• Developed a Linux-based embedded control system using Python and QML on Raspberry Pi 4, integrating hardware functionalities for a NASA-finalist zero-gravity cooking device.

• Maintained the hardware interface using GPIO for sensor integration and device control, implementing TCP/IP protocols for real-time data transmission and the codebase for features like temperature control, timer management, and G-force adjustment in zero-gravity conditions.

• Implemented comprehensive system logging using Linux command-line operations and shell scripting.

Technologies: Python, Linux (Debian), QML, GPIO, TCP/IP, Bitbucket, Shell Scripting

Worked with a team on a software development project to create an iOS app and prototype React Native app that interfaced over Bluetooth low-energy with Tynt's electronically controllable windows.

Phase 1: Led the redesign and development of the Tynt IoT iOS app, transitioning from UIKit to SwiftUI and engineering a new backend and frontend to work with a single Tynt window with Bluetooth Low Energy in 6-8 weeks, using Jira for project management and task tracking.

Phase 2: Conducted UX research and designed UI solutions for a cross-platform app, using Figma to create 10+ storyboards and wireframes, working with feedback from the marketing team and engineering team to increase client satisfaction with re-designs.

• Decided on a React Native-based IoT solution utilizing Typescript(Javascript) and CSS for window tint control and created a multi-window connection interface that connects to windows and is compatible with smart window systems for automated tint adjustment.

• Collaborated and extended on a modular backend while focusing on frontend components for easier access to a Tinting interface.

• Improved the design and connected smart bulbs to the Bluetooth interface as well as allowing the user to create a Smart Home System.

• Implemented data logging at intervals to help the hardware debug and improve tinting and lighting efficiency.

• Established a digital footprint for a tourism company, a local hostel (Manali), and bloggers in remote areas of Himachal Pradesh using HTML, CSS, and JavaScript, crafting static websites

that increased online inquiries and engagement.

• The solution had to be simple, work offline, and be easy for the locals to maintain. Created a template website that could load quickly even on slow connections. For updates, Set up a system where owners could send changes via SMS when the internet was down. But an important part was to keep the updates as simple as uploading images or updating information which made it easier for these businesses to maintain websites in the long term.

• Overcame connectivity challenges by embedding an inquiry-to-text API for enhanced client communication, improving service efficiency.

• Managed project timelines and deliverables and trained the business owners remotely.