Courses:• PET E 471 - Enhanced Oil Recovery• PET E 496 - Petroleum Engineering Design Project• PET E 550 - Characterization of Subsurface Reservoirs• Assisted 100+ students in coursework, achieving in 100% course completion rate.• Delivered lectures to 100+ students, improving proficiency in reservoir engineering and petroleum software programs (CMG, Val Nav, AccuMap) by over 80%.• Graded 500+ assignments and exams, maintaining a consistent grading benchmark across all coursework.

• Mentored 100+ students through assigned petroleum engineering projects to ensure clear objective and timelines, achieving a more than 90% project success rate.• Collaborated with students throughout the execution phase, providing assistance and technical support in overcoming project challenges, leading to effective student project completion.• Assisted students in writing and presenting their project deliverables, and providing review and feedback to the project outcomes, ensuring clear communication of results.

Deeply engaged and worked in investigating post-SAGD (Steam-Assisted Gravity Drainage) efficiency improvement strategies by establishing more energy-efficient and zero greenhouse gas (GHG) emission recovery methodology in achieving a more sustainable hydrocarbon production. Research Areas:• Phase distributions and fluid flow in porous media• Reservoir rock wettability alteration mechanisms• Surface/interfacial chemistry and intermolecular forces on rock-oil-steam system• Chemical EOR in sandstones and carbonates• Nanoparticles for EOR and Thermal EOR• Steam injection efficiency improvements, including steamflooding and SAGD/Post-SAGD• Steam-solvent(s), pure solvent(s), and CO2 injection for heavy-oil recovery.Key Responsibilities:• Collaborated with laboratory staff/technicians to manage 8 laboratory setups, ensuring efficient experimental planning and seamless execution.• Comprehensively studied 20+ steam additives and solvents for improved steam injection/SAGD applications, including development of a new chemical additive for sustainable heavy-oil recovery.• Established a zero-emission, high-efficiency methodology for mature stage SAGD recovery improvement.• Conducted 150+ studies on rock-oil-steam interfacial chemistry and intermolecular forces.• Developed and conducted 2-D visualization experiments (Hele-Shaw and micromodel) to investigate chemical additives and solvent(s)-to-fluid interactions and phase distribution in porous media.• Performed extensive reservoir dynamics experimental studies to investigate chemical additives and solvents performance in enhancing oil recovery through high-pressure-high-temperature spontaneous imbibition and core-flooding experiments.• Presented research findings and engaged with the Industrial Research Chair (IRC), consulting and influencing research project directions and future research plans.•Disseminated research outcomes through high-impact technical conferences and Q1 peer-reviewed journals.

Key responsibilities:• Developed comprehensive business planning reports for corporate heavy-oil assets, supporting strategic analysis and decision-making.• Led forecasting efforts and collaborated with 10+ heavy-oil asset teams, including production, capital, and operating expenditure assessments.• Established collaboration and guided asset teams in project development, offering key technical insights and advice on proposals.

• Performed reserve estimations for 20+ fields as a qualified reserves estimator (QRE), ensuring accuracy in annual documentation impacting US$ 700+ million in financial planning.• Collaborated with cross-functional teams to lead strategic planning and forecasting for 5+ heavy-oil steam flood projects, enhancing the accuracy of the 5-year timeline and aligning with corporate objectives.• Enhanced performance of 10+ heavy-oil assets through improved decline curve analysis, new asset history matching, and revised decline models.• Conducted forecast methodology alignment with business plans, supporting simultaneous decision analysis to optimize project schedules and cost estimations.

• Collaborated with cross-functional team to exceed production targets by 5% while managing 5 fields in the Central Sumatra Basin, including reactivating 3 idle fields to enhance production by 3,000 barrels per day.• Worked with geologists and geophysicists to implement successful infill wells (60+ wells) and EOR projects, adding 840,000 barrels annually and increasing recovery by 5%.• Optimized reservoir management across 5+ fields, improving efficiency in primary and waterflood fields by 10% through pilot projects and completing 100+ annual workover jobs.• Supervised and mentored 10+ internship students, fostering professional development in heavy-oil operations.

• Collaborated with multidisciplinary teams to manage production and operations for 20+ light-oil fields in Central Sumatra Basin, coordinating surveillance and overseeing 6,000+ wells.• Increased production by 15% and well profitability by 25% through artificial lift system optimization and comprehensive reviews.• Led planning and execution, and worked closely with drilling and wellwork teams to manage 16 workover rigs, ensuring streamlined operations and enhanced well reliability.• Implemented 2 lean sigma projects annually, driving production and operations excellence.

• Collaborated with asset teams to manage and execute downhole squeeze scale treatment (DSST) projects across 10+ heavy-oil fields, ensuring thorough technical analysis and successful implementation.• Evaluated technical and economic feasibility and consulted with assigned mentor for 20+ DSST initiatives, driving informed decision-making processes.• Developed an innovative empirical formula to predict polyphosphate concentration over time, enhancing operational accuracy across 20+ projects.

Courses: • TK3081: Thermodynamics• TM3104: Production Engineering• TM3206: Artifical Lift DesignKey Responsibilities:• Assisted 100+ students in coursework, achieving in 100% course completion rate.• Graded 300+ assignments, maintaining a consistent grading benchmark across all coursework.