personal photo of Andriyan B. Suksmono, PhD

Andriyan B. Suksmono, PhD

Tagline:Professor, The School of Electrical Engineering and Informatics, Institut Teknologi Bandung, Indonesia

Bandung, Bandung City, West Java, Indonesia

About Me

Andriyan Bayu Suksmono is a Professor in the School of Electrical Engineering and Informatics, ITB (Institut Teknologi Bandung), Indonesia. He received Sarjana (BSc.) in Physics and Magister (M.S.) in Electrical Engineering from the ITB, and a PhD degree from Faculty of Engineering, The University of Tokyo, Japan.

Research Interests

  • Quantum Computing
  • Signal and Image Processing
  • Compressed Sensing/ Compressive Sampling
  • Imaging (Radar, Microscopic)

Recognition, Honors, and Awards

  • 117 Most Prospective Indonesia Innovation-2025

    date: 2026-02-18

    Issuer:Business Innovation Center-Indonesia

    Description:

    Magic Mirror: AI-based mirror for health monitoring

  • ACM Distinguished Speaker

    date: 2025-11-25

    Issuer:ACM (Association for Computing Machinery)

    Description:

    A 3 years appointment by the President of the ACM

  • IBM Quantum Credit (Grant/Award)

    date: 2025-09-07

    Issuer:IBM (International Business Machine), Corp.

    Description:

    Grant / Award of 700 minutes IBM Quantum usage time, equivalent of ~USD 50,400

  • 116 Most Prospective Indonesia Innovation-2024

    date: 2025-01-31

    Issuer:Business Innovation Center-Indonesia

    Description:

    AI-Microscope for Tuberculosis Detection

  • 115 Most Prospective Indonesia Innovation-2023

    date: 2024-01-31

    Issuer:Business Innovation Center-Indonesia

    Description:

    Through Wall Radar System

  • 114 Most Prospective Indonesia Innovation-2022

    date: 2023-03-23

    Issuer:Business Innovation Center-Indonesia

    Description:

    FMCW Ultra Wideband Radar Trainer

  • Top 100 in Physics (2nd Place)

    date: 2023-01-01

    Issuer:Scientific Reports (Nature Portfolio)

    Description:

    Quantum computing formulation of some classical Hadamard matrix searching methods and its implementation on a quantum computer

  • Editor's Choice in Quantum Computing

    date: 2022-01-31

    Issuer:Scientific Reports (Nature Portfolio)

  • Pragyan Atula Award

    date: 2022-01-31

    Issuer:The School of Electrical Engineering and Informatics, ITB

  • ITB Research Award

    date: 2020-03-01

    Issuer:ITB (Institut Teknologi Bandung)

Editorial Activites

  • Scientific Reports (Nature Portfolio)

    From: 2025

    To: present

    Member of Editorial Boards

    Journal Editor

  • IJEHMC (International Journal of E-Health and Medical Communications)

    From: 2010

    To: present

    Associate Editor

    Journal Editor

  • IJEEI (International Journal of Electrical Engineering and Informatics)

    From: 2009

    To: present

    Co-Editor

    Journal Editor

Talks, Keynote, and Tutorials

  • Path Toward the Second Quantum Revolution (Menapaki Jalan Menuju Revolusi Kuantum Kedua)

    Date: Nov 2025

    Event name: Seri Kuliah Bestari, MDGB-PTNBH .Location: Kampus ITB, Bandung, Indonesia .

    Description:

    Speaker in Lecture Series by Council of Professors (MGDB)

  • Exploring Quantum Optimization with Qiskit: Solving Hadamard Matrix Problem

    Date: Sep 2025

    Event name: IBM Qiskit Fall Fest 2025 .Location: Indonesia Cyber University, Jakarta, Indonesia .

    Description:

    Opening Lecture of the Qiskit Festival

  • The Role of Quantum Technology in Future Warfare

    Date: Aug 2025

    Event name: KSTI (Indonesian Convention on Science, Technology, and Industry) 2025 .Location: Bandung, Indonesia .

  • Compressive Sensing in Radar and Related Areas

    Date: Aug 2025

    Event name: IEEE-IGARSS 2025 .Location: Brisbane, Australia .

