Mentoring

“A mentor is someone who allows you to see the hope inside yourself.” — Oprah Winfrey

Mentoring is not a side activity at the RIPLRT Institute — it is part of the mission. Inclusive workforce development is the final link in our scientific through-line, and mentee co-authorship and growth are the documented evidence that we deliver on it.

Inclusive mentoring means we mentor for the mentee’s trajectory, not only for the project’s output; we recruit and support members with attention to who has historically been excluded from STEM; and we make sure inclusion shows up in our practices, not just our branding. We look for and cultivate curiosity, reliability, kindness, willingness to collaborate, a growth mindset, and independent thinking — GPA alone has never built a good scientist.

How we mentor is written down. The RIPLRT Institute Research Group Manual is our shared mentoring compact, onboarding guide, and operating system; the commitments below are drawn directly from it.

Our compact

What mentors and mentees commit to

A mentoring relationship works when both sides understand it. These are the commitments every member of the Institute signs on to.

Mentors commit to

Meet regularly with mentees and come prepared.
Co-create an Individual Development Plan (IDP) and revisit it each semester.
Give honest, kind, timely feedback — and receive it too.
Map every mentee to a real, credited deliverable.
Be the first line of support for understanding and following the group manual.
Advocate for mentees’ growth, visibility, and next steps — sponsorship, not just mentorship.
Practice cultural humility and make space for mentees to bring their whole selves.

Mentees commit to

Take ownership of their development and their IDP.
Communicate early about obstacles, confusion, or capacity.
Learn in public — ask questions, surface mistakes, and try.
Help mentor those who come after them.
Follow integrity, data-governance, and authorship rules without exception.

The pathway

How mentees grow

Mentees advance along a deliberate ladder toward independence and leadership — not just more tasks.

Onboard
Learn the tools, ethics, and data-governance rules; complete CITI/IRB training as applicable; take on one defined task.
Contribute
Independently own a named deliverable — a figure, a codebook, a literature synthesis, a reproducible notebook.
Lead a component
Lead the analysis, writing, or dashboard for a component within a project pod.
Co-author & present
Contribute an abstract, poster, or manuscript section, credited under our contributorship policy.
Mentor & lead
Serve as project lead and mentor junior members — mentoring others is itself a milestone.

Cadence

How often we meet

Structured touchpoints keep mentoring intentional rather than incidental. Each one is backed by a template in the manual’s template library.

Touchpoint	Frequency
One-on-one mentoring meeting	Biweekly (at least monthly)
Individual Development Plan review	Each semester
Project pod check-in	Weekly
Climate and belonging pulse	Quarterly

Structure

Tiered, scalable mentoring

No single person can mentor a portfolio this large one-on-one. Work is organized into project pods in which senior mentees mentor junior mentees under the principal investigator’s oversight. This protects bandwidth and gives senior mentees real leadership training.

Most members sit on both sides of the relationship at once: a graduate student is a mentee to the PI and a mentor to an undergraduate; a postdoctoral fellow both receives and provides mentorship. Good mentoring is not the senior person doing the junior person’s thinking — it is structured support that transfers capability.

We deliberately document trainee co-authorship across abstracts, posters, and manuscripts. It is genuine scientific output and proof of our workforce-development mission; mentees are credited fairly and, where appropriate, on a student-first authorship pathway.

Where we mentor

Twelve areas of practice

Every mentee is trained across these areas over the course of a project.

Laboratory techniques

Routine and advanced bench work — pipetting, solution preparation, environmental and human sample collection, ELISA, Western blot, DNA and protein extraction, flow cytometry, ‘omics’ technologies, and the human whole-blood pyrogen assay — all governed by written SOPs. Veteran members, not only the PI, mentor new trainees.

Experimental planning and design

Identifying available resources and inventory, building sample maps, scheduling experiments, selecting the right techniques, calculating sample sizes, and determining the statistical methods before the first pipette is touched.

Documentation

Electronic notebooks, cloud storage, and internal audits produce rigorous, transparent records — the foundation of reproducibility and of learning from mistakes.

Project planning and management

Tasks, personnel and material allocation, sequencing, and hard deadlines, tracked as concurrent projects move through the lab.

Budget and inventory management

Costing a project, controlling spend without under- or over-buying, and protecting both man-hours and work-life balance.

Scientific writing

Manuscripts, posters, and blogs — a finding that is not communicated, or communicated incorrectly, is a finding that missed its chance to help the public.

Grant writing

The scientific and administrative phases of building competitive proposals, from specific aims through budget justification.

Data science and reproducibility

Epicycles of analysis in R, Python, and MATLAB, version control, and public deposition of code and data.

Science communication

Translating findings for clinicians, community partners, and the general public.

Peer review

How the peer-review process works, and how to give and respond to review constructively.

Teamwork and leadership

Effective team communication, collaborative research space, and leadership skills that accelerate performance.

Career planning

Career coaching for STEM trainees exploring paths inside and outside academia.

Interested in being mentored?

We mentor undergraduate students, graduate students, postdoctoral fellows, and early-career scientists, including collaborating mentees based at other institutions. Start with the manual to see how we work.

Read the Research Group Manual Contact the Institute