Jaebum Park is an engineering researcher whose academic journey brings together Mechanical Engineering, Petroleum Engineering, Statistics, Data Science, Fluid Dynamics, and Energy Research. He is a Postdoctoral Fellow connected with the Hildebrand Department of Petroleum and Geosystems Engineering at the University of Texas at Austin. His research focuses mainly on Enhanced Oil Recovery, Interfacial Fluid Dynamics, Surface Chemistry, and Carbon Capture, Utilization, and Storage. What makes Jaebum Park’s academic profile especially interesting is the way his earlier work in Fluid Mechanics and Thermal Engineering connects with his later research on complex reservoir fluids and energy systems. His career has included study at Seoul National University and UT Austin, academic publications, work involving industrial applications, and collaboration with major research groups. As of 2026, his professional profile reflects a researcher working across both fundamental science and practical Energy Engineering problems.
Quick Bio Information
| Information | Details |
|---|---|
| Full Name | Jaebum Park |
| Profession | Engineering Researcher |
| Current Position | Postdoctoral Fellow |
| University | University of Texas at Austin |
| Department | Hildebrand Department of Petroleum and Geosystems Engineering |
| Main Field | Petroleum And Geosystems Engineering |
| Research Focus | Enhanced Oil Recovery |
| Research Area | Interfacial Fluid Dynamics |
| Research Area | Surface Chemistry |
| Energy Research | Carbon Capture, Utilization, And Storage |
| Ph.D. | Petroleum And Geosystems Engineering |
| Ph.D. Year | 2024 |
| Data Science Degree | M.S. In Statistics And Data Science |
| Data Science Degree Year | 2023 |
| Mechanical Engineering M.S. | Seoul National University, 2013 |
| Undergraduate Degree | Mechanical And Aerospace Engineering |
| Undergraduate University | Seoul National University |
| Undergraduate Year | 2011 |
| Industry Research Connections | Samsung And Hilcorp |
| Earlier Research Experience | Korea Institute Of Machinery And Materials |
The education, position, and research information above is supported by Jaebum Park’s research-group profile at UT Austin.
Who Is Jaebum Park?
Jaebum Park is a multidisciplinary researcher whose work sits at the meeting point of Fluid Science and Petroleum Engineering. His professional development did not begin directly with oil reservoirs. Instead, his earlier education centered on Mechanical and Aerospace Engineering, followed by advanced Mechanical Engineering research. This gave him a strong foundation in Fluid Mechanics, Heat Transfer, Surface Phenomena, and engineering systems. He later moved into Petroleum and Geosystems Engineering at UT Austin, where those scientific foundations could be applied to reservoir fluids, Enhanced Oil Recovery, and related energy technologies. That progression helps explain why his publication history includes topics ranging from Electrowetting and Thermosyphons to Surfactant-Brine-Oil Phase Behavior. Rather than representing unrelated fields, these subjects share an important theme: understanding how fluids move and interact under different physical conditions.
Current Role At UT Austin
Jaebum Park’s current academic work is associated with the University of Texas at Austin, one of the major U.S. institutions for Petroleum and Geosystems Engineering research. His research-group biography identifies him as a Postdoctoral Fellow and states that his current interests include Enhanced Oil Recovery, Interphase Fluid Dynamics and Surface Chemistry, and Carbon Capture, Utilization, and Storage. His work therefore covers both established Petroleum Engineering questions and areas increasingly important to future Energy Systems. A separate UT Austin page for 2026–27 also describes Park as a Petroleum Engineering postdoc and UT alumnus, providing current confirmation of his continued involvement in the university community. That page additionally lists him as Service Coordinator for EChO during the 2026–27 year, showing that his connection to UT extends beyond laboratory research alone.
Education And Academic Journey
Jaebum Park’s educational background shows a gradual expansion from Mechanical Engineering into Data Science and Petroleum Engineering. He earned a B.S. in Mechanical and Aerospace Engineering from Seoul National University in 2011 and an M.S. in Mechanical Engineering there in 2013. He later studied at the University of Texas at Austin, completing an M.S. in Statistics and Data Science in 2023 and a Ph.D. in Petroleum and Geosystems Engineering in 2024. This combination is notable because modern Energy Engineering increasingly depends on both physical understanding and quantitative analysis. Mechanical Engineering provides the principles needed to understand Fluid Flow and Heat Transfer, while Statistics and Data Science provide methods for interpreting experiments, evaluating uncertainty, and working with complex datasets. Petroleum Engineering then applies these skills to questions involving reservoirs, production, recovery processes, and underground fluid behavior.
