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A Senior AI Engineer with a rare dual expertise: architecting low-level Edge AI systems using C/C++ and NVIDIA GPU optimization, while designing intelligent multi-agent autonomous workflows using LLMs and Generative AI — including QwenPaw (AgentScope), LangGraph, MCP (Model Context Protocol), and the Claude & Gemini APIs. Proven track record of translating complex machine learning research into real-world operational solutions, from hardware-level TensorRT inference optimization to enterprise-grade agentic business systems.
AI / ML │ PyTorch · TensorFlow · Scikit-Learn · OpenCV · Pandas · NumPy · Plotly · MLOps
Generative AI │ LangChain · LangGraph · MCP · QwenPaw (AgentScope) · Qwen3-14B · Claude API
│ Gemini API · OpenAI API · Transformers · Prompt Engineering (CoT / ToT / RTCFC)
Edge AI & HPC │ TensorRT (FP16/INT8) · NVIDIA Jetson · PyTorch Forward Hooks · Dynamic Batching · RTOS
OCR & Doc AI │ Tesseract OCR · pytesseract · KTP/ID Card Extraction · Regex Field Parsing
Programming │ Python · Go (Golang) · C/C++ · JavaScript · TypeScript · HTML/CSS · SQL · PHP
Agentic Systems │ QwenPaw · Playwright · BeautifulSoup4 · DOKU REST API · Redis · Event-Driven Scheduling
Cloud & DevOps │ GCP · Azure ML · AWS · Docker · Docker Compose · GitHub Actions · Git
Backend & APIs │ FastAPI · Django · Node.js / Express · Next.js 14 · Nginx · REST · Async I/O
Embedded │ Raspberry Pi · Arduino · STM32 · NodeMCU · Xiao ESP-32 · dsPIC · Embedded C++
Robotics │ UAV (Hexacopter, Quadrotor, VTOL) · AUV · AGV · Quadrupeds · Humanoid · ROS
Languages │ Indonesian & Javanese (Native) · English — TOEFL iBT 80 · French — DELF A2
│ Japanese (Basic) · Korean (Basic)
PPE_Detection_TensorRT
Enterprise-grade PPE Compliance Monitoring on NVIDIA Jetson. Features TensorRT FP16 quantization with zero mAP degradation, PyTorch Forward Hooks for predictive tensor analysis (Layer Collapse mitigation), and an async FastAPI gateway handling 15 simultaneous 1080p RTSP streams at ≤66.7 ms latency. Full Domain-Driven Design (DDD) architecture.
Python · PyTorch · TensorRT · YOLOv11 · FastAPI · Docker · NVIDIA Jetson · C++
kyc-vision-system
Production-grade KYC Document Verification microservice. Polyglot architecture: Go 1.22 API Gateway (JWT auth, rate limiting) + Python CV service — Indonesian KTP OCR (Tesseract 5, deskewing, regex field extraction of NIK, Name, DOB, Address), image quality gating (blur/glare/resolution), YOLOv8 face detection, selfie liveness check. CI/CD via GitHub Actions; unit-tested with Pytest + Go test suite.
Go 1.22 · Python 3.11 · FastAPI · OpenCV · YOLOv8 · Tesseract OCR · Docker · GitHub Actions
enterprise_ai_context_engine_fraud_risk_marketing
Enterprise AI Context Engine powered by LangGraph + MCP + Gemini API. Unifies AML/Fraud detection, Credit Risk underwriting, and Marketing Analytics via autonomous cyclic multi-agent orchestration — with dynamic tool registration (MCP), multi-modal reasoning (Gemini), and a regulatory explainability UI layer.
Python · LangChain · LangGraph · MCP · Gemini API · Pandas · Scikit-Learn · GCP
synapse
Full-stack AI meeting assistant powered by the Claude (Anthropic) API. Paste any transcript and instantly receive: Executive Summary, Action Items (owner + deadline + priority), Decision Log (rationale + impact), Key Topics, and a Follow-Up Email Draft. FastAPI backend + static HTML/JS/CSS via Nginx reverse proxy. REST API (/api/analyze); Docker Compose; deployable on Render / Railway / Fly.io / VPS.
Python · FastAPI · Claude API (Anthropic) · HTML/CSS/JS · Nginx · Docker Compose · GitHub Actions
gemini-chatbot-v2
Full-stack Node.js chatbot integrating Google’s Gemini API with real-time token-by-token streaming and multi-turn conversation context management.
Node.js · JavaScript · Gemini API · Express
krti2024_scu_unika — Team SIRI
Autonomous Hexarotor UAV control system — onboard PyTorch real-time object detection on Raspberry Pi, ROS sensor fusion, autonomous path planning with GPS-denied obstacle avoidance. Indonesian Flying Robot Contest (KRTI) 2024.
