March 2026 cohort application deadline
3 March 2026
Online Program
Lab-Grown Organs: An introduction to tissue engineering and regenerative medicine
by Polygence
Explore how scientists build tissues and organs through stem cells, bioprinting and CRISPR, with expert-led discussion and a research paper or presentation.
Last verified: 10 Oct 2026Reviewed by:SSSean Stevens
Get the full picture before you decide
See Succeed's assessment of the programme, who it may suit, the estimated total cost, what applying involves and what is still to confirm.
or let us know if .
What Succeed checks
We review public online program details such as eligibility, age range, cost, duration, learning format, scheduling, mentor model, outputs and application timing.
What Last verified means
Last verified is the latest date Succeed checked the public details shown on this page. Program dates, prices and availability can still change.
How official sources are used
Succeed uses official provider information where available, then rewrites it into a student-facing summary for comparison and planning.
Why some dates are reference dates
If the current cycle is not available, Succeed may show the latest verified cycle dates so you can understand typical timing.
Succeed is independent from this provider unless a partnership is clearly stated.
Lab-Grown Organs at a glance: cost, dates and eligibility
Current status
Closing soon
Eligibility
No prerequisites; guardian supervision under 18
Age range / Year group
Ages 13+
Location / Region
Online
Cost
$495
Duration
6 weeks
Format
Online
BiologyBiomedical EngineeringMedicine
Sessions / cadence: 6 × 1h Mondays; ≥1–2h independent work/week
Mentor model: Jeffrey; Harvard Biomedical Engineering PhD
Assessment style: Literature review; group presentations; no grades
Main deliverable / output: Short research paper or presentation
Scheduling model: Fixed weekly time; Eastern/Pacific listings
Group size: 2-6 students
Catch-up access: Materials and session recordings
Lab-Grown Organs summary
This Polygence Pod introduces the science behind lab-grown tissues and organs, connecting stem cells, biomaterials and gene editing to regenerative medicine.
Students learn through mentor-led lectures and discussion, then develop a literature review and collaborate on presentations.
It suits students exploring biomedical science who want a defined curriculum and opportunities to explain what they learn.
What is Lab-Grown Organs: An introduction to tissue engineering and regenerative medicine?
Lab-Grown Organs: An introduction to tissue engineering and regenerative medicine is a Polygence Pod exploring how scientists create tissues for research, disease modeling and potential transplantation. Its curriculum connects biology, engineering and material science through stem cells, organs-on-a-chip, biomaterials, bioprinting and CRISPR.
Students join online lectures and group discussions led by Jeffrey, whose listed credential is a Harvard University PhD in Biomedical Engineering. The practical work centers on an individual literature review and collaborative presentations, with a short research paper or presentation as the advertised outcome.
Why Succeed highlights Lab-Grown Organs
The curriculum follows a clear scientific progression from stem cells to engineered tissues and transplantation challenges.
The named mentor's biomedical engineering background closely matches the course's academic focus.
Individual literature review and group presentations combine independent thinking with scientific communication.
Session recordings make catching up more practical when a student misses a class.
Who is Lab-Grown Organs for?
Best for
Students curious about biomedical engineering who want guided subject exploration, scientific reading and small-group discussion.
Not ideal if
You want hands-on tissue culture, laboratory equipment or a fully individualized research project.
Is Lab-Grown Organs worth it?
This course is worth considering if you want a guided introduction to how biology and engineering meet in regenerative medicine. The defined curriculum, specialist mentor and final written or presentation work give you a concrete way to test your interest.
Its value depends on taking part in discussions and completing the independent reading and assignments. Students seeking experimental lab practice or a research question entirely of their own should compare a supervised lab program or individual mentorship instead.
A practical overview of cost, time commitment, provider details, student outcomes and online support to review before deciding.
Cost and what is included
$495; includes Six one-hour mentor-led group sessions., Lectures and interactive group discussions., Course materials and session recordings., Online Pod workspace access., Assignments building toward a final deliverable..
Dates and time commitment
6 weeks; 6 × 1h Mondays; ≥1–2h independent work/week.
Provider details
Review the Polygence provider page and official sources before making a final decision.
