1. As a Solid State Battery Team Leader, I am currently handling three potential European Projects: SPINMATE, ADVAGEN, and SOLiD projects. For SPINMATE and ADVAGEN, I act as Coordinator Contact—this role includes the areas of Project Management, Technical Coordination, Work Package Lead, and Task Management. In SOLiD, I am the solid-electrolyte design engineer and the work package representative from the AVESTA (previously named ABEE) team.2. Moreover, arranging the concept into proposals for the following EU HORIZON projects related to higher battery generation (Gen4b, 4c, 5, and beyond) is also becoming my scope of work.3. I am currently also involving in an initiation of solid-state electrolyte system based on sodium ion batteries for Belgium-UK industrial collaboration.4. Additionally, I am also involved in assisting 'in-house' battery product development for AVESTA (previously named ABEE), which corresponds to the various teams' activities (Laboratory, Cell Design, Pilot Line, as well as Modelling).

The SOLID4B Cluster, as a SPINMATE project initiative, aims to form a strong collaboration through clustering with the Li-metal/solid-state battery-based EU Projects. Consisting of several European Projects under Horizon 2020 and Horizon Europe funding: SPINMATE, ADVAGEN, AM4BAT, HIDDEN, SOLiD, PULSELiON, SEATBELT, PSIONIC, and SOLVE projects, the SOLID4B is not a closed-loop cluster, so expanding even wider with more potential projects as cluster partners is still possible.

Adjunct Lecturer in the Mechanical Engineering Study Program, under the Faculty of Science and Technology, based on PD Dikti List: https://pddikti.kemdikbud.go.id/detail-dosen/mpbzOD3fVEGCb3tndopO2gWRWTmtr8W-4WvLkOHGdiNTqdSXoDhisPZdOYgFQzOo07a6-A==

• I did research & paper journal writing on silicon-silicon oxycarbide (Si/SiOC) and silicon-silicon nitride (Si/SiN) anode for lithium-ion batteries, also some part of sodium-ion battery studies;• I trained junior laboratory members in practical techniques to ensure insight, competence, and personal safety;• I did a mentoring process for master's and doctoral degree students in the Energy Storage and Electrochemistry Laboratory (Prof. Jeng-Kuei Chang's group).

I did various research on silicon anode for lithium-ion batteries, including nanomaterials design, current collectors development, and electrolytes synthesis in Energy Storage and Electrochemistry Laboratory (Prof. Jeng-Kuei Chang's group).

Projects' involvement in Energy Storage and Electrochemistry Lab:1) NCTU-Super Energy Materials Inc. (2018-2019)+ General experiments for Si-based anode-related products+ Specific experiments for Si3N4 and C-SiN products2) NCTU-MOST Research Project (2018-2021)+ C-Si anode, Si/Si3N4 composite anode, and various electrolyte-related research proposal & Execution3) NCTU/NYCU-MOST-Chang Chun Petrochemical (2020-2021)+ Combining Si/Si3N4 and nanotwinned Cu current collector research+ Presenting results at Shalun Smart Green Energy Science City (Tainan) symposium on March 2021 (Taiwan Green Energy Technology/Taiwan GET)+ Data arranging for Taiwan's patent filling4) Taiwan-Germany Joint Research Project in High-Safe Battery (2019-2023)+ Supercritical carbon dioxide-assisted C-Si anode, carbon-coated Si/Si3N4 composite anode, and Si/SiOC anode for Li-ion Battery+ Liquid electrolyte developments for high-safety Li-ion battery technology5) NYCU-NSTC Research Project (2022-2023)+ Study about crystalline Si3N4 and amorphous SiN anode for Li-ion battery+ Si-based anode for an oxide-based solid-state electrolyte system6) NYCU-Hon Hai Precision Industry Co., Ltd. (Foxconn) Joint Project (2023)+ Study of pre-lithiated carbon-SiO composite (Li-SiO-C) anode for Li-ion battery+ Electrochemical testing for electrodes (various kinds of lithium iron phosphate/LFP and some special anode materials) for preliminary research study

PIC of a research collaboration project between Energy Storage and Electrochemistry Laboratory, Department of Materials Science and Engineering, National Chiao Tung University (NCTU MSE) and Ministry of Science and Technology (MOST), Taiwan, with Super Energy Materials (SEM, Inc.) company.This research consists of the development of carbon-coated Si nano-powder as an anode, also organic and ionic liquid electrolytes for Li-ion battery application.

Under the letter from the Director of Industry Department, Indonesian Economic and Trade Office (IETO) to Taipei No. 119.2/IND/KDEI/IV/2020. Did a literature study and a qualitative research process. Wrote an Industry Intelligence Report titled "Research-based Product in Taiwan: Strengthening Government, Industry, and Academic Institutional Bonding" and present it in front of the Director of Industry Department, Indonesian Economic and Trade Office (IETO) to Taipei and Indonesian Ministry of Industry employees in July 2020, as a final meeting session.

As a primary researcher in a joint project between Energy Storage and Green Chemistry Laboratory, National Central University with Research and Development section of Super Energy Material (SEM inc). Working on optimizing Silicon powder production for battery and energy storage applications.

Did research on Si-based anode for Li-ion batteries in Energy Storage and Green Chemistry Laboratory, under Prof. Jeng-Kuei Chang's advisory (previous research: cathode materials research for Mg-based battery).

Did research on Magnesium alloy for biodegradable bone implant

Handled research curriculum for laboratory experiments in Metallurgy I (basic ferrous metal) and Metallurgy II (advance ferrous and non-ferrous metal) courses, such as impact, tensile, hardness, heat treatment, metal etching, and metallography experiments.

As an assistant of Basic Physics I and II courses for Bachelor's degree students grade 2013 in Materials and Metallurgical Department.

Analyzed some corrosion projects, refurbish, and mapping risk area by using Risk Based Inspection method in Pebble Crusher area (concentrator 130), Corrosion Maintenance Project division, PT. Newmont Nusa Tenggara (now PT. Amman Mineral Nusa Tenggara).