Experience

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  Badan tenaga nuklir nasional (batan)

  Jul 2014 - Aug 2014

  Student internship

  I became a part of the Labeled Compound Department, where my primary role involved executing the Tc-99m radionuclide labeling process. This endeavor was a short but immensely enlightening research project that held the primary objective of deepening my understanding of the practical application of radionuclides within the medical field.The focus of our efforts was particularly directed toward the crucial task of cancer and disease detection. Our dedication to this pursuit was driven by a profound awareness of the significant impact accurate and early disease diagnosis can have on patients' lives. Our research was rooted in the belief that by harnessing the capabilities of radionuclides, we could contribute to the development of advanced techniques for detecting and potentially treating various diseases, especially cancer.What began as a modest research initiative has since grown in scope and significance. Today, the project has evolved into a substantial undertaking, propelled by the collective efforts of numerous researchers. This expanded endeavor not only encompasses improved detection and imaging techniques but also delves into the realm of potential cures and treatments for cancer. The dynamic convergence of scientific inquiry, innovation, and medical expertise has led us to explore avenues that extend beyond mere diagnosis, aiming to tackle cancer and other diseases at their root.In essence, my involvement in the Labeled Compound Department's research has been a rewarding journey of knowledge acquisition and application. It underscores the profound potential that radionuclides hold in revolutionizing the medical field, as we work collaboratively to pave the way for more accurate, comprehensive, and potentially curative approaches to combatting diseases like cancer. Show less

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  Pt adis dinamika sentosa

  Sept 2015 - Jun 2016

  Team leader of manufacturing engineering department

  Upon joining the esteemed Manufacturing Engineering Department, I undertook a pivotal role that encompassed a range of essential responsibilities. These key functions included:1. Streamlining Daily Production Processes in Alignment with Nike's Best Practices:I assumed the responsibility of overseeing and optimizing the daily production processes in strict accordance with Nike's esteemed Best Practices. By aligning our operations with these high standards, I contributed to the attainment of superior manufacturing quality, efficiency, and consistency.2. Detailed Control of Daily Input, Output, and Productivity Metrics:A crucial aspect of my role involved closely monitoring and managing the daily input, output, and productivity metrics. Through meticulous tracking and analysis, I ensured that our manufacturing processes operated seamlessly, meeting or exceeding established performance targets.3. Conducting Trials, Delivering Training, and Providing Expert Supervision:I played a pivotal role in conducting trials, an integral step in exploring and implementing new production methods or technologies. Additionally, I actively engaged in training initiatives, equipping our team with the necessary skills and knowledge to excel. My supervision was a cornerstone of our operations, ensuring that all aspects of production adhered to the highest standards of quality, safety, and efficiency.In summary, my tenure within the Manufacturing Engineering Department was marked by my unwavering dedication to enhancing production processes, fostering continuous improvement, and upholding the esteemed reputation of Nike's Best Practices. Through my multifaceted contributions, I contributed to the realization of superior manufacturing outcomes and played a significant role in driving the department's success. Show less

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  Sttn-batan

  Oct 2017 - Jan 2019

  Assistant lecturer

  While completing my master's program, I took on the role of an assistant lecturer of practical radiation measurement and detection. In this capacity, I successfully executed vital responsibilities, including:1. Guiding Students through Lab Tests and Research:I provided valuable assistance to students as they navigated through lab tests and research projects. My role involved clarifying concepts, addressing queries, and offering guidance to ensure a comprehensive understanding of the subject matter.2. Instrument Preparation and Management:I meticulously prepared and managed the instruments necessary for radiation measurement and detection experiments. This encompassed ensuring equipment readiness, calibration, and proper functioning to facilitate smooth lab sessions.3. Adherence to Procedures, Policy, and Health, Safety, and Environment (HSE) Standards:I upheld stringent adherence to established procedures, institutional policies, and stringent Health, Safety, and Environment (HSE) guidelines. This commitment ensured a secure and conducive learning environment for both students and staff.4. Thorough Documentation and Workspace Maintenance:Recognizing the importance of organized operations, I diligently documented all activities, including experiment setups, results, and observations. Furthermore, I actively maintained a clean and organized workspace, promoting an efficient and safe laboratory environment.5. Comprehensive Student Performance Evaluation:I assessed student performance comprehensively, evaluating their progress through both scientific reports and attendance. By meticulously reviewing and analyzing their work, I generated accurate and informative performance scores, contributing to a fair and transparent assessment process.My multifaceted contributions as an assistant lecturer underscore my commitment to fostering a conducive educational environment, instilling best practices, and facilitating meaningful learning experiences for students. Show less

