# Anthony Fojas > Full Stack Software Engineer at Apple Location: United States, United States Profile: https://flows.cv/anthonyfojas Hi! I'm Anthony, a full stack software engineer with a background in plant biology and biochemistry. I'm enthusiastic about creating dynamic and interactive applications and evolving them to fit the needs and desires of end users. I love contributing to team collaboration and delivering impactful user experiences. ------------------------------------------------------------------------------------------------------ Front End: JavaScript | React | HTML | CSS Back End: Node.js | Express | MongoDB | MySQL | PostgreSQL | Redis Testing/Analytic Technologies: Mocha | Jest | Postman Deployment Technologies: Amazon Web Services (AWS) | Docker Other Technologies: Webpack | Babel | Jenkins | NGINX | Git Methodologies: Agile Development | Scrum Practices ## Work Experience ### Full Stack Software Engineer @ Apple Jan 2020 – Present | San Francisco Bay Area • Developed and maintained hundreds of 3rd-party API integrations with our platform, allowing the seamless interconnection of data to automatically flow between over 90 services and applications • Spearheaded the POC project of automating the import of SIS data to Apple School Manager via SFTP connection, leading to a new product offering and acquisition of hundreds of new customers • Demoed for, onboarded, and provided engineering support to numerous school district administrators as part of the ASM automation project, leading to an increase in product sales and customer retention ### Full Stack Software Engineer @ Claris Jan 2020 – Present | San Francisco Bay Area Claris, an Apple company, is a global leader in low-code solution platforms • Full Stack Web Developer on Claris Connect ### Full Stack Software Engineer - Reviews List Microservice for Lodging and Hotel Web Application @ Personal Projects Jan 2019 – Jan 2020 React, Styled-Components, Node.js, Express, MySQL, Redis, Jest, Enzyme, AWS EC2, Docker, Webpack, Babel, CircleCI • Optimized page load speeds by identifying bottlenecks with Google PageSpeed Insights analytics and enabling Express compression middleware, leading to a PageSpeed score of 96 • Enabled data caching utilizing Redis with LRU eviction policy to improve page performance and load speeds • Containerized microservice with Docker for runtime consistency and ease of deployment on AWS EC2 t2.micro instance, adhering to microservice architecture design • Implemented pagination in React to promote a streamlined UI and UX across 100+ different listings with varying amounts of reviews • Applied TDD practices, achieving >90% code coverage with Jest and Enzyme unit and integration tests ### Back End Software Engineer - System Design of Photo Gallery Microservice @ Personal Projects Jan 2019 – Jan 2020 Node.js, Express, PostgreSQL, New Relic, Loader.io, Artillery.io, Postman, AWS EC2, NGINX, Trello • Horizontally scaled back end infrastructure by directing web traffic through an NGINX load balancer and across 4 EC2 server instances, increasing the maximum number of requests per second (RPS) handled from 250 to 1000 • Optimized read query times for PostgreSQL database holding 100+ million records via B-tree indexing, reducing overall latency from over 120 sec to under 2 ms • Stress tested with Loader.io and analyzed server performance metrics with New Relic, pinpointing bottlenecks affecting RPS, latency, and error rates ### Full Stack Software Engineer - PACK RAT | Magic: The Gathering Card Collection Tracker @ Personal Projects Jan 2019 – Jan 2020 React, React Hooks, React Context API, Styled-Components, Node.js, Express, PostgreSQL, Redis, AWS EC2, Webpack, Babel • Designed a modular and user-friendly front end with React for component separation and conditional rendering • Handled global application state with React Hooks and Context API, leading to a simpler state management system • Implemented RESTful API routes in Express to bridge data communication between client and Postgres database ### Junior Plant Scientist @ UC Davis Department of Plant Sciences Jan 2017 – Jan 2019 | Davis, CA • Conducted plant reproductive biology research in collaboration with Mars, Inc. to gain a better understanding of seed formation in Arabidopsis thaliana • Transformed competent E. coli and Agrobacteria cells using the heat shock method to clone recombinant plasmids • Screened for successful bacterial transformations by plating on selection plates and performing colony PCR • Extracted and isolated plasmids from transformed E. coli colonies for downstream applications • Utilized Agrobacteria to stably transfect Arabidopsis plants via the floral dip method and transiently transfect Nicotiana benthamiana plants via the agroinfiltration method • Analyzed protein expression and localization with confocal microscopy • Extracted proteins and quantified using the Bradford assay • Analyzed developmental differences between mutant and wildtype Arabidopsis seeds with light and DIC microscopy • Operated a variety of laboratory machinery, such as centrifuges, PCR thermocyclers, gel electrophoresis systems, gel imagers, microscopes, spectrophotometers, and autoclaves • Supervised student workers and provided training in good laboratory practices, techniques, and safety procedures • Iteratively coordinated future goals with my team on a bi-weekly schedule ### Undergraduate Research Intern @ UC Davis Department of Plant Sciences Jan 2016 – Jan 2017 | Davis, CA • Evaluated successful plant transformations by extracting genomic DNA using CTAB buffer and chloroform • Amplified genes of interest with PCR and ran electrophoresis gels to analyze the resulting banding patterns • Verified the presence of mutant and transgenic DNA in plants via genotypic and phenotypic data analysis • Assisted with seed germination and plant maintenance in the growth chambers and greenhouses ### Undergraduate Research Assistant @ UC Davis NIH NeuroMab Facility Jan 2016 – Jan 2017 | Davis, CA • Generated novel monoclonal antibodies derived from mice for the distribution to research communities • Handled hybridoma cell cultures with aseptic technique for further screening and sub-culturing purposes • Screened cell culture supernatants for monoclonal antibodies using ELISA • Aided in quality control using ELISA, Western blot and SDS-PAGE, and immunofluorescence techniques ## Education ### Advanced Software Engineering Immersive Bootcamp Hack Reactor ### Bachelor of Science in Biochemistry and Molecular Biology University of California, Davis Jan 2013 – Jan 2017 ## Contact & Social - LinkedIn: https://linkedin.com/in/ajfojas - GitHub: https://github.com/ajfojas - Website: https://bit.ly/2qQGCgf - Website: https://ajfojas.github.io/online-portfolio/ --- Source: https://flows.cv/anthonyfojas JSON Resume: https://flows.cv/anthonyfojas/resume.json Last updated: 2026-03-22