The Research Builder You Need
I’m an early-career astrophysics researcher building across observational astronomy, signal analysis, and accessible scientific systems. My work already spans galaxy-scale variable star research and original tool design for periodic signal interpretation.
Scientific Vision
I’m building toward a long-term path in astrophysics research, advanced study, and space-focused technical systems. I think in terms of where the work can lead, not just what it is today.
Technical Depth
My interests sit inside real scientific problems: variable stars, stellar behavior, periodic signals, and observational data. I want depth in both astrophysics and the computational methods around it.
Team Fluency
I’ve worked under mentors and alongside peer cohorts in research settings. I know how to contribute within a structured scientific team while owning my part of the work.
Original Thinking
I’m drawn to approaches that are distinctive rather than interchangeable. The patent work reflects that instinct to create new methods, not just repeat existing ones.
Human Access
I care about who gets to participate in science and how tools can lower barriers. Accessibility matters to me because it changes who can learn, contribute, and discover.
Reliable Delivery
I’m known for finishing what I start and staying precise under deadlines. I take follow-through seriously, especially when the work matters.
Good science should be rigorous enough to hold up and clear enough to open doors.✨
Research Rigor, Built Into Systems
My work starts with the discipline of research and extends into the design of tools that make insight easier to reach. I’m interested in scientific depth, but also in how systems can widen access without reducing rigor.
Observe Precisely
I work from real astronomical data and research questions rather than abstraction alone. My focus is on careful observation, comparison, and interpretation.
Analyze Patterns
I study time-series behavior, brightness variation, and signal structure to uncover meaningful patterns. I approach data as something to interrogate, not just display.
Build Access
I design ideas that make scientific interpretation more usable for broader audiences. Accessibility is part of the system, not an afterthought.
Extend Research
I want research to lead into tools, exploration, and practical space-facing systems. The long arc is discovery translated into capability.
I’m most useful when a scientific question needs both careful analysis and a more original way of being explored.✨
A Disciplined Approach
How I Work
Study
I start by understanding the scientific question, the data source, and the constraints around interpretation.
Clarity before execution.
Analyze
I examine patterns carefully, compare methods, and look for what the data is actually saying.
Precision over assumption.
Build
When a better method is needed, I think in systems and create ways to make analysis stronger or more accessible.
Originality with purpose.
Finish
I follow through, meet deadlines, and make sure the work is complete, usable, and presented clearly.
Finish what you start.
Research and Leadership Journey
From academic excellence and community leadership into astrophysics research, invention, and scientific direction.
Astrophysics Research Intern
UC Santa Cruz Science Internship Program
- Contributed to variable star research in M31 using PHAT images and difference image analysis
- Identified and analyzed stellar brightness changes across observational datasets
- Supported a final research presentation tied to work later presented at the American Astronomical Society
- Worked in a selective 8-week program with a reported 9% acceptance rate
Student Researcher
Independent / Academic Research
- Investigated variable stars through observational, computational, and theoretical methods
- Studied light curves to understand galactic evolution and distance measurement
- Extended research interests into stellar systems, planets, moons, and exoplanets
- Built early research depth around time-series interpretation and astrophysical data
Inventor
Provisional Patent Project
- Developed a provisional patent for accessible periodic signal analysis
- Designed a system linking spectral analysis with psychoacoustically mapped audio-visual outputs
- Focused on improving pattern recognition in variable star data for beginners and visually impaired users
- Positioned scientific accessibility as part of technical system design
Founder
Space Enthusiasts Forum
- Built an online astrophysics and cosmology community of 200+ members
- Created a space for discussion, curiosity, and peer learning around astronomy
- Led community engagement around scientific topics beyond the classroom
- Demonstrated early initiative in science leadership and audience-building
STEM Lead
Eumind Exchange
- Led cross-border STEM collaboration with peers in Belgium
- Coordinated international project work across educational contexts
- Represented science leadership in a global student setting
- Strengthened communication across technical and cultural lines
Student Leader
School Council and Editorial Leadership
- Served in multiple leadership roles including House Captain, Cultural Prefect, Activities Prefect, and Equity Ambassador
- Led editorial work for the school magazine with emphasis on creativity and communication
- Balanced academic performance with visible extracurricular leadership
- Built a record of responsibility, trust, and execution over time
Scientific and Technical Range
An interdisciplinary foundation across astrophysics, analysis, communication, and early-stage technical invention.
Astrophysics Research
Data and Analysis
Scientific Methods
Computational Thinking
Leadership and Communication
Creative and Human Skills
Research, Systems, and Early Discovery
Each project reflects the same through-line: rigorous science paired with a more original way of seeing or building.
Finding and Characterizing Variable Stars in M31
This project focused on identifying variable stars in the Andromeda Galaxy using difference image analysis across PHAT image data. I helped collect, identify, and analyze variable star data by comparing images across time and examining brightness changes. The work also involved understanding how PSF variation affects residuals and how stars can be placed on color-magnitude diagrams for interpretation. It gave me direct exposure to observational astrophysics research under faculty and mentor guidance.
Impact: Contributed to team presentation later represented at AAS | Supported data collection for paper in progress
System and Method Facilitating Analysis of Periodic Signals
I developed a provisional patent centered on improving how periodic signals from variable star data are interpreted. The system synchronizes spectral analysis with psychoacoustically mapped audio and visual outputs, converting dominant periodic components into sound to make pattern recognition more intuitive. The idea was designed not only for scientific usefulness, but also for accessibility, especially for beginners and visually impaired users. It reflects my interest in building tools that expand who can participate in technical research.
Impact: Filed provisional patent in 2025 | Extended variable star analysis into accessible tool design
Space Enthusiasts Forum
I founded an online community for students and enthusiasts interested in astrophysics and cosmology. The goal was to create a space where curiosity could be sustained through discussion, shared learning, and exposure to scientific ideas beyond formal coursework. Building the forum taught me how to translate technical interest into community energy. It also reflects my long-term interest in creating teams around specialized scientific work.
Impact: Built a 200+ member science community | Created a sustained peer-learning space around astronomy
Kind Words
What clients say about our collaboration
"Pryesha brought real care and precision to the M31 variable star project. She was thoughtful with image review, consistent in her analysis, and took the research process seriously from start to finish. Her contributions supported the team’s final presentation and reflected the discipline needed for strong observational research."
Jasmine Fortez
Primary Mentor
UC Santa Cruz
"What stood out in Pryesha’s work was her willingness to engage deeply with unfamiliar methods and still stay exact. She handled difference imaging and variable star identification with focus, and she followed through reliably under deadlines. She works like someone already thinking beyond the assignment toward the larger scientific question."
Research Program Mentor
Astronomy Research Supervisor
Science Internship Program
"Pryesha’s periodic signal analysis concept showed unusual originality for an early-career researcher. She connected technical signal interpretation with accessibility in a way that was both scientifically relevant and socially useful. The idea reflects a rare instinct to build tools, not just study problems."
Innovation Reviewer
Patent and Research Advisor
Independent Review Context
Let’s Build Something Worth Discovering
I’m open to research opportunities, academic collaborations, speaking, and conversations around astrophysics, scientific tools, and accessibility in STEM. If your work sits at the intersection of discovery, data, and space-focused systems, I’d be glad to connect.
"I’m building a career where astrophysics research and technical invention reinforce each other.✨"
Pryesha Kewalramani
© 2026 Pryesha Kewalramani.Crafted withand passion