Engineering Ideas into Reality

Completed an industrial internship focused on preventive maintenance, inspection, and reliability of rotating equipment at a production plant. Gained hands-on experience working alongside a professional maintenance team in accordance with SOPs and occupational safety standards.

• Performed preventive maintenance on more than 10 industrial pump units (centrifugal and rotating equipment) in accordance with SOPs and occupational safety standards.
• Conducted initial diagnostics and troubleshooting on more than 5 mechanical failure cases, including abnormal vibration and pump performance degradation.
• Interpreted P&ID and assembly drawings to support assembly and inspection of more than 8 pump components in compliance with manufacturer specifications.
• Collaborated with a maintenance team of 5–7 technicians during routine inspections, equipment condition reporting, and on-site repairs.

Actively participated as a member of the Religious Affairs Division of HMM-FT, involved in organizing religious and social programs including condolence visits, weekly Quranic recitation sessions, disaster relief fundraising, and social package distribution in collaboration with Rumah Amal USK.

• Organized 3 major social activities, including the distribution of more than 100 Ramadan iftar packages for students and surrounding communities.
• Organized a Ramadan iftar gathering with alumni and the extended family of USK Mechanical Engineering students as a form of strengthening intergenerational bonds.
• Prepared and distributed more than 20 religious and moral information contents through internal platforms and organizational social media channels.
• Conducted a monthly Quran recitation program (Yasinan) throughout the term of service as an effort to foster spiritual development among association members.

Studied Mechanical Engineering at Syiah Kuala University with a focus on thermal systems, machine maintenance, and mechanical design. Graduated with a GPA of 3.46 / 4.00.

• Completed undergraduate thesis with a theoretical study on the utilization of a LiBr-Water Absorption Cooling System to optimize thermal comfort in the Mushalla Space at the Ie Suum Tourist Area, Aceh Besar.