    Description:

    A Half Day Tutorial in the IEEE IGARSS-2025, HD-05. Delivered by A.B. Suksmono, K. Usman, and D. Danudirdjo

  • A Quantum Approximate Optimization Method for Finding Hadamard Matrices

    Date: Jun 2025

    Event name: Group Discussion I, The Center for Research Collaboration on Graph Theory and Combinatorics .Location: ITB, Bandung, Indonesia .

  • Panelist/Speaker

    Date: May 2025

    Event name: Talkshow & Research Expo World Quantum Day 2025 .Location: BRIN (Indonesia Research and Innov. Agency), Serpong, Indonesia .

  • A Quantum Approximate Optimization Method for Finding Hadamard Matrices

    Date: Oct 2024

    Event name: ICPTAM (Int. Conf. on Physics and Tech. of Advanced Materials), 2024 .Location: Bali, Indonesia .

  • Quantum Computing: A Brief Introduction and Recent Progress

    Date: Sep 2024

    Event name: AICOMS-Q (Advanced Intelligent Communications-Quantum), 2024 .Location: Telkom University, Bandung, Indonesia .

  • Quantum Computing: Introduction and Recent Activities

    Date: Aug 2024

    Event name: ITB-Univ Pusan,Advanced ICT Through The Integration of Artificial Intelligence, Quantum Computing, and Network Innovations, 2024 .Location: ITB, Bandung, Indonesia .

  • Quantum Computing: Introduction and Applications

    Date: Jun 2024

    Event name: Workshop on Classical and Quantum Machine Learning for Condensed Matter Physics | (smr 3948) .Location: ICTP, Italy (virtual) .

    Description:

    Talk on Quantum Computing: Introduction and Applications

Projects

  • Development of AI-Microscope for TB Elimination

    date: 2019

    Organization:SEEI-ITB, CSAIL-MIT, Tokyo University, Padjajaran Univ., Airlangga Univ., Telkom Univ.

    Description:

    The AI-Microscope project develops an open, 3D-printed digital microscope powered by artificial intelligence for automated tuberculosis diagnosis. Combining affordable hardware and advanced image analysis, it aims to enable accessible diagnostic tools for developing countries. The project involves national and international collaboration between Medical and Engineering Schools, including partnerships with CSAIL–MIT and The University of Tokyo, fostering interdisciplinary innovation in biomedical imaging and global health technology.

  • QHSA-Quantum Hadamard Matrix Search Algorithm

    date: 2016

    Organization:Institut Teknologi Bandung

    Description:

    The Quantum Hadamard Search Algorithm (QHSA) project investigates quantum computational methods for finding Hadamard matrices, a class of combinatorial structures whose discovery remains a long-standing challenge for classical computation. QHSA-1 (2019) introduced the theoretical formulation of the problem as a quantum Hamiltonian and demonstrated its feasibility using symbolic computing and quantum annealing approaches. QHSA-2 (2022) extended the method by integrating classical search heuristics with quantum computation, enabling searches for higher-order matrices and demonstrating a hybrid classical–quantum resource balancing technique. QHSA-3 (2025) further advanced the approach by implementing a qubit-efficient, gate-based version using the Quantum Approximate Optimization Algorithm (QAOA), reducing resource complexity from 𝑂(𝑀^3) in QHSA-1 and O(M^2) in QHSA-2 to O(M) and validating the algorithm on both simulators and real quantum hardware. The project is now progressing toward QHSA-4 (2026–2028), which will integrate an oracle-based Grover search framework. These installments trace the evolution of QHSA from conceptual design to practical quantum implementation, aiming to demonstrate real quantum advantage in mathematical discovery.

Management

  • Chair, Bandung ACM Chapter, (2024 - present)

  • Head, Biomedical Eng. Research Group, ITB (2023 - present)

  • Head, Quantum Technology Lab, SEEI-ITB (2022 - present)

  • Deputy Head, Research Center on ICT (PPTIK), ITB (2022-2023)

  • Head, Research Collaboration Center on Quantum Technology 2.0, BRIN (National Research and Innovation Agency)-ITB-Telkom University (2022-2024).

