department productivity, resulting in streamlined workflows and enhanced efficiencyDeployed Solidworks to validate customers’ bill of materials within assemblies, facilitating rigorous cost documentation and analysis, this strategic approach led to more accurate financial planning and resource allocation

Spearheaded in-depth research on capturing Particulate Matter Pollution (PM2.5) emanating from manufacturing facilities with the primary goal of eliminating human ingestionLeveraged ImageJ Microscopy Software to carry out a meticulous analysis of over 80 PM2.5 samples, successfully tabulating the size and structure of the carbon particles, providing critical insights into pollutant behaviorStudied the pivotal correlation between the electric field and residual PM2.5 pollution in samples; these groundbreaking findings are being utilized in the development of advanced commercial filters, contributing significantly to air quality enhancement initiativesPlayed an instrumental role in the publication of a cutting-edge research paper and subsequent patent application for the novel technology created from this research, marking a milestone in PM2.5 mitigation efforts

Excelled in the use of Meshroom 3-D modeling software, leveraging it to meticulously reconstruct accident sites; this strategic approach drastically enhanced accident response times and significantly improved the precision of incident reportsUndertook a robust data collection initiative, cataloging comprehensive automobile frequency data from a prime highway in Piscataway, NJ; this data informed traffic management strategies and led to improved flow efficiencyConverged analytical and subject matter expertise to conduct a rigorous literature review on photogrammetry and videogrammetry, examining over 100 pages to evaluate and document the current advancements and challenges in these fieldsPioneered the development and formatting of a published quality control study on Drone-based Accident Site 3-D Modeling Platforms, with a particular emphasis on enhancing nighttime operations and forensic analysis