Succeed
    Topics in Neuroengineering
    Online Program

    Topics in Neuroengineering

    by Stanford Pre-Collegiate Studies

    Study the nervous system through engineering models, clinical research and collaborative projects that lead to a proposed neuroengineering study.

    Last verified: 6 Oct 2026Reviewed by:SSSean Stevens

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    Topics in Neuroengineering at a glance: cost, dates and eligibility

    Current status

    Upcoming

    Eligibility

    Grades 10-11; completed high school biology

    Age range / Year group

    Ages 15-17

    Location / Region

    Online

    Cost

    $3,200

    Duration

    2 weeks

    Format

    Online

    Next deadline

    Not announced · Next cycle not announced

    Get next-cycle reminder
    NeuroscienceEngineeringBiology
    Sessions / cadence: 10 x 2-hour weekday classes; 2-3-hour daily homework
    Assessment style: Group presentation; final study proposal
    Main deliverable / output: Proposed neuroengineering research study
    Time-zone / scheduling model: Pacific Daylight Time (PDT)
    Latest verified cycle: 2026
    Office hours: Third hour of daily meeting window

    Topics in Neuroengineering summary

    Topics in Neuroengineering connects nervous-system biology with engineering approaches to repair, regeneration and enhancement.

    Students use readings, clinical studies and research, present ideas in groups, and finish by proposing a neuroengineering study.

    The strongest fit is a student curious about how biological understanding can inform engineering solutions.

    What is Topics in Neuroengineering?

    Topics in Neuroengineering is a Stanford Pre-Collegiate Summer Institutes course introducing the nervous system through an engineering lens. It explores how chemical and electrical engineering models can help explain neural connections and inform approaches to neurological repair, regeneration and enhancement.

    The learning experience combines live online classes with readings, clinical studies and research. Students work collaboratively to develop and present healing-related ideas, then propose a study that could contribute to neuroengineering research.

    Why Succeed highlights Topics in Neuroengineering

    • The course connects biological systems with chemical and electrical engineering models, giving students a concrete interdisciplinary focus.

    • Clinical studies and research provide material for examining how engineering ideas relate to neurological healing.

    • Group presentations require students to explain and apply what they learn.

    • The final study proposal moves students from understanding existing ideas to developing a research question.

    Who is Topics in Neuroengineering for?

    Best for

    Students who want to connect biology with engineering and enjoy research-informed discussion, collaboration and developing study ideas.

    Not ideal if

    You want a light summer commitment or prefer practical laboratory work to online classes and research-based projects.

    Is Topics in Neuroengineering worth it?

    This course is worth considering if you want to test an interest at the intersection of neuroscience and engineering. Its group presentation and study proposal give that exploration a practical direction, rather than relying only on listening to classes.

    The main trade-off is the concentrated workload: live learning sits alongside substantial daily assignments. Judge its value by the understanding and ideas you develop; Stanford explicitly says participation does not guarantee undergraduate admission.

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    A practical overview of cost, time commitment, provider details, student outcomes and online support to review before deciding.

    Cost and what is included

    $3,200; includes Two-hour live online classes Monday-Friday., Online office hours within the published meeting window., Group project work and presentations., A final neuroengineering study proposal..

    Dates and time commitment

    2 weeks; 10 x 2-hour weekday classes; 2-3-hour daily homework.

    Provider details

    Review the Stanford Pre-Collegiate Studies provider page and official sources before making a final decision.

    What the student gains

    Potential output: The main output is a proposed study that could contribute to neuroengineering research.. 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.

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    How much preparation does Topics in Neuroengineering need?

    Effort level

    High during the course.

    Best started

    Allow four to six weeks before a future application deadline to prepare records, responses and a work sample.

    Main challenge

    Connecting biological processes with engineering models while keeping up with daily projects.

    Typical preparation

    • Refresh your understanding of the nervous system from your high school biology course.

    • Gather recent grade reports and transcripts, then identify a work sample that reflects your abilities.

    • Write application responses yourself and review every upload before submitting.

    • Plan protected weekday study time and convert the published PDT window to your local time.

    Useful if

    You want to test whether research-focused neuroengineering suits your interests.

    What do students do on Topics in Neuroengineering?

    You examine neural connections and nervous-system processes using engineering models, supported by readings, clinical studies and research. You then apply that understanding to collaborative healing ideas and a proposed research study.

    Step-by-step process

    1. 1

      Attend live online classes examining the nervous system through an engineering lens.

    2. 2

      Use readings, clinical studies and research to investigate neural connections and networks.

