Specializing in Manufacturing Operations, Automotive Compressor Assembly, Precision Quality Verification & Biomechanical Safety Research.
Mechanical Engineering graduate from Universitas Syiah Kuala (Concentration in Production and Machining). Experienced in tier-1 automotive manufacturing, high-speed automated filtration lines, pressure and helium leakage testing, calibrated torque verification, and additive 3D prototyping.
I am a Mechanical Engineering graduate with a strong focus on Production, Machining, and Advanced Manufacturing Operations. My career has bridged theoretical engineering principles with direct physical execution on international factory floors.
At Filtrona Filters Hungary Kft., I operate high-velocity KDF machinery, perform continuous Manufacturing Execution System (MES) logging, and conduct dimensional verification using QTM metrology apparatus. Previously at MAHLE Compressors, I specialized in multi-station automotive Continuous Variable Capacity (CVC) compressor assembly for global OEMs (BMW, PSA, Honda, Ferrari), ensuring zero-leakage via helium tracer gas testing and calibrated torque compliance.
In academic research, I investigated motorcycle rider biomechanical safety through Head Impact Power (HIP) and Head Injury Criterion (HIC) modeling, complemented by additive manufacturing of custom sensorized anatomical skull prototypes.
Verified experience in high-speed automated production and precision automotive assembly in Hungary.
Filtrona is a global market leader in specialized industrial manufacturing and high-speed filtration solution development, operating automated high-volume lines to supply international industrial partners.
MAHLE is a tier-1 global automotive supplier. The Balassagyarmat plant specializes in precision assembly of Continuous Variable Capacity (CVC) automotive air-conditioning compressors for global automotive OEMs (including BMW, PSA, Honda, Ferrari).
Comprehensive technical understanding and shop-floor execution across specialized assembly stations.
Controlled lubricant charging in compressor assembly. Ensures exact fluid volume metering to guarantee internal mechanical lubrication, prevent friction wear, and secure operational reliability.
Automated leak testing using tracer gas vacuum chambers to verify hermetic sealing integrity. Critical for quality verification and preventing refrigerant leakage in closed-loop systems.
Calibrated torque verification during compressor assembly and testing. Ensures bolted joints and pressurized housings conform strictly to engineering specifications.
Component lubrication, accurate positioning, and insertion within the assembly process. Guarantees smooth displacement control valve response in variable capacity compressors.
Component installation and retention procedures in mechanical assemblies. Calibrated shimming establishes required axial tolerances, while seeger rings securely retain parts under rotational loads.
Dial indicator verification of axial play in rotating shafts. Prevents rotor binding, excessive vibration, and premature bearing fatigue under high operating temperatures.
Automated multi-spindle screw tightening operations with programmed cross-pattern torque sequences and lubrication verification essential for structural casing containment under extreme operational refrigerant pressures.
Undergraduate biomechanical research and additive manufacturing applications at Universitas Syiah Kuala.
Undergraduate thesis research evaluating head injury risk using dynamic Head Impact Power (HIP) and Head Injury Criterion (HIC). Involved developing an experimental human skull prototype equipped with velocity and multi-axis acceleration sensors to record impact dynamics during drop-tower mechanical testing.
Additive manufacturing project producing an anatomically accurate physical human skull model for physical impact experimentation. Connected digital surface mesh slicing with physical layer-by-layer extrusion, material density calibration, and post-processing inspection.
Bachelor's Degree in Mechanical Engineering (Sarjana Teknik - S.T.)
Led and coordinated the student association's programs, supported member communication, managed organizational divisions, built stakeholder relationships, and encouraged active participation in academic engineering activities.
Participated in student resource development activities, inter-departmental stakeholder coordination, and student empowerment initiatives within the Faculty of Engineering.
Contributed to department fundraising activities, financial records, organizational merchandise management, and sales distribution.
Open to connecting with engineering professionals, manufacturing teams, and organizations seeking mechanical engineering expertise, production line excellence, and continuous improvement.