▪ Analyze operational issues in the Continuous Catalyst Regeneration (CCR) process, focusing on the centrifugal compressor’s oil mist lubrication system.▪ Discover the root-cause that caused the oil mist lubrication system to remain idle.▪ Gain knowledge of maintenance procedures for rotating equipment, including alignment, balancing, and steam purging, also identifying early signs of failure indicated by vibration, pressure, and thermal variations.▪ Gain experience in implementing HSSE standards in the refinery unit.

▪ The first ever formula student team from Indonesia to test and showcase the car at the Mandalika Circuit▪ Lead the first team from Indonesia to qualify and compete in Formula Student Spain at the Circuit de Barcelona-Catalunya▪ Represent the team as the technical lead and driver▪ Lead a team of 23 members, supervising the design, development, and testing phases▪ Responsible with the 3D CAD assemblies and 2D engineering drawings▪ Enhance powertrain performance by 23%, leading to a significant improvement in engine output▪ Improve aerodynamic efficiency by 37%, achieving higher downforce while minimizing drag penalty▪ Design the suspension kinematics, significantly increase the contact patch of the tyre by almost 50%▪ Develop an ergonomic steering wheel, reducing driver effort and enhancing control during races▪ Reduce the mechanical inspection time by 50% during the competition▪ Diagnose and resolve critical powertrain issues during competition through engine remapping within strict timeframe

▪ Lead three members as Head of Aerodynamics▪ Represent Bimasakti in international events as Aerodynamics Lead (Italy—2023, Netherlands—2022)▪ Conducted over 50+ full-scale CFD simulations of an FSAE car to optimize aerodynamics, resulting in a 20% increase in aerodynamic efficiency.▪ Collaborate with fellow engineering students to develop and manufacture a high-performance racing vehicle bodyworks from concept to completion▪ Contribute to various aspects of the project, including mechanical design, aerodynamics, ergonomics and powertrain▪ Utilize software and tools, such as Inventor and ANSYS for design, simulation, and analysis purposes▪ Gain practical experience with machining and composite materials▪ Validate CFD simulations by comparing streamline data with on-track performance, achieving similarities between simulation and real-world behavior.▪ Engage with industry professionals, judges, and other Formula Student teams during competitions, creating valuable networking opportunities.

▪ Assisted 80+ students with laboratory equipment and technical guidance, ensuring smooth operation of experiments and projects.▪ Operate, maintain, and demonstrate 3 types of machines (lathe, milling, and welding), ensuring equipment readiness and minimizing downtime.▪ Assist in collecting experimental data and aided in data analysis, such as tolerance, surface roughness, etc.▪ Enforce safety protocols consistently, resulting in zero incidents during laboratory operations.

▪ Gain fundamental knowledge in Aerodynamics, Mechanics, and Mechatronics during a comprehensive four-month learning period.Transform acquired knowledge into practical design projects, including:▪ Designing a front wing, applying fluid dynamics principles to optimize aerodynamic efficiency.▪ Designing the frame design of an FSAE car, ensuring structural integrity and optimal performance.▪ Crafting a line follower Arduino robot, demonstrating skill in integrating mechanical component with intelligent electronics.▪ Designing an IoT hydroponic planting system in a team as a form of community service.

Selected among 1000+ students in Indonesia to be one of the 40 mentees who receive self-development, personal branding, and project-based awareness