    3. 3

      Work in groups to develop ideas for nervous-system healing and regeneration.

    4. 4

      Present your group's ideas.

    5. 5

      Propose a final study that could advance neuroengineering research.

    Topics in Neuroengineering dates and deadlines

    Next cycle not announced yet. These dates are from the latest verified cycle and should be used as a reference only.

    Application deadline

    13 March 2026

    2026 reference cycle; applications and materials due by 11:59 p.m. Pacific Time.

    Reference date

    Session One

    15-26 June 2026

    08:00-11:00 PDT window; two-hour weekday classes and online office hours.

    Reference date

    Session Two

    6-17 July 2026

    16:00-19:00 PDT window; two-hour weekday classes and online office hours.

    Reference date

    Eligibility and requirements

    • Be in Grade 10 or 11 when applying.

    • Have completed a high school biology course.

    How much does Topics in Neuroengineering cost?

    Program tuition

    $3,200 — Published 2026 Summer Institutes tuition.

    Funding or discounts

    • Financial aid: Domestic and international participants — Aid may be awarded to either group.

    What's included

    Two-hour live online classes Monday-Friday., Online office hours within the published meeting window., Group project work and presentations., A final neuroengineering study proposal.

    How to apply to Topics in Neuroengineering

    1. 1

      Create or reuse an account in Stanford's application portal using the student's legal name and birthdate.

    2. 2

      Select Summer Institutes and list the courses you are interested in attending.

    3. 3

      Complete every written response independently.

    4. 4

      Upload recent grade reports, transcripts and a work sample meeting the selected course's requirements.

    5. 5

      Upload standardized test scores only if you choose to include them.

    6. 6

      Pay the required application fee.

    7. 7

      Review the complete application before submitting, because changes cannot be made afterward.

    Next step with Succeed

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    Learning format

    Each session combines two-hour live online classes Monday-Friday with 2-3 hours of daily assignments and projects. Classes take place within the selected session's three-hour PDT window, with the third hour used for online office hours.

    Exact class times and the office-hour schedule are set closer to the program; students attend one course section and time.

    Time-zone considerations

    • Session One uses an 08:00-11:00 PDT meeting window.
    • Session Two uses a 16:00-19:00 PDT meeting window.
    • Live classes last two hours Monday-Friday within the selected window.
    • The third hour is used for online office hours.
    • Students attend one course section and time, with exact scheduling set closer to the program.

    Assessment style

    The course centers on research-informed group work, presentations and a final study proposal.

    • Apply readings, clinical studies and research to project ideas.
    • Develop nervous-system healing and regeneration ideas collaboratively.
    • Present your group's ideas.
    • Propose a study that could enhance neuroengineering research.

    Portfolio / outputs

    Main deliverable / output

    The main output is a proposed study that could contribute to neuroengineering research.

    • Collaboratively developed ideas for nervous-system healing and regeneration.

    • A group presentation communicating those ideas.

    Topics in Neuroengineering FAQs

    Applicants must have completed a high school biology course and be in Grade 10 or 11 when applying.

    Expect two hours of live classes Monday-Friday and 2-3 hours of assignments and projects daily. Online office hours use the third hour of the published meeting window.

    Students propose a study that could advance neuroengineering research. Group work also develops and presents ideas for nervous-system healing and regeneration.

    No. Students admitted to Summer Institutes may attend only one course, although applicants may list several courses they are interested in attending.

    No. Standardized test scores are optional for both domestic and international applicants.

    Applicants must complete their own responses. Parents or legal guardians may review the completed application and sign afterward.

    No. Stanford undergraduate admissions operates independently from Pre-Collegiate Studies, and participation does not guarantee admission.

    Yes. Financial aid can be awarded to both domestic and international participants.

    Alternatives to Topics in Neuroengineering

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    Sean Stevens

    Content 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.

    View author page

    Sources & verification

    Source types reviewed

    • SU26_SPCS_Flyer_TeachCoun.indd
    • Welcome
    • Questions: Application - SI | Stanford Pre-Collegiate Summer Institutes
    • Topics in Neuroengineering | Stanford Pre-Collegiate Summer Institutes

    Succeed uses official provider information where available, but keeps this public page focused on comparison and planning inside Succeed.

    What we verified (on 6 Oct 2026)

    • Course details checked

    • Eligibility and prerequisite reviewed

    • Live scheduling checked

    • Homework expectations reviewed

    • Tuition and aid checked

    • Application requirements reviewed

    • Reference-cycle dates checked

    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.