Glialink
Building the connective tissue of the research world
Role
Product Design Lead
Duration
Since May 2025
Industry
Software



Who even does research, anyways?
In the spring of 2025, I was a Computer Science student at Brown hunting for summer research. Just like everyone else, I was handed a 50-page Google Doc listing every professor taking research assistants that summer, including a blurb of what they were looking for. At first I could not even scroll to the bottom of the page; the Google Doc froze due to too many active users.
Eventually I dug through the ancient scroll of text blurbs and hyperlinks. On the way I saw many opportunities that interested me and could leverage my technical skills, but I would have never seen had I Ctrl-F'd all the way to "Computer Science."
With a little bit of networking and a lot of luck, I was offered one such role - a research grant to work in a developmental psychology lab over the summer.
"Why are you working in a psychology lab? How is that going to help your CS degree?" — My mother
Good question, Mom. My experience in psychology research built me into an even better engineer. In fact, a lot of the skills I learned that summer, I would put to use fixing the research recruitment process. When I sat down and reflected on how the process went, I ended up asking myself one question.
Why does getting into research feel so hard?
We started with a hunch: the "market" for science was broken. We interviewed students, PIs, and Biotech CEOs to move from hunches to hard data.
Stakeholder | Frustration |
|---|---|
Students | The "Insider Advantage." Research opportunities go to those who "know the system," not necessarily those with the most merit. |
Research Lab Managers and Principal Investigators (PIs) | Administrative bloat. Sifting through unqualified applicants and managing 2017-era Google Sites. |
Biotech companies | Discovery friction. They can't find niche assays or specific equipment without weeks of manual searching and NDAs. |
We had many interviews with industry experts.
There, I saw the other side: Lab Managers were sifting through 50-page stacks of resumes, struggling with funding, and lacked the modern technology needed to attract and select the best collaborators.
Their frustrations revealed a deeper opportunity. It wasn't just about student jobs; it was about underutilized capacity.
"Many labs face grant cancellations yet own expensive equipment and expert personnel whose availability goes under-exploited."
Who even does research, anyways?
In the spring of 2025, I was a Computer Science student at Brown hunting for summer research. Just like everyone else, I was handed a 50-page Google Doc listing every professor taking research assistants that summer, including a blurb of what they were looking for. At first I could not even scroll to the bottom of the page; the Google Doc froze due to too many active users.
Eventually I dug through the ancient scroll of text blurbs and hyperlinks. On the way I saw many opportunities that interested me and could leverage my technical skills, but I would have never seen had I Ctrl-F'd all the way to "Computer Science."
With a little bit of networking and a lot of luck, I was offered one such role - a research grant to work in a developmental psychology lab over the summer.
"Why are you working in a psychology lab? How is that going to help your CS degree?" — My mother
Good question, Mom. My experience in psychology research built me into an even better engineer. In fact, a lot of the skills I learned that summer, I would put to use fixing the research recruitment process. When I sat down and reflected on how the process went, I ended up asking myself one question.
Why does getting into research feel so hard?
We started with a hunch: the "market" for science was broken. We interviewed students, PIs, and Biotech CEOs to move from hunches to hard data.
Stakeholder | Frustration |
|---|---|
Students | The "Insider Advantage." Research opportunities go to those who "know the system," not necessarily those with the most merit. |
Research Lab Managers and Principal Investigators (PIs) | Administrative bloat. Sifting through unqualified applicants and managing 2017-era Google Sites. |
Biotech companies | Discovery friction. They can't find niche assays or specific equipment without weeks of manual searching and NDAs. |
We had many interviews with industry experts.
There, I saw the other side: Lab Managers were sifting through 50-page stacks of resumes, struggling with funding, and lacked the modern technology needed to attract and select the best collaborators.
Their frustrations revealed a deeper opportunity. It wasn't just about student jobs; it was about underutilized capacity.
"Many labs face grant cancellations yet own expensive equipment and expert personnel whose availability goes under-exploited."
Who can we help?

High openness, low relevant experience, high time availability. Needs a centralized, transparent way of engaging with research and labs.
Randy
Freshman at Persona Institute of Technology

High openness, low relevant experience, high time availability. Needs a centralized, transparent way of engaging with research and labs.
Randy
Freshman at Persona Institute of Technology
How can we help?
HYPOTHESIS
If we build a centralized platform where the Lab is the 'unit of record,' we can increase connectivity between labs, and between labs, students, and funders.
First Steps
DESIGN SYSTEM
To earn trust in a formal academic setting, I developed a "Credible Minimalist" system. My design philosophy was as such: Science must be searchable. Profiles must build themselves. Collaboration must default to "open."
Typography: Playfair Display for headers (academic authority) paired with Inter (functional tech).








Welcome to science, normal people.
Key Feature | What it does |
|---|---|
Automated Lab Profile | Using AI to scrape existing publications and university pages to create a "Live" lab presence without the PI lifting a finger. |
Lab Match System | Anonymized, skill-based application and matching algorithm to level the playing field. |
The Feed | A public-facing list of equipment, and assays available for biotech collaboration. |
Welcome to science, normal people.
Key Feature | What it does |
|---|---|
Automated Lab Profile | Using AI to scrape existing publications and university pages to create a "Live" lab presence without the PI lifting a finger. |
Lab Match System | Anonymized, skill-based application and matching algorithm to level the playing field. |
The Feed | A public-facing list of equipment, and assays available for biotech collaboration. |
See my other projects!



Pascal
Facilitating math self-education with a people-friendly app



Greencoin
Designing a mobile app to help incentivize communities care for their environment



Robinson Computing
Designing a web application for a coding education non-profit organization



Pottery at Brown
Building a web application to improve accessibility of pottery experiences on College Hill
Reach out!
Currently looking for Summer 2026 opportunities! You can contact me directly with any inquiries at karsten@brown.edu.
Reach out!
Currently looking for Summer 2026 opportunities! You can contact me directly with any inquiries at karsten@brown.edu.
Reach out!
Currently looking for Summer 2026 opportunities! You can contact me directly with any inquiries at karsten@brown.edu.
Copyright 2026 by Karsten Assoua
Copyright 2026 by Karsten Assoua
Copyright 2026 by Karsten Assoua