From Mechanical To Petroleum Engineering
The movement from Mechanical Engineering to Petroleum Engineering is a logical one when viewed through Jaebum Park’s research history. Mechanical Engineering deals deeply with forces, motion, energy, heat, and Fluid Dynamics. Petroleum Engineering relies on many of those same principles but applies them to fluids moving through underground rock formations and production systems. Park’s earlier publications explored Liquid Interfaces, Electrowetting, Heat Transfer, and the behavior of drops on surfaces. These topics provide useful scientific foundations for studying reservoir fluids because oil recovery is also strongly affected by Fluid Interfaces, Wettability, Pressure, and interactions between liquids and solid surfaces. His later work therefore represents an application and expansion of earlier expertise rather than a complete break from it. This continuity is one of the clearest themes in the Jaebum Park Academic Profile.
Research Areas And Expertise
Jaebum Park’s current research can be understood through several closely connected areas. Enhanced Oil Recovery examines ways to recover hydrocarbons that remain in reservoirs after conventional production methods become less effective. Interfacial Fluid Dynamics studies the behavior of fluids at boundaries where one material meets another. Surface Chemistry looks at chemical and physical interactions occurring at those boundaries, while Carbon Capture, Utilization, and Storage focuses on technologies that manage captured Carbon Dioxide through use or underground storage. These areas are closely related because underground reservoirs often contain several fluids interacting simultaneously with porous rock. Understanding how those fluids move, separate, mix, or change surface behavior can contribute to both improved reservoir management and effective subsurface CO2 storage. Park’s research profile therefore reflects a broader interest in Multiphase Flow and Fluid-Surface Interactions.
Enhanced Oil Recovery Research
Enhanced Oil Recovery, commonly called EOR, is one of the strongest themes in Jaebum Park’s Petroleum Engineering work. Conventional extraction does not recover every portion of oil contained within a reservoir, so engineers investigate additional methods designed to change Fluid Mobility, Interfacial Behavior, or displacement efficiency. Park’s 2022 work with Kishore Mohanty examined the design of Surrogate Oils for Surfactant-Brine-Oil Phase Behavior. Their research studied how gas and Toluene affect Phase Behavior and how a Surrogate Oil can be designed to better represent Live Oil during laboratory testing. The study compared modeling approaches involving Equivalent Alkane Carbon Number and HLD-NAC calculations with experimental information. This work has practical value because realistic laboratory fluids can improve researchers’ ability to study Chemical EOR systems under controlled conditions.
Fluid Dynamics And Surface Chemistry
Interfacial Fluid Dynamics has been part of Jaebum Park’s work since well before his Petroleum Engineering doctorate. A 2016 Physics of Fluids paper, co-authored by Park, investigated Interfacial Waves created by Electrowetting-driven Contact Line Motion. Electrowetting involves changing how a liquid behaves on a surface by applying an electrical potential. Although this research comes from a different application area than Oil Recovery, the underlying physics remains relevant: liquids respond to forces at interfaces and surfaces. Reservoir Engineering also requires detailed understanding of interfaces among Oil, Water, Gas, and Rock. Surface properties can influence whether a liquid spreads, remains trapped, or moves through small spaces. Park’s long-standing work on Liquid Interfaces therefore provides a strong scientific link between his Mechanical Engineering research and his later interest in Multiphase Reservoir Systems.
Carbon Capture And Storage
Carbon Capture, Utilization, and Storage, usually shortened to CCUS, is another current research area listed in Jaebum Park’s academic biography. CCUS involves capturing Carbon Dioxide and finding ways either to use it or store it securely, including in suitable underground geological formations. Petroleum and Reservoir Engineers can contribute important expertise because underground CO2 storage involves questions about pressure, Fluid Flow, Rock Properties, trapping, and interactions between multiple phases. Park’s existing background in Multiphase Flow and Interfacial Chemistry is therefore relevant to this broader area of Energy Research. His profile does not provide detailed public descriptions of every CCUS project he is involved in, so it would be inaccurate to claim specific results that have not been published. What can be confirmed is that CCUS forms part of his stated current research direction.
Work With Ryosuke Okuno
Since 2025, Jaebum Park has been working in collaboration with Professor Ryosuke Okuno, according to his research-team biography. This stage follows the completion of Park’s Ph.D. at UT Austin in 2024 and represents the next phase of his academic career. Postdoctoral research usually provides researchers with an opportunity to deepen specialized expertise, publish additional work, and develop greater independence in research. In Park’s case, his stated areas continue to center on EOR, Interfacial Fluid Dynamics, Surface Chemistry, and CCUS. The collaboration is particularly relevant because it places his earlier experience with Multiphase Flow, Chemical Systems, and reservoir-related experiments within an ongoing Petroleum and Geosystems Engineering research environment. As his postdoctoral work develops, these themes provide the clearest verified picture of his current professional direction.
