Informatics student at Diponegoro University from Bontang, Indonesia. I build practical software, AI-assisted tools, and engineering systems that turn messy real-world workflows into cleaner digital products.
Currently exploring software engineering, AI agents, web apps, robotics vision, IoT, and offshore engineering computation.
- SEA Catering - subscription-based catering web app with authentication, customer flows, and admin operations.
- I-GATE Ticketing - event ticketing system with QR validation, payments, and admin scanning workflow.
- Siap Dips - browser extension that improves UNDIP student portal usability with cleaner UI helpers.
- Siap Suhu - IoT temperature monitoring system using ESP32, MQTT, Telegram alerts, SQLite, and dashboarding.
- Robotics Vision Pipeline - object detection workflow using D-FINE, ONNX, and TensorRT for robotics experiments.
- Hydrambler - smart tumbler prototype using Arduino Pro Mini, RTC module, and Bluetooth communication.
SEA Catering
Built with Next.js, Supabase, Tailwind CSS, and shadcn/ui. Focused on real product workflows: plan selection, subscriptions, account handling, and admin visibility.I-GATE Ticketing
A ticketing platform for event-scale operations, including QR-based validation, payment integration, and scanner/admin flows.Personal Site & Blog
A portfolio and writing system built with Next.js, MDX, Tailwind CSS, Turso, and Drizzle.
Siap Dips
A Vite, React, TypeScript, Tailwind, and Manifest V3 extension for improving campus portal UX. Includes IPK display helpers, draggable todo, quote widgets, and interface cleanup.Website Redesign Extension Experiments
Exploring how browser extensions can restyle specific websites using lightweight DOM analysis, screenshots, and injected UI layers.
Robotics Vision Experiments
Model conversion and deployment workflow using D-FINE, ONNX, TensorRT, and robotics-oriented perception pipelines.AI-Assisted Engineering Workflows
Using LLMs and coding agents to speed up research, analysis, documentation, and software prototyping across web, IoT, and engineering projects.IoT Monitoring Stack
ESP32 sensor logging with MQTT, a local worker, Telegram notifications, SQLite storage, and dashboard visualization.
SPAR FOWT with Rotary TMD
Offshore engineering analysis and presentation work covering SPAR floating wind turbine concepts, rotary tuned mass dampers, RAO interpretation, structural integrity, risk analysis, and cost estimation.Cathodic Protection Design for FPSO
Academic design work around SACP and ICCP concepts, coating breakdown factor, anode/reference electrode placement, dielectric shield assumptions, and offshore corrosion protection logic.
- Building production-like web apps with Next.js, Supabase, Tailwind, shadcn/ui, and payment/auth integrations.
- Learning stronger AI agent workflows for coding, research, documentation, and automation.
- Preparing a stronger portfolio for Apple Developer Academy and software engineering opportunities.
- Connecting computer science with engineering domains such as robotics, offshore structures, IoT, and simulation workflows.
| Area | Tools |
|---|---|
| Frontend | React, Next.js, TypeScript, Tailwind CSS, shadcn/ui |
| Backend | Supabase, PostgreSQL, SQLite, Drizzle, REST APIs |
| Automation | GitHub Actions, browser extensions, scripting, Codex-style agent workflows |
| AI & ML | Python, model deployment basics, ONNX, TensorRT, LLM-assisted tooling |
| IoT | ESP32, Arduino, MQTT, sensors, Telegram bot integration |
| Engineering | ANSYS learning, offshore structures, corrosion protection, numerical methods |
- Top 10 HackFest 2023 with Sandbox.
- KSN Informatics 2023 East Kalimantan finalist.
- ARA 4.0 finalist.
- ICPC Asia Jakarta Regional 2024 participant with team Bogo Bogo Sort.
- Hacktoberfest contributor.
- Google Arcade and Gemini API Developer Competition participant.
- Software architecture for apps that need auth, payments, dashboards, and admin workflows.
- Human-centered product design with clean UI, good defaults, and practical user flows.
- Competitive programming and algorithms, especially graph search, dynamic programming, backtracking, and branch and bound.
- Engineering computation, including structural dynamics, offshore systems, corrosion, and simulation-driven design.
- AI-native development, using agents as collaborators for research, implementation, testing, and writing.
I write and document what I learn across software engineering, AI, systems, and engineering computation.
- Building practical software with AI-assisted workflows.
- Notes on browser extensions, web product engineering, and student tooling.
- Engineering study notes on offshore structures, corrosion protection, and numerical methods.
Build useful things, learn in public, and make the next version cleaner than the last.