What the student gains
Potential output: The advertised final outcome is a short research paper or presentation.. Check whether feedback, certificate, recommendation or application evidence is included.
Online support and safeguarding
Check how online sessions are supervised, how mentor communication works, and what support route exists if the student needs help.
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 program with similar options before deciding on dates, cost, format and fit.
Compare with similar programsHow much preparation does Lab-Grown Organs need?
Effort level
Moderate; one live hour plus at least 1-2 independent hours weekly.
Best started
Use the week before your cohort begins to organize your schedule and explore the workspace.
Main challenge
Explaining unfamiliar biological and engineering concepts clearly.
Typical preparation
Review basic cell biology and list questions about how organs function.
Reserve time for the live session and independent assignments each week.
Use the workspace invitation to introduce yourself and read the course expectations.
Useful if
You want to explore biomedical research before committing to a larger project.
What do students do on Lab-Grown Organs?
You explore how researchers create and study engineered tissues through lectures, discussion and scientific reading. Your work builds toward a literature review and collaborative presentations, with a short paper or presentation as the advertised final outcome.
Step-by-step process
- 1
Begin with tissue engineering fundamentals and approaches to growing organs.
- 2
Explore stem cells and the creation of specialized cell types.
- 3
Study organs-on-a-chip for disease modeling and drug screening.
- 4
Examine biomaterials and the challenge of supplying tissues with blood vessels.
- 5
Learn how bioinks and 3D bioprinting can create living tissues.
- 6
Discuss CRISPR, immune rejection and genetically engineered organs for transplantation.
- 7
Complete your literature review and collaborate on group presentations.
Lab-Grown Organs dates and deadlines
Past
May 2026 cohort application deadline
3 May 2026
July 2026 cohort application deadline
7 July 2026
October 2026 cohort application deadline
18 October 2026
March 2026 cohort
4 March-8 April 2026
Wednesdays, 8:00pm EST/5:00pm PST.
May 2026 cohort
4 May-8 June 2026
Mondays, 9:00pm EDT/6:00pm PDT.
July 2026 cohort
8 July-12 August 2026
Wednesdays, 9:00pm EDT/6:00pm PDT.
October 2026 cohort
19 October-23 November 2026
Mondays, 8:00pm EDT/5:00pm PDT; enroll at least one day before the start.
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
March 2026 cohort application deadline | 3 March 2026 | Local | Past | |
May 2026 cohort application deadline | 3 May 2026 | Local | Past | |
July 2026 cohort application deadline | 7 July 2026 | Local | Past | |
October 2026 cohort application deadline | 18 October 2026 | Local | Upcoming | Save deadline |
March 2026 cohort | 4 March-8 April 2026 | Local | Past | |
May 2026 cohort | 4 May-8 June 2026 | Local | Past | |
July 2026 cohort | 8 July-12 August 2026 | Local | Past | |
October 2026 cohort | 19 October-23 November 2026 | Local | Upcoming |
Eligibility and requirements
Service users must be at least 13 years old.
Students under 18 require parent or guardian supervision.
No prerequisites or previous research experience are required.
Enroll at least one day before your cohort starts.
Confirm that the selected cohort's session time works for you.
How much does Lab-Grown Organs cost?
Program fee
$495 — Tuition is paid upfront.
What's included
Six one-hour mentor-led group sessions., Lectures and interactive group discussions., Course materials and session recordings., Online Pod workspace access., Assignments building toward a final deliverable.
How to apply to Lab-Grown Organs
- 1
Visit the course page and select your cohort.
- 2
Confirm that its weekly session time fits your schedule.
- 3
Complete the enrollment flow and pay tuition upfront at least one day before the start.
- 4
Read your enrollment confirmation email.
- 5
Use the workspace link emailed seven days before the first session to introduce yourself and review expectations.
Next step with Succeed
Interested in this programme?
or let us know if .
Succeed replies first, usually within a working day
Learning format
The course has six weekly one-hour live sessions combining lecture and group discussion, with at least 1-2 hours of independent work each week. The October cohort meets Mondays at the published 8:00pm EDT/5:00pm PDT, and materials, recordings and a shared workspace support work between classes.
Mentorship and feedback
Jeffrey leads the listed cohorts, with a Harvard University PhD in Biomedical Engineering.