Industry Collaboration Experience
An important part of Jaebum Park’s background is the connection between university research and practical engineering. His official research-group biography states that his graduate work included collaborations with industry partners such as Samsung and Hilcorp. During this work, he developed and applied experimental and modeling approaches aimed at improving the understanding of Oil Recovery and Fluid Behavior. Industry collaboration can be particularly valuable in Petroleum Engineering because field conditions are often far more complex than simplified laboratory systems. Researchers must consider how experimental observations and mathematical models relate to realistic engineering problems. Park’s experience in these collaborations therefore adds an applied dimension to his academic profile. It shows that his work has involved not only fundamental questions about fluids and surfaces but also problems connected with real industrial systems and reservoir performance.
Experience At KIMM
Before his current career stage at UT Austin, Jaebum Park also gained research experience at the Korea Institute of Machinery and Materials, commonly known as KIMM. His academic biography states that he contributed to Thermal-Fluid research involving offshore and industrial systems. Thermal-Fluid Engineering combines the study of Heat Transfer, Fluid Motion, energy movement, and the performance of systems in which temperature and fluid behavior interact. This background helps explain the breadth seen in Park’s later academic work. One of his published studies, for example, involved Flow Visualization inside a Thermosyphon to examine Heat Transfer limits. Experience with such systems would have strengthened his understanding of experimentally observing Fluid Behavior, an ability that can later be transferred to more complex Petroleum Engineering and Multiphase Flow problems.
Statistics And Data Science
A distinctive feature of the Jaebum Park Education Profile is his M.S. in Statistics and Data Science from UT Austin, completed in 2023 while pursuing his broader engineering path. Engineering experiments can produce large amounts of information, and researchers need reliable methods for distinguishing meaningful patterns from experimental variation. Statistical knowledge can support data interpretation, model comparison, uncertainty assessment, and decisions based on experimental results. Data Science can also complement physical models by making it easier to organize and analyze complex engineering information. Park’s combination of Statistics and Petroleum Engineering therefore gives his profile an interdisciplinary dimension. It would be inappropriate to assume that he uses a particular Machine Learning method or software package unless a verified source states so, but his formal Data Science education clearly adds quantitative depth to his engineering training.
Publications And Research Development
Jaebum Park’s representative publications reveal how his scientific interests have evolved. His earlier work includes research on the shape of large drops on rough Hydrophobic surfaces and the dynamics of a Microliquid Prism actuated through Electrowetting. Later research addressed Interfacial Waves, Heat Transfer in Thermosyphons, and the stable operation of Electrowetting-driven Optofluidic devices. By 2022, his work included the SPE Improved Oil Recovery Conference paper on Surrogate Oils and Surfactant-Brine-Oil Phase Behavior. Viewed together, these publications reveal a consistent scientific interest in how liquids respond to surfaces, forces, energy, and changing physical conditions. The application has changed over time, moving from Mechanical and Microfluidic systems toward Petroleum Engineering, but the underlying interest in Fluid Dynamics has remained remarkably consistent.
Surrogate Oil Research
The Surrogate Oil study deserves particular attention because it illustrates how fundamental Fluid Science connects to practical Enhanced Oil Recovery. Live Crude Oil can contain dissolved gas, while many laboratory Phase Behavior tests are performed at ambient conditions without that gas. Researchers may therefore create Surrogate Oil mixtures intended to reproduce important characteristics of Live Oil. Park and Mohanty examined how gas and Toluene influenced Surfactant-Brine-Oil Phase Behavior and investigated methods for selecting an appropriate Surrogate composition. Their work found that matching Equivalent Alkane Carbon Number characteristics is important when designing a Surrogate intended to imitate Live Oil behavior. The research demonstrates why accurate laboratory representation matters: if the test fluid does not behave like the reservoir fluid, conclusions about Chemical EOR performance can become less reliable.