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  Research unit of plasma technology for high-performance materials development

  Jan 2019 - Apr 2024

  Graduate research student

  I was enrolled as a full-time master's continuing Ph.D. student in the Research Unit of Plasma Technology for High-Performance Materials Development Laboratory. My work focuses on two exciting projects aimed at pushing the boundaries of materials science and plasma technology: (a) Elevating Uranium Adsorption with Novel Cubic-Bicontinuous Mesoporous Silica and (b) Advancing Atmospheric Dielectric Discharge Plasma for Mesoporous Silica Modification.These projects collectively expose my dedication to pushing the boundaries of materials science, exploiting plasma technology, and contributing to the development of high-performance materials. I am excited about the potential impact of my research on both the scientific community and real-world applications. Show less

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  Synchrotron light research institute,

  Nov 2021 - Oct 2023

  Research assistant

  In the safety division of a prominent 1.2 GeV synchrotron facility, I played a key role in developing an advanced radiation monitoring system for the next 3 GeV source to enhance safety for researchers, staff, and the environment.We recognized the need for an upgraded radiation monitoring system to accurately detect and quantify radiation levels throughout the facility. Our goal was to ensure real-time data availability, precise measurements, and timely alerts for abnormal radiation levels. This new system had to seamlessly integrate with the facility's infrastructure, guarantee reliable operation, and facilitate swift decision-making to ensure everyone's safety.Our team embraced a comprehensive and strategic approach, collaborating closely with engineers, physicists, and software developers. We worked on the following actions:a. Conducted a thorough assessment of the existing radiation monitoring system, identifying its limitations and areas for improvement.b. Collaborated with engineers to design and prototype a state-of-the-art radiation detection system utilizing advanced sensors and detectors.c. Employed technical proficiency to develop algorithms and software interfaces that enabled real-time data acquisition, analysis, and visualization.d. Ensured seamless integration of the new system with the synchrotron facility's infrastructure, optimizing its performance while adhering to stringent safety protocols.e. Conducted the testing and validation phase, simulating various radiation scenarios to ensure accurate readings and timely alerts.f. Developed comprehensive training materials and conducted workshops to educate facility personnel on the operation and benefits of the new system.The new design's successful integration with the facility's infrastructure has streamlined operations and has garnered recognition within the scientific community, positioning the synchrotron facility as a leader in radiation safety. Show less

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  The national research and innovation agency of the republic of indonesia

  May 2024 - Apr 2025

  Postdoctoral researcher

  I have completed my postdoctoral program through two major research projects. The first focused on developing supervised machine-learning models to categorize and predict uranium adsorption capacity under various process parameters, which marked the initiation movement to introduce machine learning in radioactive waste management. The second involved sorption and diffusion studies of radiocesium in soil samples from the Ibu Kota Nusantara region. This research topic was supported by the RIIM-LPDP program which Dr. Hendra Adhi Pratama is the project leader. Together, these works strengthened my expertise in environmental radiochemistry, adsorption processes, and data-driven analysis for nuclear-related environmental assessment. Show less

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  The national research and innovation agency of the republic of indonesia

  Jun 2025 - now

  Associate researcher

  Research Center for Nuclear Materials and Radioactive Waste TechnologyResearch Organization for Nuclear Energy