Python · PyTorch · OpenCV · ROS · Raspberry Pi · C++
krbai2024_scu_unika — Team SOUNDBOT
Complete AUV software stack — underwater CV pipeline, 6-DOF thruster control, depth/pressure buoyancy management, mission state machine (dive → navigate → detect → actuate → surface). Companion to the IJEECS SOUNDBOT-ORCA paper. Indonesian Underwater Robot Contest (KRBAI) 2023 & 2024.
Python · OpenCV · Embedded C · Depth Sensors · Motor Control
soundbot_unika_krbai — SOUNDBOT Platform Core R&D repository for the open-source modular SOUNDBOT AUV platform — modular perception, navigation, control, and communication subsystems. Underpins the peer-reviewed IJEECS publication.
krtmi2024_scu_unika — Team SAURO
Autonomous Trash Collector AGV — dual-processor design (Raspberry Pi vision + Arduino motor I/O), OpenCV trash classification, autonomous navigation. Indonesian Mobile Robot Contest (KRTMI) 2024.
Python · OpenCV · Arduino · Raspberry Pi · C++
Python · PyTorch · OpenCV · Scikit-Learn · Jupyter Notebooknextjs-ai-chatbot
Production-grade AI chatbot UI — Next.js 14 App Router, real-time token-by-token streaming via Vercel AI SDK useChat hook, server-side API routes for secure LLM calls, full TypeScript.
Next.js 14 · TypeScript · Vercel AI SDK · OpenAI API · React
django_quizapp
AI-powered quiz platform — Django MVC, contextual AI-driven question generation (not static retrieval), real-time scoring and result visualization.
Python · Django · JavaScript · HTML/CSS
felixyustian.github.io Personal academic and professional portfolio website on GitHub Pages — aggregating research publications, project highlights, experience, and contacts. 🌐 Live at: https://felixyustian.github.io
Smartbridge International — Last Mile Indonesia Program | February 2026 – Present | Remote
Lead Trainer for a 30-hour Virtual Instructor-Led Training (VILT) on advanced Prompt Engineering, delivered to developer cohorts across Indonesia’s national ‘Last Mile’ digital upskilling program.
SoftAge Information Technology Limited | February 2026 – Present | Remote
PostWork AI | October 2025 – Present | Remote
Soegijapranata Catholic University | August 2014 – Present | Onsite
Soegijapranata Catholic University, Semarang | May 2014 – Present | Onsite
| Research metrics: Google Scholar — 40 citations, h-index 4 | Scopus ID 5326490710 — 18 citations, h-index 3 |
Soegijapranata Catholic University | August 2014 – March 2018 | Onsite
Bandung Institute of Technology (ITB) | January 2010 – August 2012 | Onsite
Soegijapranata Catholic University | August – December 2009 | Onsite
PT Astra Honda Motor, Jakarta | August 2007 | Onsite
Institut Teknologi Indonesia, Serpong | April 2024 – October 2024 | GPA: 4.00 / 4.00
Bandung Institute of Technology (ITB), Bandung | January 2010 – August 2012 | GPA: 3.17 / 4.00
Soegijapranata Catholic University, Semarang | August 2005 – December 2009
| Year | Title | Venue | |
|---|---|---|---|
| 2025 | Advanced Line Follower Robot with Ultrasonic Sensor for Dynamic Obstacle Avoidance (2nd Author) | Jurnal Elektrika USM, Vol. 17 No. 1 | |
| 2024 | A Novel Approach of Human Emotional State Estimation via ML-based Multisensory Datasets Fusion | Jurnal Elektrika USM, Vol. 16 No. 2 | |
| 2021 | A Novel Room Categorization Approach to Semantic Localization for Domestic Service Robots | 21st ICCAS, Jeju, South Korea | |
| 2020 | Human Emotional State Estimation Evaluation using HRV and Activity Data | 4th IEEE IRC, Taiwan | |
| 2016 | Designing and Implementation of Autonomous Hexarotor / Quadrotor as UAV (2 papers) | ICITEE & ICITACEE 2016 | |
| 2014 | Boost Inverter Control (PI + Hysteresis) | Solar PV Battery Charger (dsPIC30F4012) | ICITACEE 2014 |
| 2011 | Maximum Power Point Tracker via Ripple Correlation Control | ICEEI 2011, ITB |
| 🎓 Google Scholar: https://scholar.google.com/citations?user=W_NZMf4AAAAJ&hl=en | 40 citations · h-index 4 |
| 📖 Scopus ID: 5326490710 | 18 citations · h-index 3 · ORCID: https://orcid.org/0000-0002-5240-0466 |
I’m passionate about bridging theory and implementation — taking ideas from algorithm design all the way to hardware realization. I thrive on solving complex bottlenecks in Edge environments, ensuring that AI models don’t just perform well on paper, but execute flawlessly under strict latency and memory constraints in the real world.
Currently building intelligent autonomous systems that eliminate operational friction for real people — from Indonesian SMEs running 24/7 autonomous business agents, to enterprise teams automating fraud detection and risk analytics.
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