The October cohort's published group size is 2-6 students.
Six mentor-led sessions combine lectures and discussion.
The shared workspace supports messages and resource sharing between sessions.
Assignments develop understanding and build toward the final deliverable.
Time-zone considerations
- The October cohort meets Mondays at the published 8:00pm EDT/5:00pm PDT.
- Confirm the session's local time before enrolling, including across daylight-saving changes.
- Each live class lasts one hour at a fixed weekly time.
- Reserve at least 1-2 hours weekly for independent work.
- Recordings support catching up, but missed assignments still need completion.
Tech requirements
Use an internet-connected computer or compatible mobile device.
Access your Polygence account and Pod workspace.
Use the workspace to access course materials and Zoom recordings.
Assessment style
Learning centers on discussion, assignments, a literature review and presentations rather than grades or tests.
- Complete an individual literature review.
- Collaborate on group presentations.
- Work through assignments between sessions.
- Build toward a short research paper or presentation.
Portfolio and outputs
Main deliverable / output
The advertised final outcome is a short research paper or presentation.
An individual literature review.
Collaborative group presentations.
Lab-Grown Organs FAQs
No. Polygence states that Pods have no prerequisites or required experience, making this a structured introduction to tissue engineering.
Plan for one hour in a live session and at least 1-2 hours of work outside class each week. Independent work varies with the assignments.
The listed cohorts are taught by Jeffrey, whose course-page credential is a Harvard University PhD in Biomedical Engineering.
The advertised outcome is a short research paper or presentation. This Pod also includes an individual literature review and collaborative group presentations.
Materials and session recordings are available for catching up. Students must review missed lectures and discussions and make up assignments; unattended sessions are not refundable.
The course explores tissue engineering through teaching, discussion and research work. Polygence's remote programs do not provide laboratories or laboratory equipment.
Before the first session, students may receive up to a full refund, minus a 3.25% processing fee. After withdrawal, only sessions that have not run may be refunded, with the same fee; unattended sessions are not refundable.
Students under 18 must use Polygence under the supervision of a parent or legal guardian who agrees to its terms.
Alternatives to Lab-Grown Organs
Compare these options if you want broader medical study, individual research or a campus-based biology experience.
Alternatives to Lab-Grown Organs
Online introductory study of medicine
Medicine
Deadline: Not announced
From $3200
14-17
Online
Online
Best for
Students comparing tissue engineering with broader medical interests.
Online research focused on medicine
Medicine
Deadline: Not announced
From £2995
13-18
Online
Online
Best for
Students looking beyond a taught biomedical subject introduction.
In-person biology research program
Biology
Deadline: Not announced
From $3500
14-18
Winston-Salem
In-person
Best for
Students who prefer attending a biology program in person.
Save this program in Succeed to compare it with similar programs, dates, costs and formats in one place.
Compare with other programsContent reviewed by
Sean Stevens
Co-founder, Succeed | Founder, Immerse Education (2012–2026)
Sean works at the intersection of academic enrichment, program quality and university preparation, with expertise in evaluating pre-university experiences for ambitious secondary school students.
Sources and verification
Source types reviewed
- Education Consultants: Refer Students to Polygence Research Program | Polygence
- Terms of Use | Polygence
- Polygence Pods: 6-Week Group Research Programs for High Schoolers | Polygence
- Frequently Asked Questions about the Polygence Research Program | Polygence
- Frequently Asked Research Program Questions | Polygence
- Next Deadline October 15th | Polygence
- Bioengineering | Polygence
Succeed uses official provider information where available, but keeps this public page focused on comparison and planning inside Succeed.
What we verified (on 10 Oct 2026)
Course identity checked
Cohort dates checked
Tuition reviewed
Weekly workload checked
Mentor credentials reviewed
Eligibility and refunds reviewed
How Succeed uses this information
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.
Lab-Grown Organs: An introduction to tissue engineering and regenerative medicine
by Polygence
Closing soon
Get the full picture before you decide
Succeed's assessment, estimated total cost and what applying involves.
No account needed for the Guide or Compare.
Not ready to decide yet? Keep it for later.
Save this program
Keep dates visible
Compare similar programs
Keep recommendations organised