● SYSTEM ONLINE

HELLO, I'M
SWIVANO AGMAL

|

Architecting the future by bridging Quantum Physics with Artificial Intelligence. From CERN labs to Edge AI solutions, I build systems that matter.

EXPLORE PROJECTS VIEW CV
15+
YEARS EXP
4
PATENTS
CERN
MEMBER
Swivano Agmal
QUANTUM READY
swivano@quantum-rig:~/about

➜ ~ whoami

> Researcher at BRIN (National Research and Innovation Agency).
> Expert in Particle Physics & Instrumentation.
> Lead Developer of Indonesia's First Liquid State NMR Quantum Computer.
> Creator of LOFFA & Police Recruitment Automation Systems.
> Experienced Tutor for National and International Physics Olympiads and Mathematics at High School and Bachelor's Degree Levels since 2008.

➜ ~ cat mission.txt

"To decode the universe with physics and encode the future with software. Building tools that solve real-world problems through the convergence of atoms and bits."

_

FEATURED PROJECTS

ML/HEALTH

Non-Invasive Hb Meter (ML Fusion)

Estimation of Hemoglobin, SpO2, and Glucose using fusion of PPG data (MAX30102), Skin Pigment (TCS34725), and Temperature (DS18B20) corrected by ML.

HEALTH TECH MACHINE LEARNING
VIEW SIMULATION
QUANTUM 3-Qubits

Cheaper Model 3-Qubits NMR Computer

Development of 3-Qubits Quantum Computer hardware based on Liquid State NMR using Isopropyl Alcohol (IPA) molecules as Qubits.

NMR PHYSICS RF ENGINEERING
RESEARCH PAPER LOCKED
IOT/RTOS

ESP32-S3 Smartlock & FreeRTOS Agent

High-availability camera security system with 5 separate FreeRTOS Tasks, *Inter-task Mutex Locking*, and multi-chat Telegram/NFC notifications.

C++ FREERTOS
VIEW CODE
EDGE AI

LOFFA (Loss Focus & Fatigue Alert)

Client-side driver drowsiness detection (EAR/MAR) using MediaPipe Face Mesh. Zero latency, privacy-first, PWA architecture.

PWA JAVASCRIPT
UWB/IOT

Police Recruitment System (UWB Tracking)

Automated fitness scoring using Ultra Wideband (UWB) tracking and Infrared gates for elimination of Human Reaction Time Bias (HRTB).

UWB C++
THESIS

Pion Photoproduction in Nucleon

Bachelor's Thesis at UI: Theoretical and computational modeling for differential cross-section of photon and nucleon interaction (pion photoproduction) using Born Terms Only.

NUCLEAR PHYSICS FORTRAN

TECHNICAL ARSENAL

PYTHON
AI & Quantum
C++ / C
Embedded / ROOT
JAVASCRIPT
Edge AI / PWA
SQL / FIREBASE
Data / DAQ
GEMINI API
LLM Integration
DAQ Systems
Instrumentation / GPIB
MACHINE LEARNING
XGBoost / EMD
FREERTOS / RTOS
Real-Time Kernels

CAREER PATH

Researcher (Expert Researcher)

BRIN (formerly LIPI)
2018 - Present

Leading Quantum Computing hardware development and Advanced Instrumentation projects. Focusing on indigenous 3-Qubits Liquid State NMR Qubit systems.

CERN Member

Geneva, Switzerland
2019 - 2024

Associated Member of Personnel. Contributed to ALICE ITS Upgrade (MAPS Sensor Validation) using Python and ROOT framework.

Metrology Specialist

RCM - LIPI
2015 - 2018

Custodian of National Time Standard (Cesium Clock). Developed automation systems, including the patented Robotic Arm ("Auto Capture Controller").

B.Sc. Thesis (Pion Photoproduction)

University of Indonesia (UI)
2008 - 2013

Thesis: "Pion Photoproduction in Nucleon Using Born Terms Only". Focused on Theoretical Nuclear Physics & Computational Modeling using FORTRAN.

TRAINING & CERTIFICATIONS

Software Carpentry

Computing in Particle Physics (Python/Git)

CERN/HSF (Geneva, Nov 2019)

ISO/IEC 17025:2017

Laboratory Quality Management System

Center for Metrology Research - LIPI

Measurement Uncertainty

Advanced Statistical Analysis (P2M-LIPI)

Aug 2016

Remote Calibration System

Time & Frequency Metrology

P2M-LIPI (July 2017)