Achmad Syarif Hidayat

Experience

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  GEBOX Geprek in Box

  Sept 2016 - Sept 2018

  Marketing Manager

  GEBOX (Geprek in Box) is a culinary start up company that produces various Rice Box food products. GEBOX been established since September 2016. Starting from ITS Student Entrepreneurial Program 2016, the company was founded by four students of ITS to run right now. Product ready stock we have distributed to several outlets departments - departments in ITS, University of Airlangga, as well as some high schools. Packaging that is practical and hygienic presented at each of our products. We also accept reservations p re-order and ordering in large quantities.in this company, I am responsible in several marketing task such as1. Finding new market, event, and other external relationship which giving more benefits for company.2. Find way to broaden the market by knowing customer demand, marketing mix, product innovation, and market differentiation.3. Maintains relationship between company stakeholder that related with marketplace and outlet station Show less

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  Department of Engineering Physics, ITS

  Sept 2016 - Sept 2017

  Assistant Lecturer

  Becoming Engineering Physics Lecturer Assistant during one year. Responsible in1. Teach undergraduate student to prepare in final exam2. Give some evaluation and report learning progress for each student in one class3. Open discussion about course or problem set

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  Photonics Engineering Laboratory, Department of Engineering Physics, ITS

  Jun 2017 - Sept 2018

  General Manager of Laboratory Assistant

  Photonics Engineering Laboratory is one of laboratories in Department of Engineering Physics, Institut Teknologi Sepuluh Nopember. This laboratory facilitates research activity related with Optics and Photonics Physics. Several research and invention in related field had been done in this laboratory, namely in the field of fiber optic, spectroscopy, image processing, and optical devices.As a general manager of laboratory assistant in this lab, I was responsible to;1. Facilitating engineering physics student in project or research related to photonics and optics. In the mean time I am volunteering in workshop, guest lecture, and other event which held by Engineering Physics Department and internatioal student chapter (OSA – SPIE).2. Assisting Engineering Physics student in doing experiments related to Optical Engineering subject, especially for fiber optic, interferometry, photometry, lens modeling subject, and photonics system.3. Giving pre-test and post-test, then evaluating student's learning progress before and after experiments.4. Responsible for sharing knowledge and a whole insight related to both past and recent development of optics and photonics and its applications.5. Responsible in maintain laboratory tools and equipment, wall magazine, make inventory list and catalouge book6. Helping and facilitate Engineering Physics Postgraduate and 4th year Undergraduate student doing their research and developement.7. Doing research and project in “Program Kreativitas Mahasiswa”, governmentally funded project for students in university. Show less

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  Siemens

  Jun 2017 - Aug 2017

  Intership Student as Process Automation Engineer

  PT. Siemens Indonesia is a company engaged in the supply of products for services in several fields such as electrification, digitization, and automation. The three main areas are realized in various sectors including Power and Gas, Power Generation and Service, Energy Management, Building Technology, Mobility, Digital Factory, Process Industries and Drives, Financial Services, Healthiness, Process Automation and Drive systems. this multinational company also have an international employee with professional work ethics.I had done Internship program from PT. Siemens Indonesia, assigned as Process Automation Engineer, in Process and Drive Division, Supervised directly by Business Unit Manager, Senior Instrument Engineer, Process Engineer, and Project Manager.The scope of work that I had finished are such as below;1. I have understood theoretically and practically about automation (PCS7 V8.0 and TIA Portal V13.0), industrial & identification, industrial communication, and process analities products of PT. Siemens Indonesia.2. I have supported PT. Siemens Indonesia exhibition in POWERMAX 2017 “The Largest International Power Plant & Manufacturing – Automation Exhibition” at Jl. Expo Kemayoran, Jakarta, Indonesia.3. I have evaluated bill of material document (BOM) of booster pump emoltitation (electric motorization) of PT. Pertamina Indonesia oil fuel station, Cikampek, Jawa Tengah, Indonesia based on its engineering documents (single line diagram, input and output list, hardware architecture system, P&ID, Function Design Specification). From this evaluation, there are some suggestions along with BOM document.4. I have made a machine vision prototype for PT. Pertamina Indonesia oil fuel detection system using image processing method with raspberry-pi equipped with human machine interface using PCS 7 PT. Siemens Indonesia software. This prototype assigned to the final project. Show less

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  Siemens

  Jan 2018 - Jan 2018

  Internship Student as Process Automation Engineer

  PT. Siemens Indonesia has been providing products and services for electrification, digitization, and automation in some industrial sectors in Indonesia. The sectors includes Power and Gas, Power Generation and Service, Energy Management, Building Technology, Mobility, Digital Factory, Process Industries and Drives, Financial Services, Healthiness, Process Automation, and Drive systems.I have participated in projects namely “Percepatan Penyelenggaraan Kereta Api Ringan / Light Rail Transit Terintegrasi Di Wilayah Jakarta, Bogor, Depok Dan Bekasi” and “Pembangunan TBBM Tegal Baru Munjung Agung Kabupaten Tegal, Jawa Tengah”. The responsibility was preparing engineering and project document (data sheet list, instrument list) and hardware configuration in PCS7 V9.0 and TIA Portal V13.0. Show less

