• Designed 5+ front-end screens and relevant UI/UX components, including the landing page using React• Constructed and modeled ER using MongoDB for the company data and performed relevant databasing• Developed fundamental aspects of data access and data service layers using Java and Spring• Built functionalities and business logic involved in performing vehicle reservations• Collaborated through daily team meetings to share project plans, customer requirements, and deployment details

• Collaborated with a team of developers under the SCRUM process to design, develop, and deploy a payments web application• Integrated QuickBooks Online data to implement 15+ features and performed reconciliations for 1900+ customer entities• Utilized the Spring framework and implemented OAuth2 to make API calls from the QuickBooks Payments API• Processed card and bank account transactions securely by storing sensitive customer information as tokens and utilized the QuickBooks workflow• Analyzed 8+ bottlenecks with back-end systems and API calls and optimized the response times• Designed and implemented 50+ UI/UX components, ensuring a user-friendly and efficient web app interface• Conducted rigorous testing and debugging with the testing team to ensure application’s reliability and security• Actively participated in code reviews, refining and optimizing code for better performance

• Founded consultancy business that aids students in their college application process• Managed sales and performed market research to increase company exposure across various international educational institutions• Collaborated with consultancy team to help generate a tailored, international-standard service• Designed a curriculum to enhance the client's application portfolio, enhancing personal and college-specific essays among other responsibilities

•Contributed to the creation of 31 moth traps powered encased in enclosures which were powered through solar panels situated on the top•Equipped the traps with sensors to assess humidity, light, temperature, soil moisture, and bio-impedance, factors that allowed the team to gather unique data types which are critical for precision agriculture and phenotyping