Curriculum Vitae
Izzat Qolbi Hendrinov
Media Social
Final-year Mechanical Engineering student with a strong passion for sustainability and energy innovation. Experienced in renewable energy research, engineering analysis, and data-driven problem-solving. Proven ability to develop practical, scalable solutions aligned with global energy transition goals. Committed to driving impact through critical thinking, interdisciplinary collaboration, and innovative approaches.
Juli 2025
Universitas Indonesia
S1 • Mechanical Engineering • IPK 3.36
Februari 2025 - Mei 2025
Corporate ESG
Astra Financial • Magang
Co-authored the Sustainable Finance Playbook impacting 9 business units, ensuring regulatory alignment with OJK SEOJK No. 16/SEOJK.04/2021, IFRS S2, and TCFD disclosure framework. Performed gap analysis across 23 sustainability KPIs to improve ESG scoring by 17% (internal benchmark).
Juni 2024 - Oktober 2024
Engineering and Technology
PT Perusahaan Gas Negara Tbk • Magang
Re-engineered evaporator shell-and-tube heat exchanger using ASME Section VIII Division 1, improving heat transfer effectiveness by 13%.Conducted FEA-based assessment on a DN400 gas pipeline with 80.6% metal loss, recommending Type B Steel Sleeve Repair based on ASME B31.8S and API 1104; mitigated risk of critical rupture under 55 bar pressure.Validated stress levels and fatigue cycles of nozzle-tube junctions using WRC-107 methodology.
Maret 2024 - Mei 2024
Production and Operation DTEC
PT Pertamina Hulu Energi • Magang
Simulated and recommended BB3-type horizontal centrifugal pump (API 610, OH2) to inject 1548.53 USGPM at 1520.81 ft head, increasing reservoir pressure stability by 24%. Modelled motor pump system using affinity laws and proposed transformer upgrade (10.5 MVA → 28 MVA) based on peak load projection using IEC 60076. Proposed water injection redesign reducing expected scaling by 18% using historical water chemistry data.
Januari 2024 - Februari 2024
Mechanical Researcher
Lentera Bumi Nusantara • Magang
Designed taperless HAWT blade (2.3m span, 3-blade rotor) with 8.5% higher TSR efficiency vs baseline, integrated with 500W axial flux SkyDancer generator. Engineered and installed 600Wp monocrystalline PV array, optimized at 17.1% panel efficiency, generating 15.2 kWh/day under GHI 5.3 kWh/m²/day.