Project Title: AETHER DRIVE — Ultra-Luxury Electric Hypercar Fleet & Track Experiences

What I Built: I built an ultra-luxurious, futuristic rental & circuit-experience booking platform designed for elite electric hypercars ("AETHER DRIVE"). It features a high-converting 5-step booking wizard paired with an integrated real-time Fleet Manager Dashboard.

Key Features & Engineering Highlights:

Interactive Hypercar Showcase: High-impact dark mode cyberpunk UI featuring Rimac Nevera, Porsche Taycan Turbo GT, Ferrari SF90 XX, and Tesla Roadster with live performance specs (Top Speed, 0-60, HP).

Multi-Step Smart Booking Wizard: Dynamic flow allowing users to pick vehicle models, select experience types (Self-Drive vs Track Day with Instructor), choose custom delivery locations, add telemetry/insurance packages, and apply promo code 'SUPERCAR20'.

Digital VIP Pass Generation: Instant receipt output featuring dynamic QR codes, insurance badges, and direct Apple/Google Wallet integrations.

Dual-Perspective Fleet Manager View: Switchable admin view with live telemetry tracking, daily revenue charts, vehicle maintenance alerts, and active booking triage.

Why I Built It: Luxury vehicle rentals often suffer from outdated, static booking forms. AETHER DRIVE was engineered to deliver a seamless, high-velocity reservation workflow tailored for high-ticket automotive experiences while giving fleet operators complete telematics and booking control.

Title: Industrial IoT Environmental Monitor, OLED HUD & Actuator Node Description: An autonomous edge-computing IIoT monitoring and safety node built using an ESP32 microcontroller. The system tracks real-time environmental metrics and executes local automation logic with zero cloud latency. Key features: 1. Multi-Sensor Telemetry: Integrates a BME280 sensor for ambient temperature, humidity, and barometric pressure alongside an MQ-135 sensor for real-time air quality and gas detection.

2. Local OLED HUD Dashboard: Features an SSD1306 OLED display to provide operators with crystal-clear, on-site visual diagnostics and live system status updates.

3. Autonomous Edge Actuation: Automatically triggers an opto-isolated relay (M281) and piezo buzzer to drive ventilation fans and warning alarms when safety thresholds are breached.

4. Optimized Firmware: Powered by clean C/Arduino code utilizing hardware I2C communication, analog data mapping, and robust Active-LOW relay control logic.