Research Assistant (CS Education Platform)
Professors hand real responsibility to the student who already builds the thing they were going to ask a student to build.
How to read this page - source, method & limits
Where this comes from
A self-reported, first-person account of one real role, authored by the person who held it. There are no automated data sources, scores, or predictions on this page - every statement is a human claim. Each role is checked by an “honesty lint” before it ships: it must name the part of its success you cannot copy (the unfair advantage) alongside the part you can, plus at least one fake wall and one concrete first step.
How it's meant to be used
Intended: as one honest worked example of how a hard-looking role was reached, to copy the replicable lever and the first move. Not intended: as a checklist, a guarantee, or a claim that this is the only way in. It is a sample size of one.
Assumptions & limitations
Written in hindsight, so it can over-credit what happened to work and under-count luck and timing. It's also survivorship-biased - you're reading the paths that worked. Treat the prerequisites as “what mattered here,” not “what is required everywhere.”
If an AI coach discusses this role
A local coach can talk through this page using a hidden brief. It is instructed to separate the replicable lever from the unfair advantage and to never promise the role or any outcome. Verify anything time-sensitive (deadlines, named programs, contacts) yourself - those drift.
What it really is
Product engineering, platform architecture, and technical product management for Stanford's CS education platform, advised by Professor Chris Gregg.
What you actually needed
- Can build and ship web/platform software
- Can own architecture and product decisions, not just tickets
Fake walls (looked required, weren't)
- Being a top student in the professor's class, or having a research background - the work was building, not grades
The proof-of-work
Working platform features and architecture for software students actually use.
The move
Connected with a professor who needed a builder and showed he could own the platform.
⚖️ The unfair advantage (named honestly)
Being enrolled where the professor teaches, so the relationship is a class or an email away.
The replicable lever underneath it
Professors everywhere maintain teaching tools that are perpetually under-built. A thoughtful email with a small contribution to an open course platform reproduces the same in.
The climb
- 1
If you're you can build but know no professors
contribute one real fix to an education/course tool in the open
→ leaves behind: a merged PR
- 2
If you're you've shown you can build
reach a professor who maintains something and offer to own a piece
→ leaves behind: a standing role on their project
- 3
If you're you're trusted with a piece
take architecture and product ownership of it
→ leaves behind: a platform RA seat
🌱 Do this week
Find an open-source course or teaching tool, fix one real issue, and open the pull request.
Ask the coach
Dig into how this role actually gets reached: the proof-of-work, the move, and what to do if you don't have the unfair advantage.
I'll answer honestly about how this role gets reached. I will not promise an outcome, and I'll always separate the part you can copy from the part you can't. Tap a question or ask your own:
Runs on your own machine. No outcome is promised; this is guidance, not a guarantee.
No outcome is promised. This is the lever and the move, told honestly - the rest is the work.