Summer 2026 cohort
6 July-17 August 2026
All courses ran across the same six-week period.
IRIS Genetics Course
A structured genetics research course that takes students from gene-regulation concepts to an individual, publication-ready academic paper.

A structured genetics research course that takes students from gene-regulation concepts to an individual, publication-ready academic paper.

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Current status
Recently closed
Eligibility
High school students
Age range / Year group
13-18
Location / Region
Online
Cost
From $4,200
Duration
6 weeks
Format
Live online
Sessions / cadence: 2 x 3-hour classes weekly
Mentor model: Faculty and PhD support
Assessment style: Draft, peer review, presentation
Main deliverable / output: 3-6 page research paper
College credit: 2 UCSB extension credits
Certificate: Completion certificate
Latest verified cycle: Summer 2026
IRIS Genetics combines subject teaching with a step-by-step introduction to academic research. Students explore gene regulation, biochemistry and their links to medicine and biotechnology.
The process moves from introductory reading and question development through an abstract, annotated bibliography, full draft, peer review and final presentation.
It suits students who want a demanding first research experience and a substantial academic paper, rather than a broad survey course or casual enrichment activity.
The IRIS Genetics Course is a subject track within Indigo Research's intensive research programme. It combines genetics and biochemistry teaching with guided academic research, focusing particularly on gene expression, regulation and disease.
Students progress from introductory reading and research foundations to an abstract, bibliography, draft and final paper. Live small-group classes, faculty teaching, PhD support, peer review and individual feedback structure the experience.
The course connects genetics concepts with a complete academic research workflow rather than stopping at subject lectures.
Its twice-weekly three-hour classes provide a clear structure for an otherwise independent research project.
Students receive both small-group faculty teaching and personalised support from a PhD teaching assistant.
The staged curriculum includes bibliography building, drafting, peer review, individual feedback and presentation.
A finished paper, completion certificate and potential credit offer concrete evidence of sustained academic work.
Students considering pre-med, biotechnology or biological research who want structured support to complete their first substantial academic paper.
You want a light-touch course, cannot attend two long live classes each week or would prefer laboratory-based genetics work.
The course may be worthwhile for a motivated student who wants to test whether they enjoy genetics research and finish with a serious piece of academic work. Its structured milestones, faculty access and feedback address several challenges that make independent research difficult.
The main limitations are the substantial tuition and intensive weekly workload. Publication, conference presentation and recommendation letters are not guaranteed, so the strongest reason to enrol is the learning process and completed paper rather than a promised admissions result.
A practical overview of cost, time commitment, provider details, student outcomes and online support to review before deciding.
Cost and what is included
From $4,200; includes 30+ hours of faculty-led lessons, Personalised PhD teaching-assistant support, Writing workshops and draft feedback, Research-method and publication guidance, Completion certificate, Eligibility for two UCSB extension credits.
Dates and time commitment
6 weeks; 2 x 3-hour classes weekly.
Provider details
Review the Indigo Research provider page and official sources before making a final decision.
What the student gains
Potential output: The main output is an individual 3-6 page genetics research paper prepared for potential publication.. Check whether feedback, certificate, recommendation or application evidence is included.
Online support and safeguarding
No. IRIS states that no prior research experience is required and provides structured support from introductory reading through final submission.
What to check before committing
Confirm current dates, session schedule, payment terms, cancellation rules, support expectations and what output or certificate is included with the provider.
Compare this programme with similar options before deciding on dates, cost, format and fit.
Compare with similar programmesEffort level
High.
Best started
Begin planning four to six weeks before the next cohort so you can compare session times, identify interests and organise tuition.
Main challenge
Turning a broad interest in genetics into a focused, supportable research question.
Review introductory genetics and gene-regulation concepts.
List two or three medical or biotechnology questions that genuinely interest you.
Check every available class time in your local time zone before selecting a session.
Plan protected weekly time for reading, source organisation and writing outside live classes.
Useful if
You are comfortable reading academic material and revising work after feedback.
Students build an individual genetics paper through a sequenced research curriculum, combining live subject classes with independent reading and writing.
Complete orientation and review the programme platform and Welcome Pack.
Read selected introductory papers with office-hour support.
Study genetics concepts and discuss key readings with the instructor.
Learn research methods, citation, note-taking and time management.
Select a research question and develop an abstract and annotated bibliography.
Write the introduction, outline and first full draft.
Workshop drafts, review peers' work and incorporate feedback.
Discuss the full draft individually, present the research and submit the final paper.
Next cycle not announced yet. These dates are from the latest verified cycle and should be used as a reference only.
Summer 2026 cohort
6 July-17 August 2026
All courses ran across the same six-week period.
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Summer 2026 cohort | 6 July-17 August 2026 | Local | Reference date |
Grades 8-12 are listed on the application form.
Older degree-level and gap-year applicants can also enquire.
No prior research experience is required.
The Genetics track targets pre-med and biotechnology interests.
Students must select a workable live-session time.
Programme tuition
From $4,200 — Payment plan available
Funding or discounts
What's included
30+ hours of faculty-led lessons, Personalised PhD teaching-assistant support, Writing workshops and draft feedback, Research-method and publication guidance, Completion certificate, Eligibility for two UCSB extension credits
Open the application form on the official IRIS programme page.
Choose whether the applicant is a student or guardian.
Enter the applicant's name, email and country of residence.
Provide a phone number, school name and graduation year.
Submit the form and optionally arrange an introductory call.
Compare the available Genetics session times before confirming a place.
The course is delivered entirely online through two live, three-hour classes each week. Students combine these interactive sessions with introductory reading, independent research and staged paper development, while the chosen session determines the exact days and local times.
Class times span many time zones and may fall late at night or early in the morning in some locations.
Learn in a small group led by university faculty.
Receive personalised support from a PhD teaching assistant.
Use office hours for help with introductory academic reading.
Meet the instructor individually during the writing stage.
Workshop the first full draft with peers.
Discuss the full draft one-to-one before final submission.
Progress is assessed through staged research outputs, feedback and a final paper presentation rather than a stated examination.
Main deliverable / output
The main output is an individual 3-6 page genetics research paper prepared for potential publication.
Abstract and annotated bibliography
First full research draft
Peer-reviewed revisions
Research presentation
Signed completion certificate
Compare these established online research programmes if you want a different scientific or quantitative subject focus.
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Students wanting medicine rather than genetics alone
Mentored research in physics
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Students more interested in physics research
Mentored online mathematics research
Best for
Students preferring abstract or quantitative work
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Content reviewed by
Co-founder, Succeed | Founder, Immerse Education (2012–2026)
Sean works at the intersection of academic enrichment, programme quality and university preparation, with expertise in evaluating pre-university experiences for ambitious secondary school students.
Succeed uses official provider information where available, but keeps this public page focused on comparison and planning inside Succeed.
Official programme page checked
Genetics curriculum reviewed
Course schedule verified
Tuition details checked
Application process reviewed
Outcome claims qualified
We use source material to verify core facts, then show older cycle dates as reference when a current cycle is not available. Always check current application instructions before applying.