  • Head, Graduate School Commission, SEEI-ITB (2019 - present)

  • Head, Telecommunication Eng. Research Group, SEEI-ITB (2013 - 2018)

  • Head, Doctoral Program in Electrical Engineering and Informatics, SEEI-ITB (2012 - 2015)

Society Membership

  • Senior Member, IEEE-The Institute of Electrical and Electronics Engineers (2007 - present)

  • Member, IEEE-The Institute of Electrical and Electronics Engineers (2002-2007)

  • Professional Member, ACM-Association for Computing Machinery (2019 - present)

Publications

  • Depth Map Reconstruction for Scleral Bleb Models Using Structured Light in Light Field Imaging

    Journal ArticlePublisher:IEEE AccessDate:2025
    Authors:
    O HerianaAB SuksmonoH ZakariaA Prahasta

  • Decoding Speech Imagery: A Spectro-spatial Approach to Electroencephalography Band Power Analysis

    Journal ArticlePublisher:IEEE Journal of Biomedical and Health InformaticsDate:2025
    Authors:
    N FitriahH ZakariaA BudikayantiAB SuksmonoTLER Mengko

  • A quantum approximate optimization method for finding Hadamard matrices

    Journal ArticlePublisher:Scientific Reports (Nature Portfolio)Date:2025
    Authors:
    Andriyan B. Suksmono

  • A Study on the Correlation between User Sentiments and QoE Parameters in Video Streaming Services

    Journal ArticlePublisher:IEEE Access (accepted)Date:2025
    Authors:
    F.C. PermanaF.F. LubisAZR LangiA. PradanaA.B. SuksmonoK. MutijarsaD. TanjungY. BandungJ-D Kim

  • Remote Sensing Image Pansharpening using Deep Internal Learning with Residual Double-Attention Network

    Journal ArticlePublisher:IEEE AccessDate:2024
    Authors:
    R. SustikaA.B. SuksmonoD. DanudirdjoK. Wikantika

  • A Novel Digitized Microscopic Images of ZN-Stained Sputum Smear and Its Classification Based on IUATLD Grades

    Journal ArticlePublisher:IEEE AccessDate:2024
    Authors:
    S AuliaAB SuksmonoTRL MengkoB Alisjahbana

  • Long-lived qubit entanglement by surface plasmon polaritons in a Weyl semimetal

    Journal ArticlePublisher:Physical Review BDate:2022
    Authors:
    M. Shoufie UkhtaryEddwi H. HasdeoAndriyan B. SuksmonoAhmad R. T. Nugraha

  • Quantum computing formulation of some classical Hadamard matrix searching methods and its implementation on a quantum computer

    Journal ArticlePublisher:Scientific Reports (Nature Portfolio)Date:2022
    Authors:
    Andriyan Bayu SuksmonoYuichiro Minato
    Description:

    Top 100 in Physics

  • Compressive Sampling of Polarimetric Doppler Weather Radar Processing Via Inverse Fast Fourier Transform

    Journal ArticlePublisher:IEEE Journal of Selected Topics in Applied Earth Observations and Remote SensingDate:2021
    Authors:
    Rita PurnamasariAndriyan Bayu SuksmonoIrma ZakiaIan Joseph Matheus Edward

  • Finding Hadamard Matrices by a Quantum Annealing Machine

    Journal ArticlePublisher:Scientific Reports (Nature Portfolio)Date:2019
    Authors:
    Andriyan Bayu SuksmonoYuichiro Minato
    Description:

    Top 100 in Physics

Scientific Meeting

  • IEEE-IGARSS (Int. Geosc. and Remote Sensing Symposium), Washington DC, USA, 2026

    From: 2025

    To: present

    Organizer of CCT.1: Advanced Signal Processing for Geoscience, Remote Sensing, and Future Earth Observations

    CCT.1

  • IEEE-IGARSS (International Geoscience and Remote Sensing Symposium), Brisbane, Australia, 2025

    From: 2025

    To: 2025

    Organizer of CCS.5: Advanced Signal Processing Methods for Geoscience and Remote Sensing Applications

    CCS.5

Curriculum Vitae (CV)

Download