Randy Pratama, Ph.D Email & Phone Number

Edmonton, AB, CA

Canada

• 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%.

Canada

• 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.

Canada

• 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.
• 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

Indonesia

• 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.

Indonesia

• 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.

Indonesia

• 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.

Indonesia

• 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.

Indonesia

• 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.

Indonesia

• 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.

Doctor Of Philosophy - Phd, Petroleum Engineering

PhD Dissertation: Post-SAGD Efficiency Improvement

Master Of Science (M.Sc.), Petroleum Engineering

MSc Thesis: Effect of Temperature, Phase Change, and Chemical Additive on Interfacial Properties and Performance of Steam Applications.

Bachelor Of Science (B.Sc.) (Abet Accredited), Petroleum Engineering, A

Activities and Societies: Petroleum Engineering Students Organization (HMTM PATRA ITB): Chief of Society Service Division. Managed 11.