I’m a software engineer passionate about using technology to solve real-world problems. My journey in tech started early, watching my father build websites and learning to code through curiosity and hands-on projects.

From full-stack web development to environmental IoT systems, I love exploring how software and hardware can create tangible impact. Whether it’s building enterprise SaaS platforms or designing sensor networks, I’m driven by the challenge of making complex systems work seamlessly and solving problems that matter.

• Full-Stack Development: Building scalable web applications with modern frameworks and cloud infrastructure
• Enterprise SaaS: Designing and implementing cloud-based platforms for education and business
• Environmental Technology: Creating IoT solutions for environmental monitoring and sustainability
• Hardware Integration: Working with Arduino, NodeMCU, and sensor systems to build real-world solutions
• Backend Architecture: Designing robust APIs, authentication systems, and database solutions

Languages:     JavaScript, TypeScript, PHP, Python, C/C++
Frontend:      React, HTML, CSS, Tailwind CSS, Vite
Backend:       Node.js, Express, REST APIs, PostgreSQL
Cloud:         Google Cloud Platform (GCP Compute Engine), Firebase
Hardware:      Arduino, NodeMCU (ESP8266), IoT Sensors
Auth:          Firebase Auth, JWT, OAuth 2.0
Tools:         Git, VS Code, gcloud SDK
Databases:     PostgreSQL, Supabase, MySQL, MongoDB

Enterprise Cloud Desktop Platform for Education

A modern, enterprise-grade SaaS platform that provides instant access to fully-configured cloud desktops for educational institutions and professionals. Built to democratize access to powerful computing resources without expensive hardware investments.

In collaboration with Muhammad Rofi Darmawan

• Instant VM Provisioning: Deploy Windows-based virtual desktops in seconds via GCP Compute Engine
• Global Regions: Deploy across US, EU, Asia Pacific, and many more
• Many GPU Options: From entry-level T4 to enterprise H100 for various workloads
• Multiple Presets: Pre-optimized configurations for Development, Data Science, 3D Rendering
• Real-time Monitoring: Track resource usage and costs with detailed analytics
• Classroom Mode: Bulk provisioning and centralized management for entire classes

• Frontend: React + TypeScript + Tailwind CSS + Vite
• Backend: Node.js + Express + PostgreSQL
• Cloud: GCP Compute Engine for VM provisioning
• Auth: Firebase Authentication + JWT with protected routes
• Database: PostgreSQL via Supabase for user management
• Infrastructure: Real Windows Server VMs with automatic IP allocation

• Supports 2-32 CPU cores, 4-128 GB RAM, 30GB-2TB storage
• 5-10 minute provisioning time for production VMs
• WCAG AA compliant, fully responsive design

Tech Stack: React, TypeScript, Node.js, PostgreSQL, Firebase, GCP, Tailwind CSS

Real-Time Air Quality Monitoring System

An IoT-based air quality monitoring platform built during high school to address the lack of timely environmental data in Bogor. The system provides real-time air quality readings based on U.S. EPA guidelines, making environmental data accessible to the public.

• Real-time Monitoring: Live air quality data with EPA standard compliance
• IoT Integration: Arduino + NodeMCU (ESP8266) for sensor data collection
• Web Dashboard: User-friendly interface for viewing air quality metrics
• Public Access: Open platform for community environmental awareness

• Overcame hardware limitations with efficient sensor integration
• Worked with minimal sensor documentation to achieve accurate readings
• Built reliable data transmission system using NodeMCU
• Designed intuitive web interface for non-technical users

Tech Stack: Arduino, NodeMCU (ESP8266), IoT Sensors, PHP and MySQL

• 🔭 Deepening my knowledge in computer science and cloud architecture
• 🌱 Expanding expertise in enterprise SaaS development and scalable systems
• 💡 Exploring the intersection of environmental technology and cloud computing
• 👯 Looking to collaborate on projects that leverage technology for educational and social impact
• 🚀 Building solutions that make powerful computing resources accessible to everyone

I believe technology should be a bridge, not a barrier. Whether it’s providing students access to high-performance computing through CloudDesk or giving communities real-time environmental data through HawaBogor, I’m committed to building solutions that democratize access to resources and information.

My approach combines technical excellence with real-world problem-solving—from designing robust cloud architectures to soldering IoT sensors. I’m passionate about projects where software meets hardware, education meets technology, and innovation meets impact.

I’m always open to interesting conversations, collaboration opportunities, or discussions about technology, education, and environmental solutions. Feel free to reach out!