Electrical Engineering

Al-Amin Saichul IMAN

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Electrical Engineer

Accomplished engineering professional with experience in production engineering and electrical design. Adept at gathering and translating complex requirements into viable solutions. Proven ability to effectively plan, coordinate, and meet project deadlines with commitment to executing first-class solutions on time and under budget. Strong team member and effective communicator able to interface effectively with peers, management, and customers. Core strengths include the following:

Research & Development » Production Engineering » Troubleshooting » Quality Assurance » Project Management

Embedded Systems » Cost Controls » Safety Compliance » Report Generation » Measurements / Instrumentation

Magnetic Induction Tomography » Electrical Impedance Tomography » Non-Destructive Testing » FEM

Multi-Electrode Data Acquisition Systems » Analog Signal Metrology

Technical Skills

Znyq 7010 Xilinx FPGA and Vivado System » Analog and Digital Electronics System » LabVIEW » MATLAB » Simulink » Altium Designer PCB Design » COMSOL Multiphysics » AutoCAD » Arduino » Phyton

Overview of Contributions

2016-present, Lymphedema detection by using Electrical Impedance Tomography, at Mechanical Engineering, Chiba University. Research grant: NEDO IOT 2018.

2015-2016, Magnetic Induction Tomography (MIT) system development, at Indonesia Institute of Technology (ITI) and CTECH Labs Edwar Technology.

2010-2015, Electro-Capacitive Cancer Therapy (ECCT) system development, at CTECH Labs Edwar Technology.

2008-2010, Indonesian Robot Contest (KRI) and Indonesian Intelligent Robot Contest (KRCI).

2008-2010, Payload-test rocket held by Indonesian National Institute of Aeronautics and Astronautics (LAPAN).

Professional Progression

Technical Staff Member Takei Laboratory Mechanical engineering Chiba University Japan 2016-Present

Managed project to build Electrical Impedance Spectroscopy Tomography (EIST) system, determining materials needed and assembling multichannel/multisensory system to enable imaging on lymphedema phantom in lab.

Innovated use of EIST to characterize images through use of different frequencies, currents, and sensors, compiling data for use in future journal article.

Researcher CTECH Labs, Edwar Technology Company Indonesia 2015-2016

Conducted year-long research and development project using manual equipment to create durable and portable electronic device, troubleshooting and resolving issues to reduce production rejects by 30%.

Developed production process, presenting plans to CEO and creating strategy to optimize processes.

Assistant Manager CTECH Labs, Edwar Technology Company Indonesia 2012-2016

Managed production of over 3K products with rejection rate under 30%, overseeing quality control and utilizing Kaizen methods to streamline production process.

Handled additional responsibilities of procurement and production planning, ultimately developing team to manage 15 assembly workers and produce 100-300 products daily.

Assistant Researcher CTECH Labs, Edwar Technology Company Indonesia 2010-2012

Collaborated on research to develop electro-capacitive cancer therapy (ECCT) system, managing control oscillator system production for domestic and international customers.

Responsible for designing electro-capacitive cancer therapy (ECCT) electronic system design.

Education & Awards

Bachelor of Engineering in Electrical Engineering Indonesia Institute of Technology

Diploma in Electrical Engineering Semarang State University

Second Runner-Up, Payload-Test Rocket Competition, Indonesian National Institute of Aeronautics and Astronautics (Lembaga Penerbangan dan Antariksa Nasional, LAPAN), 2010

Research Assistance Scholarship, 2017 Frontier program of Mechanical Engineering, Chiba University

Research Assistance Scholarship, 2018 Frontier program of Mechanical Engineering, Chiba University

Publications

1) Al-Amin Saichul IMAN, Wahyu WIDADA, Jos Budi SULISTYO, Warsito Purwo TARUNO, “Development of MIT for Medical Imaging: Data Pattern of MIT Sensor and Its Impact on Image Reconstruction Using Filtered Backprojection”. International Symposium on Biomedical Engineering (ISBE 2016). May 31 – June 1, 2016, Depok, Indonesia. (Accepted to be Presented).

2) Dona SUTISNA, Syahrul ULLUM, Warsito Purwo TARUNO, Al-Amin Saichul IMAN, Marlin Ramadhan BAIDILLAH, Mahfudz AL-HUDA, Rommy Iman SULAIMAN, Didied HARYONO, "Flaw Detection in Welded Metal Using Magnetic Induction Tomography" Journal of Advanced Materials Research (ARM), Vol. 896, pp 722-725.

3) Baidillah M. R., Iman, A. S., Sun, Y. & Takei M., “Electrical Impedance Spectro-Tomography (EIST) based on Dielectric Relaxation Model,” IEEE Sensors J.

4) 孫越 Marlin Ramadhan Baidillah Al amin Saichul Iman 川嶋大介 武居昌宏 インピーダンス スペクトロスコピー トモグラフィーによるリンパ浮腫の早期検出 第40回日本バイオレオロジー学会年会 川﨑祐宣記念講堂 2017/5/27-28.

5) Sun Y., Baidillah, M. R., Iman, A. S., Kawasima.D, Takei M., Possibility of early detection of lymphedema by electrical impedance tomography (EIT), 日本生体医工学会大会, 東北大学, 2017/5-3-5.

6) Baidillah M. R., Iman, A. S., Sun, Y. & Takei M., “Upper Arm imaging based on Electrical Capacitance Tomography 18th International Conf on Biomedical Applications of Electrical Impedance Tomography.

7) Al-Amin Saichul IMAN, Marlin R. B., and Masahiro Takei, “Implementation of Adaptive Filter Algorithm of FPGA Zynq-7010 for Electrical Impedance Tomography (EIT)”. 9th World Congress in Industrial Process Tomography (9th WICPT 2018). September 1 – September 6, 2018, Bath, England. (Accepted to be Presented).

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