Indarta Aji Email & Phone Number

Jakarta, Indonesia

- Create new business opportunities to grow the company’s business in SEA, focusing on new and renewable energy sectors; nuclear power, hydrogen, energy storage (battery and molten salt heat storage), and electric vehicles.- Making guidelines and expert insights in developing plans for constructing nuclear power under Indonesian regulations and readiness.- Planning and setting up a lithium-ion battery factory involves careful planning across various stages to ensure quality production, safety, and efficiency.-Design and develop battery technology suitable for the Indonesian market (Electric Vehicle and Energy Storage System).-Consider environmental sustainability in battery production and disposal, aligning with Indonesia's environmental policies and global trends towards eco-friendly products.-Ensure compliance with Indonesian regulations and standards for battery safety, performance, and environmental impact.

Indonesia

- Serving as a key technical spokesperson for the company, communicating the value, potential, and progress of the company technology to government agencies, and stakeholders.- Supervising students in developing and operating a molten salt loop at the Bandung Institute of Technology, Indonesia.- Supervising students at the University of Jember, Indonesia, to conduct neutronic modeling and simulation studies using the neutronics code 'OpenMC'.

Japan

- Realizing and operating a molten salt loop prototype for research purposes on physical phenomena such as natural circulation and safety.- Leading R&D initiatives for core Molten Salt Reactor components, such as reactor core design, heat exchangers, pump, freeze valves, instrumentation & control system, and salt chemistry.- Establishing strategic partnerships with research institutions, universities, national laboratories, and industry experts. Collaborating on joint R&D efforts, knowledge-sharing initiatives, and co-developments to advance Molten Salt Reactor technology.-Monitoring Industry Trends and Competitor Activity by keeping abreast of developments in nuclear technology, Molten Salt Reactor advancements, and competitor progress.

Tokyo, Japan

Reactor Physics;- Developing detailed models of micro molten salt reactor (M-MSR) to simulate neutron behavior, reactor core performance, and fuel cycle parameters using neutronic code.-Analyzing reactor physics parameters, such as neutron flux distribution, keff (effective multiplication factor), and reactivity, to ensure efficient and stable reactor operations.- Evaluate reactor behavior under normal and accident conditions. This includes assessing shutdown reactivity, feedback coefficients, and response to transients to ensure safety compliance.Molten Salt Reactor Prototype 3D Design;-Creating detailed 3D models of the molten salt loop prototype, including pipes, pumps, heat exchangers, and other essential components, using CAD software.-Setting up the 3D printer, including calibration for accuracy and precision. Converting CAD models to 3D printer-compatible files (e.g., STL, OBJ), and optimizing print settings (layer height, infill density, support structures) to achieve the best balance between strength, detail, and printing time.

Jakarta, Indonesia

-Provide training programs and workshops for mechanics and entrepreneurs interested in electric motorcycle conversion, covering technical skills, safety protocols, and business management.-Forge partnerships with automotive workshops and EV enthusiasts to leverage existing infrastructure, expertise, and market networks.-Engage with policymakers and industry associations to raise awareness about the benefits of electric motorcycle conversion and address regulatory barriers hindering their widespread adoption.

Fukuoka, Japan

-Build a small scale of the FLiNaK loop and conduct comprehensive testing to validate design concepts and evaluate system reliability, safety, and efficiency.-Develop instrumentation for monitoring key parameters such as temperature, pressure, flow rates, and salt composition, to regulate loop operation and maintain safe operating conditions.-Analyze the chemical reactions occurring within the molten salt loop to predict and prevent corrosion.-Develop strategies to mitigate corrosion through chemical additives or surface treatments.

Bandung, West Java, Indonesia

-Perform neutronic calculations and simulations to optimize the core design of the Molten Salt Reactor, aiming to efficiently burn nuclear waste.-Explore various fuel configurations, moderator materials, and control mechanisms to achieve the desired neutron economy and burnup rates in the Molten Salt Reactor.

Doctor Of Philosophy - Phd, Mechanical Engineering

-Conducted rigorous verification and validation studies, comparing simulation results with experimental data to ensure the fidelity.

Master Of Science - Ms, Physics

-Developed and implemented point kinetics models to simulate the transient behavior of Molten Salt Reactors (MSRs), enabling accurate.

Bachelor Of Science - Bs, Physics

-Developed and evaluated nuclear waste management strategies tailored to the unique characteristics of MSRs, including the management.