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  Shibaura Institute of Technology

  Sept 2018 - Sept 2020

  Master Degree Student

  Under the supervision of Prof. Izabela I. Rzeznicka, I was focused on the development of low-cost yet portable Smartphone-based blood potassium testing devices using an image processing method to realize personalized blood potassium level management for everyone, anytime, anywhere using smartphones. This work was dedicated to the 3rd SDG, ensuring healthy lives and promoting well-being for all at all ages.In this work, two types of analytical approach, fluorescence, and turbidity approach were utilized and examined. APG-2 AM and Au25BSA nanocluster was attempted as chemical probes for the fluorescence approach meanwhile Sodium tetraphenylborate was utilized for the turbidity approach.For more details please see here > https://www.mdpi.com/1424-8220/21/14/4751As a side project, I was learning also about Tip-enhanced Raman Spectroscopy as well as STM imaging of BSA-gold nanocluster Show less

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  Max Planck Institute for Polymer Research

  Feb 2019 - Feb 2019

  Overseas Research

  I learned and gained technical skills in surface-enhanced Raman spectroscopy (SERS) and cyclic voltammetry test, characterizing one core material for our research purpose.

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  Tohoku University

  Dec 2019 - Dec 2019

  Laboratory Intern

  I learned and gained technical skills about time-resolved fluorescence spectroscopy measurement, using one-photon and two-photon excitation techniques.

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  株式会社大日ハンソー

  Sept 2020 - Sept 2020

  Engineering Intern

  I was working on particle dynamic simulation in a bucket elevator system, utilizing LIGGGHTS®-Public, a C++-based open-source Discrete Element Method (DEM) particle simulation software and 3D design & meshing software. The aim of the project was to simulate conveying materials trajectory when it is being thrown out from the bucket, based on various conditions (belt speed, bucket model, case shape, etc). Through this internship activity, I helped the company to analyze and maximize their bucket elevator system (bucket shape, speed, pulley size, and casing) for achieving the lowest loss of material during its operation. Show less

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  深松組（株）ー　イデアインターナショナル　（株）ー　東北大学

  Mar 2021 - Mar 2023

  Research and Development

  20/10Responsible for the development of an ultrasensitive biosensor (sub PPB level) for propofol detection, utilizing a photoelectrochemical approach. The sensor was firstly fabricated, utilizing Lithium-ion endohedral fullerenes (Li+@C60) as a core material.21/04Responsible for prototyping small-medium-sized Li+@C60 used Perovskite Solar Cell (PSC) under “Open Innovation Creation Project” by Miyagi Industry Promotion Organization, Japan. This project is aiming for a production trial of PSC using nanocarbon electrodes. The first prototype (~0.1cm2 cell) was developed on glass substrate. Aiming for increasing current and voltage output by creating a module assembly, module housing was created using homemade 3D printed PLA. Standard PSC's (ITO/SnO2/MAPbI3/Spiro:LiTFSI/Au) efficiency improvement was made from 8% to 18%. The prototype was exhibited in Nanotech 2022 Japan.22/12Carbon Nanotubes (CNT) : Li+@C60 electrode was utilized and deployed into standard PSC device for the first time. 100 CNT-PSC devices were fabricated on the glass substrate. Module assembly was fabricated and exhibited in "Japan Small Medium Enterprise Technology and Service" JSTS 2022 Tokyo. I was responsible to create and arrange mockups for our company booth such as CNT-PSC panel containing 100 hand-made solar cells. CNT-PSC module was 3D-printed to assemble cells in series or parallel. CNT-PSC module was put under high humidity to show that our PSC is resistant to high humidity working environment. Show less

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  Nagoya University

  Apr 2023 - now

  Doctoral Student

  I am joining Matsuo research group at department of Chemical Systems Engineering, Graduate School of Engineering, Nagoya University (http://www.matsuo-lab.net/). I currently foster on the development of SWCNT based carbon electrodes for the application in thin film metal-organic solar cells as an electron transporting layer. As we know that carbon electrodes are naturally interact with oxygen and water in the air, in which oxidation partially occurs that causes hole doping on carbon electrodes. This hinders most likely decreases ability of carbon electrodes to transport electron. Through this PhD journey I dedicated my ambition for the sake of knowledge and understanding nature to study about "The development of n-type single-walled carbon nanotubes and it's application for thin film metal-organic solar cells" Show less