Led the development and optimization of Alpha Priority’s website, improving UI/UX, mobile responsiveness, and overall performance, resulting in a 35% increase in user engagement and improved customer experience.

Implemented data-driven enhancements, optimizing website speed and SEO, leading to a 40% boost in organic web traffic and improved conversion rates.

Had weekly development meetings, fostering collaboration between the business owners to align digital strategy, address technical challenges, and ensure continuous website improvements.

website link:
https://alphapriority.com/services

Redesigned the PCB mounting bracket in SolidWorks, increasing structural stiffness by 8% by optimizing support geometry. Improved load-bearing capacity by transitioning from circular to elliptical cross-sectional supports, enhancing the moment of inertia and overall structural integrity.

Enhanced the performance of the low-voltage component battery system by 11% by developing a decision matrix. Conducted in-depth research on 12V batteries with a minimum 42Ah capacity, analyzing voltage, capacity, cost, and State of Charge (SoC) monitoring to optimize selection and performance.

Completed an intensive two-month training program, mastering over 20 modules on 3D Printing, Composites, Aerodynamics, Electric Vehicles, and Vehicle Dynamics. Additionally, documentation and shared all acquired knowledge with the team, fostering collaboration and enhancing team development.

Designed and implemented a core gameplay function using Lua, enhancing game mechanics and improving player experience within the Roblox engine. Contributing to a game that surpassed over 8 million visits.

Developed a full-stack fitness tracking application with a React/React Native front end, AWS API Gateway, and a serverless backend powered by AWS Lambda and DynamoDB, enabling seamless workout logging, and progress tracking.

Engineered a NoSQL database with Amazon DynamoDB to store user workout data, leveraging AWS Lambda for real-time CRUD operations and AI insights, while API Gateway securely facilitated asynchronous communication between the front-end and back-end services.

Built an AI-powered space weather prediction system with an intuitive, interactive UI, seamlessly integrating NASA’s DONKI API for real-time event tracking and forecasting.

Developed a high-precision machine learning model trained on a decade of NASA data, leveraging a robust 10-dimensional feature vector to achieve 78% classification accuracy and a 1.67-day time prediction error for space weather events.

Engineered a high-precision CO₂ monitoring circuit, integrating an MH-Z19B infrared sensor, operational amplifiers, and an ESP32 microcontroller, with circuit simulations in Multisim to optimize signal conditioning before PCB prototyping for enhanced accuracy and stability.

Developed an advanced embedded system for real-time air quality analysis, incorporating low-pass filtering for
noise suppression, voltage regulation for sensor stability, and PWM-based signal processing, while displaying CO₂ concentration on an OLED interface and activating an automated alert system when air quality thresholds are exceeded.