Researcher · Nagaoka University of Technology

Handityo Aulia Putra

Decoding how brains and machines understand each other.

Dr.Eng. · Neuroimaging × Machine Learning × Human-Computer Interaction

I run machine-learning analyses on large-scale brain MRI to understand driving safety, fatigue, and attention. I also design EEG experiments and pneumatic interfaces that show how people actually interact with technology.

  • 15+
    Peer-reviewed publications
  • 9
    First-author journal articles
  • N1
    JLPT Japanese

About

Engineer by training, neuroscientist by curiosity

I work at the intersection of neuroscience, machine learning, and human-computer interaction. At Nagaoka University of Technology I analyze large-scale structural brain MRI with machine learning — linking regional gray matter to driving safety, fatigue, and attention traits — through long-running collaborations with Kochi University of Technology, ATR, and Iwate Medical University, published in journals including Frontiers in Aging Neuroscience, Scientific Reports, and Frontiers in Behavioral Neuroscience.

My path runs from electrical engineering in Indonesia (ITB), through networked-systems research in South Korea, to a doctorate in Japan on air-based interaction: pneumatic input and haptic devices that work even inside an MRI scanner. Five years as an assistant professor at Keimyung University added teaching, student supervision, and gamification research along the way.

That mix shapes how I do science: reproducible pipelines, honest statistics, hardware I can build myself, and tools other researchers can actually use. I work across four languages, including Japanese at JLPT N1.

Research areas

Four channels, one question

How do we measure the way human minds and machines work together, and how do we make it better?

Ch · Fz — frontal

Neuroimaging & machine learning

Voxel-based morphometry of structural MRI in cohorts of thousands, combined with interpretable ML (feature selection, regression, SHAP) to link regional gray matter volume with driving safety, fatigue, and ADHD traits.

Ch · Cz — central

Brain-computer interaction

EEG studies of motor execution built on Fitts' Law paradigms with LSL-synchronized pipelines and age-simulation suits, plus fMRI-compatible pneumatic interfaces evaluated inside a 3.0 T scanner.

Ch · Pz — parietal

Human-computer interaction

Air-based input and haptic feedback, gamified physical computing, and hand-built experiment platforms, including validated web questionnaires (NASA-TLX, SUS, SSQ and more) that run entirely in the browser.

Ch · Oz — occipital

Traffic safety & human factors

On-road driving assessments of older adults linked to brain structure, occupational fatigue by work type, and behavioral safety, all in search of practical biomarkers that keep drivers safe and mobile for longer.

Experience

Research timeline

Education

Degrees

Doctorate · 2016

Doctor of Engineering (Dr.Eng.)

Kochi University of Technology, Japan. Dissertation: A Study of Air-based Interaction: Input and Haptic Feedback.

Master · 2013

M.Eng., IT Convergence Engineering

Kumoh National Institute of Technology, Republic of Korea. Thesis on discovery schemes and QoS configuration for DDS in combat management systems.

Bachelor · 2011

B.Eng. (S.T.), Electrical Engineering

Bandung Institute of Technology (ITB), Indonesia. Control Engineering concentration with a minor in Biomedical Engineering.

Funding

Grants

External funding · Principal investigator

JSPS KAKENHI — Grant-in-Aid for Scientific Research (C)

Investigation of the Neurological Basis of Fatigue Using Large-Scale MRI Data from Brain Dock — sole principal investigator, FY2025–FY2027, ¥4,680,000. Co-investigators at Nagaoka University of Technology, ATR, and Iwate Medical University.

External funding · Co-investigator

RIIM Kompetisi (BRIN-LPDP)

Pengembangan Sistem Structural Health Monitoring Berbasis MEMS Sensors pada Mobile Devices dan IoT untuk Mitigasi Resiko Gempa pada Bangunan (Development of a MEMS Sensor-Based Structural Health Monitoring System on Mobile Devices and IoT for Earthquake Risk Mitigation in Buildings) — co-investigator, 2026–2028, Rp 439,000,000 total over three years (Rp 115,000,000 in year one).

Skills

Toolbox

Research methods

  • Structural MRI / VBM
  • SPM
  • EEG
  • Lab Streaming Layer
  • Fitts' Law paradigms
  • fMRI-compatible devices
  • Experiment design
  • Validated questionnaires
  • Statistics

Machine learning & data

  • Python
  • scikit-learn
  • Feature selection (RFECV)
  • SHAP
  • Random Forest
  • Logistic regression
  • pandas / NumPy
  • R

Engineering

  • JavaScript / Node.js
  • React
  • HTML / CSS
  • Git
  • Docker
  • Linux
  • Google Apps Script
  • Physical prototyping
  • Self-hosted infrastructure

Languages

  • Indonesian — native
  • English — professional
  • Japanese — JLPT N1
  • Korean — basic

Teaching & service

Beyond the lab

Teaching

University teaching

Across five years as Assistant Professor at Keimyung University (2017–2022), I taught ten courses in English, from graduate-level Machine Learning and User-centered Software Design to game programming and Java, always bringing hands-on data analysis, physical computing, and experimental methods into the classroom. I co-advised a doctoral student, supervised undergraduate final projects, and served as an external co-supervisor for a graduation project at Telkom University (2021). Since 2024 I've taught in the master's program in Cyber Defense Engineering at Indonesia Defense University (Universitas Pertahanan RI), first as a Visiting Lecturer and, since 2025, as Assistant Professor (Lektor).

Editorial boards

Journal editorial roles

Associate Editor for The South East Asian Journal of Advance Engineering and Technology, and an editorial team member of the Journal of Computer Networks, Architecture and High Performance Computing.

Peer review

Reviewing

Listed Peer-Reviewer for the Journal of Mechatronics, Electrical Power, and Vehicular Technology, published by Indonesia's National Research and Innovation Agency (BRIN) and indexed in DOAJ. Completed peer reviews for BMC Public Health, BMC Psychology, Discover Neuroscience, Structural and Congenital Heart Disease, and the Indonesian Journal on Computing.

Memberships & community

Societies and community roles

Member of ACM SIGCHI and the Japan Human Brain Mapping Society. Vice-Chair of the Indonesian Students' Association in Niigata (PPI Niigata) since 2025; previously Head of Media and Communications for the Association of Indonesian Researchers in Korea (APIK), where I remain a member, and Chair of PPI Kochi from 2014 to 2016.

Contact

Let's collaborate

Open to research collaborations, reviewing, and conversations about neuroimaging, machine learning, and human-centered technology. The fastest ways to reach me: