Digital Portfolio · 2024–25 · Petroleum Engineering
"Engineering the Earth's resources with precision, purpose, and an unwavering commitment to sustainable stewardship."
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Section 03
I believe that genuine learning begins with asking "why" before "how." Every drill bit that pierces the earth first exists as a question in a curious mind.
Petroleum engineering does not exist in a vacuum — it demands geology, chemistry, economics, and environmental ethics working in concert. I embrace this interdisciplinary reality.
Field visits, research projects, and competitions are not mere line items — they are laboratories for testing theory against reality, and for growing through the gap.
As the energy landscape transforms, I hold that innovation without ethical accountability is incomplete. My work aims to balance resource utilisation with future responsibility.
Growing up in Ahmedabad — a city whose skyline is shaped as much by industrial ambition as by cultural heritage — I developed an early fascination with the invisible networks of energy that power modern civilisation. When I joined the School of Energy Technology at PDEU in 2023, I carried that curiosity into a rigorous academic environment that demanded more than textbook comprehension.
My journey so far has been defined by a deliberate pursuit of the intersection between theory and application. The Kutch field expedition transformed abstract sedimentological concepts into tangible rock formations I could trace with my own hands. The ORSP helical casing project pushed me to think beyond standard well-integrity solutions and consider the practical and economic ramifications of design innovation.
Outside the classroom, leadership roles within the FIPI PDEU Student Chapter, triumphs in inter-university competitions, and a genuine love for data science have collectively shaped a learner who is technically grounded yet creatively oriented. I see every challenge not as an obstacle but as an invitation to think differently.
Section 04
Education
Pursuing a comprehensive curriculum covering reservoir engineering, drilling, well completion, production, and energy policy with hands-on laboratory and field components.
Completed with Science stream; qualified JEE Mains & Advanced in Girls Category Scholar Batch 2023.
Participated in IMO & NSO Science Olympiads; recognised as a Scholar-rank achiever.
Work Experience & Internships
Conducting sponsored research on "Helical Casing for Enhancing Wellbore Integrity," focusing on cementing performance, kick prevention, and field implementation feasibility.
Observed operations of well logging and production logging tools; attended a hands-on workshop on data interpretation and equipment maintenance workflows.
Field mapping exercise covering depositional environments, sedimentary structures, paleo-current analysis, dip/strike measurement, and stratigraphic evaluation.
Certifications & Professional Development
Scholastic Awards & Honours
Hobbies & Extracurricular
Section 05
ORSP Sponsored Research · PDEU · May 2025 – Present
This research investigates the application of a helical casing geometry to address persistent challenges in conventional well cementing and integrity management. The design integrates mechanical and fluidic engineering with field-level safety constraints.
PDEU Academic Field Expedition · February 2025
An intensive field mapping exercise in one of India's most geologically significant sedimentary basins, bridging classroom theory in sedimentology, structural geology, and palaeontology with direct outcrop observation and measurement.
Reliance Industries · Vibrant Gujarat 2024
A self-initiated interdisciplinary research project combining data science techniques with energy systems knowledge to analyse renewable energy trends in Gujarat — presented at the flagship Vibrant Gujarat Summit 2024, earning a commendation certificate from Reliance Industries.
Section 06
Software and programming tools relevant to petroleum engineering analysis, reservoir simulation, and data science.
Interpersonal, organisational, and leadership competencies refined through academic, co-curricular, and community engagement.
Design thinking, visual communication, and creative expression skills developed through roles in graphic design, PR, and social media management.
Section 07
Working across both creative (Graphic Design, PR) and logistical committees taught me to adapt communication styles and trust teammates with complementary expertise. I learned to listen before directing.
When creative direction differed from technical requirements in event branding, I facilitated structured feedback sessions that aligned aesthetic goals with practical constraints — a skill transferable to the field.
From organising national petroleum competitions to driving social media engagement for the chapter, each role compounded my ability to deliver results under pressure while maintaining team cohesion.
Section 08
As a petroleum engineering student, I inhabit one of the most ethically complex positions in contemporary society. The fossil fuel industry that my education prepares me for is simultaneously the largest contributor to climate change and the foundational pillar of current global energy access. This duality demands not denial but navigation. My exposure to renewable energy data through the Vibrant Gujarat project underscored how India's energy transition must balance rapid economic development with decarbonisation commitments — a challenge that requires engineers who understand both hydrocarbon systems and alternative energy systems.
The NPTEL Industrial Safety Engineering certification was not merely a professional credential — it was an ethical education. Events like Bhopal and the Deepwater Horizon disaster illustrate what happens when safety is treated as cost rather than principle. I came away with a conviction that safety protocols are moral commitments to workers, communities, and ecosystems — not optional compliance exercises. In my ORSP research on wellbore integrity, the safety and economic constraints are deliberately co-equal design parameters.
The energy poverty affecting over 800 million people globally is not a peripheral concern for a petroleum engineer — it is central to the purpose of the work. Understanding that energy access is a development right informs how I think about reservoir decisions, field development strategies, and the transition pathways that must serve developing nations equitably, not merely replicate Western models at lower cost.
My data science training opened a parallel ethical dimension: algorithms and models in energy systems carry consequences. Biased reservoir models influence billion-dollar field decisions; inaccurate production forecasts affect community livelihoods. I approach data with epistemic humility — acknowledging uncertainty, validating assumptions, and being transparent about model limitations in all analytical work.
"The engineer of the future must be as comfortable with trade-offs between economic value and environmental stewardship as they are with pressure-volume-temperature equations. Ethical reasoning is not soft — it is a core engineering competency."— Personal Reflection, Pareesee Thakor
Section 09
Graduate with distinction, complete the helical casing research, and aim to publish or present findings at a national petroleum engineering conference (SPE India or similar).
Secure a graduate engineer trainee role at an upstream oil & gas operator or oilfield services company (ONGC, Halliburton, Schlumberger/SLB) with a focus on drilling or well services operations.
Develop intermediate-to-advanced competencies in PETREL, CMG, and Python-based reservoir analytics. Pursue SPE certification in drilling engineering or reservoir management.
Pursue postgraduate education to deepen either the technical (reservoir/simulation) or strategic (energy management, policy) dimension — potentially at IIT, UPES, or an international institution.
Aspire to lead cross-disciplinary teams working on the intersection of conventional energy optimisation and clean energy integration — contributing to India's net-zero pathway while maintaining energy security.
Achieve deep mastery in reservoir simulation, drilling engineering, and data-driven production optimisation.
Contribute peer-reviewed research to the advancement of well integrity technology and energy systems analysis.
Build and lead multidisciplinary engineering teams capable of solving complex energy challenges with creativity and rigour.
Section 10
First-rank finishes in two FIPI competitions, an ongoing sponsored research project, a geological field expedition, industry exposure at HLS Asia, and a Reliance-recognised renewable energy presentation collectively define a portfolio that is broad, curious, and results-oriented.
The most meaningful growth occurred at points of discomfort — navigating complex geological outcrops, working through research uncertainty, and balancing multiple committee responsibilities simultaneously. Difficulty is data.
I recognise that my software proficiencies are at an early stage. A focused investment in Python, reservoir simulation tools, and technical writing over the next 12 months will significantly expand my professional readiness.
SWOT Analysis
Section 11
"Pareesee brings an unusually thoughtful approach to engineering problems. Her work on the helical casing project demonstrates an ability to connect mechanical design intuition with practical field constraints — a combination that is rare at the undergraduate level. Her diligence and commitment to quality are evident in every interaction."
"As Core Committee Chair for Graphic Design and PR, Pareesee was instrumental in elevating the FIPI PDEU chapter's visual identity and outreach. She consistently delivered high-quality design work on tight timelines, managed her sub-committee with empathy and clarity, and represented the chapter professionally to external stakeholders."
"Pareesee's performance in the GEOSWAT and C2C events was remarkable — she combined technical accuracy with strong presentation skills that earned her top positions in highly competitive fields. Her intellectual energy and enthusiasm are contagious; she raises the standard of every team she joins."
"During the Kutch field expedition, Pareesee stood out for her attentiveness and ability to quickly connect field observations to the theoretical frameworks from class. She asked incisive questions and helped other students understand complex stratigraphic relationships — a genuine passion for geoscience that few first-time field students demonstrate."