Why His Research Matters
The wider importance of Jaebum Park’s work comes from the connection between microscopic Fluid Behavior and large-scale Energy Engineering. Oil Recovery, underground CO2 storage, Microfluidics, and Thermal Systems may look like separate subjects, yet all depend on understanding how fluids respond to pressure, surfaces, temperature, chemistry, and other fluids. Park’s career illustrates how expertise developed in one engineering field can become valuable in another. His Mechanical Engineering training built foundations in Fluid and Thermal Science, his Statistics education added quantitative capability, and his Petroleum Engineering research applied those skills to reservoir problems. This multidisciplinary combination is especially relevant in 2026, when Energy Research increasingly requires engineers who can understand both traditional resource systems and emerging Carbon Management technologies. His verified record shows an academic career built around that intersection rather than around a single narrow specialty.
Academic Profile In 2026
As of 2026, the clearest picture of Jaebum Park is that of a UT Austin-trained researcher continuing his work in Petroleum Engineering as a Postdoctoral Fellow. His professional profile combines education from Seoul National University and the University of Texas at Austin, research across Fluid Mechanics and Reservoir Engineering, collaboration with industrial partners, experience at KIMM, and publications covering both Fundamental Fluid Science and Enhanced Oil Recovery. UT Austin’s 2026–27 EChO page also identifies him as a Petroleum Engineering postdoc and Service Coordinator, providing a current indication that he remains active in the university community. His career is still developing, so claims about future positions or achievements would be speculative. Based on publicly verified information, however, his academic path already demonstrates considerable breadth across Mechanical, Statistical, Petroleum, and Energy Research.
Final Thoughts
Jaebum Park’s Biography is best understood as the story of an engineer whose research interests have expanded while maintaining a consistent scientific foundation. He began with Mechanical and Aerospace Engineering, developed advanced knowledge of Fluid and Thermal Systems, added formal training in Statistics and Data Science, and completed a Ph.D. in Petroleum and Geosystems Engineering. Today, his work includes Enhanced Oil Recovery, Interfacial Fluid Dynamics, Surface Chemistry, and CCUS. His publications also demonstrate how early research on Electrowetting, Liquid Interfaces, and Heat Transfer can connect naturally with modern Reservoir Engineering. Rather than simply listing his degrees and papers, his Academic Profile shows the value of combining several disciplines to understand difficult Energy and Fluid problems.
FAQs About Jaebum Park
Who Is Jaebum Park?
Jaebum Park is an Engineering Researcher and Postdoctoral Fellow associated with the Hildebrand Department of Petroleum and Geosystems Engineering at the University of Texas at Austin. His research interests include Enhanced Oil Recovery, Interfacial Fluid Dynamics, Surface Chemistry, and CCUS.
Where Does Jaebum Park Work?
Jaebum Park works within the University of Texas at Austin research community. His research-group profile identifies him as a Postdoctoral Fellow, while a 2026–27 UT Austin page also describes him as a Petroleum Engineering postdoc and UT alumnus.
What Did Jaebum Park Study?
He earned a B.S. in Mechanical and Aerospace Engineering and an M.S. in Mechanical Engineering from Seoul National University. At UT Austin, he completed an M.S. in Statistics and Data Science in 2023 and a Ph.D. in Petroleum and Geosystems Engineering in 2024.
What Is Jaebum Park’s Main Research Area?
His research covers several related areas, particularly Enhanced Oil Recovery, Interfacial Fluid Dynamics, Surface Chemistry, and Carbon Capture, Utilization, and Storage. These fields involve understanding how fluids interact with each other and with solid surfaces under different conditions.
Has Jaebum Park Published Research?
Yes. His representative publications include studies involving Surrogate Oils, Surfactant-Brine-Oil Phase Behavior, Electrowetting, Interfacial Waves, Thermosyphons, Hydrophobic surfaces, and Microfluidic systems. His 2022 EOR conference paper was published through the Society of Petroleum Engineers.
What Is Jaebum Park’s Connection To Enhanced Oil Recovery?
Enhanced Oil Recovery is one of his stated research interests. His 2022 research with Kishore Mohanty investigated Surrogate Oils for Surfactant-Brine-Oil Phase Behavior, addressing an important laboratory challenge in studying Chemical EOR systems.
What Is Jaebum Park’s Role In CCUS Research?
Carbon Capture, Utilization, and Storage is listed among his current research areas. His background in Reservoir Engineering, Multiphase Flow, and Interfacial Science provides relevant expertise for studying the behavior of fluids in underground systems, although detailed claims about individual CCUS projects should only be made when publicly documented.
Why Is Jaebum Park’s Academic Background Unique?
His background combines Mechanical Engineering, Petroleum Engineering, Statistics, and Data Science. This gives him experience with both the physical behavior of Engineering Systems and the quantitative methods used to analyze complex research data. His publication record further shows a progression from Fundamental Fluid Mechanics toward Energy and Reservoir Engineering applications.
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