Education & Experience

Tepper School of Business, Carnegie Mellon University — Pittsburgh, PA

• GPA: 4.11 (A+ scale) · GRE Quant: 168/170 · LPDP (Indonesia Endowment Fund for Education) Scholar
• Relevant coursework: Managerial & Global Economics, Optimization, Statistical Decision Making, Corporate Finance, Energy Finance, AI Methods for Data, Sustainable Finance, Probability & Statistics, Modern Data Management
• Teaching Assistant — Finance I (2025) and Managerial Economics (2026); Tutor — Probability & Statistics, Accounting, Operations (2025)
• Memberships: Graduate Finance Association, Adam Smith Society, Energy and Clean Tech

Institut Teknologi Bandung (ITB) — Bandung, Indonesia

• Honors: SPE Student Paper Contest Finalist ("Optimization of Net Present Value Using Managed Water Loop Algorithm"); National Doctoral Forum Presenter
• Thesis published in the ITB Digital Library and presented at the SPE Forum, Beijing, 2012
• Memberships: Petroleum Engineers Student Association, Society of Petroleum Engineers

Carnegie Mellon University — Tepper School of Business

• Built an optimization model using hourly CAISO price data and a Hodrick-Prescott filter to analyze hydrogen production timing and storage requirements.
• Found that operating electrolyzers at 30% capacity minimized average input cost while maintaining feasible storage levels — an early finding that this research later developed further (see Research).

Carnegie Mellon University — Tepper School of Business · Capstone Project

• Validated technical and economic parameters (round-trip efficiency, depth of discharge, degradation, augmentation, OPEX) using industry and second-life data.
• Built a dynamic LCOS valuation model comparing zinc-bromide and lithium-ion (LFP) storage technologies, linking technical performance to financial outcomes for commercialization and investor-readiness analysis.

Pertamina Hulu Energi OSES · Internal study

• Conducted a technical-economic assessment of converting electrical submersible pumps to gas lift and reusing flare gas, weighing energy consumption against emission reduction to support operational decision-making.

CNOOC SES Ltd. & Starborn Chemical Company

• Evaluated chemical treatments to maintain polymer viscosity during enhanced oil recovery, identifying an effective additive combination (150 ppm S-9119, 100 ppm S-9363) to stabilize viscosity and reduce water cut.
• Published case study — Indonesian Petroleum Association

Institut Teknologi Bandung

• Created simulation-based algorithms to manage downhole water flow and improve oil recovery efficiency, evaluating economic impact via NPV comparison between conventional and downhole water loop wells.
• Finalist, SPE Student Paper Contest; presented at the National Doctoral Forum, Beijing.

Pertamina Hulu Energi OSES — Jakarta, Indonesia

• Performed DCF, NPV, and IRR investment analyses for multi-million-dollar well programs, including a $30 million development-drilling campaign.
• Led a cross-disciplinary Artificial-Lift Conversion Study (ESP to Gas Lift with Flare Reuse), identifying $15 million in potential savings from improved efficiency and energy-use optimization.
• Applied data analytics and statistical monitoring (SCADA, Oracle, PowerBI) across a 165-well, $85 million annual-budget portfolio to reduce downtime.
• Coordinated multi-disciplinary teams (3 operator groups, 12 staff) for field-wide operations and maintenance programs, and served on a $1.5 million Exploration Well Artificial-Lift Contract Team.
• Mentored junior engineers and student trainees on production analysis and cost modeling.

CNOOC SES Ltd. — Jakarta, Indonesia

• Served as acting Petroleum Engineer Specialist within the Management Development Program, contributing to long-term planning and project valuation.
• Monitored 300 wells across 19 offshore platforms ($115 million operations) using SCADA and PowerBI dashboards to inform budget allocation and production targets.
• Managed well-work programs valued at $0.5–2 million and led a $9 million pilot Enhanced Oil Recovery (EOR) project combining simulation and field testing.
• Analyzed a 90 MW field power system to identify maintenance and fuel-cost reduction opportunities through process-efficiency modeling.