Columbia sessions
12-20 June; 24 June-2 July 2026
New York; $4,495 residential.
Engineering
by National Student Leadership Conference
A residential engineering summer programme combining hands-on design challenges, leadership workshops, expert perspectives and industry-focused trips.

by National Student Leadership Conference
A residential engineering summer programme combining hands-on design challenges, leadership workshops, expert perspectives and industry-focused trips.

What Succeed checks
We review public programme details such as eligibility, age range, cost, duration, location, format, accommodation, meals and application timing.
What Last verified means
Last verified is the latest date Succeed checked the public details shown on this page. Programme dates, prices and availability can still change.
How official sources are used
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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.
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Current status
Past
Eligibility
Completed one high-school year
Age range / Year group
Ages 14-18
Location / Region
Eight university locations
Cost
From $4,195
Duration
9 or 12 days
Format
In-person residential
Accommodation: Supervised campus dormitories
Meals: Campus meals included
Campus experience: Workshops, trips and tours
Technical practice: Robotics, drones, soldering and CAD
College credit: Optional separate online course
The programme introduces civil, mechanical, electrical and chemical engineering through practical design challenges and technical workshops.
Students build and test robots, drones, gliders and wind turbines while learning from guest speakers and visiting engineering organisations.
It suits students who want an immersive test of engineering study and careers, with a substantial residential campus experience alongside the academic content.
The Engineering programme is a residential pre-college experience run by the National Student Leadership Conference. It explores civil, mechanical, electrical and chemical engineering through practical projects that connect science, mathematics and creativity.
Students work in teams on robots, drones, aquatic vehicles, gliders and renewable-energy systems. Guest speakers, leadership workshops, industry visits and campus living broaden the experience beyond technical classroom study.
The programme turns engineering theory into tangible prototypes and flight or performance testing.
Its curriculum spans several engineering disciplines before students need to choose a university specialism.
Industry speakers and location-specific visits connect workshop learning with real engineering organisations.
Leadership sessions add structured work on communication, listening, resilience and empathy.
Residential campus life offers a realistic introduction to navigating university routines.
Students who want to test engineering through collaborative building, technical practice and exposure to several disciplines before choosing a specialism.
You want a low-cost day course, a narrowly specialised academic class or a programme assessed through formal examinations.
It can be worthwhile for a student who learns best by building, testing and discussing ideas with peers. The combination of technical simulations, career exposure and residential campus life provides a broader experience than a conventional short course.
The limitation is value for money: tuition is substantial, and travel plus optional college credit cost extra. Students should compare the practical content and preferred campus against less expensive local courses, independent projects and subject-focused summer schools.
A practical overview of cost, accommodation, meals, dates and provider details to review before deciding.
Cost and what is included
From $4,195; includes Supervised campus housing, On-campus meals, Course materials and academic expenses, Trips, tours and activities, Off-campus event transportation.
Accommodation
Supervised campus dormitories
Meals
Campus meals included
Provider details
Review the National Student Leadership Conference provider page and official sources before making a final decision.
Dates and logistics
9 or 12 days; Eight university locations.
What to check before committing
Confirm current dates, payment terms, travel arrangements, cancellation rules and what 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 and immersive.
Best started
Begin planning two to three months before a preferred session to allow for enrolment, travel and payment arrangements.
Main challenge
Turning engineering ideas into working team prototypes.
Review the available campuses and their location-specific trips.
Choose a session whose travel dates and tuition work for your family.
Prepare examples of your interest in engineering and leadership.
After enrolment, check the student profile for travel and packing instructions.
Useful if
You enjoy practical problem-solving and collaborative experimentation.
Students move from engineering concepts to collaborative design, construction and testing, supported by technical workshops, speakers and industry visits.
Explore civil, mechanical, electrical and chemical engineering applications.
Design and flight-test a specialised drone prototype.
Build and test a remotely operated aquatic robot.
Construct a glider and matching launch system.
Build a wind turbine that generates direct-current electricity.
Practise soldering, programming, breadboarding and computer-aided design.
Join leadership workshops, guest-speaker sessions and location-specific trips.
Next cycle not announced yet. These dates are from the latest verified cycle and should be used as a reference only.
Columbia sessions
12-20 June; 24 June-2 July 2026
New York; $4,495 residential.
Duke sessions
6-14 July; 18-26 July 2026
Durham; $4,295 residential.
Rice sessions
11-19 June; 23 June-1 July 2026
Houston; $4,195 residential.
Berkeley sessions
12-20 June; 24 June-2 July 2026
San Francisco; $4,395 residential.
UCLA sessions
23 June-1 July; 5-13 July 2026
Los Angeles; $4,395 residential.
Michigan sessions
8-16 July; 21-29 July 2026
Ann Arbor; $4,195 residential.
Oxford sessions
5-16 July; 20-31 July 2026
Twelve-day sessions; $6,395 residential.
Penn sessions
19-27 July; 30 July-7 August 2026
Philadelphia; $4,395 residential.
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Columbia sessions | 12-20 June; 24 June-2 July 2026 | Local | Reference date | Get next-cycle reminder |
Duke sessions | 6-14 July; 18-26 July 2026 | Local | Reference date | Get next-cycle reminder |
Rice sessions | 11-19 June; 23 June-1 July 2026 | Local | Reference date | Get next-cycle reminder |
Berkeley sessions | 12-20 June; 24 June-2 July 2026 | Local | Reference date | Get next-cycle reminder |
UCLA sessions | 23 June-1 July; 5-13 July 2026 | Local | Reference date | Get next-cycle reminder |
Michigan sessions | 8-16 July; 21-29 July 2026 | Local | Reference date | Get next-cycle reminder |
Oxford sessions | 5-16 July; 20-31 July 2026 | Local | Reference date | Get next-cycle reminder |
Penn sessions | 19-27 July; 30 July-7 August 2026 | Local | Reference date | Get next-cycle reminder |
Ages 14-18
Completed at least one high-school year
Current high-school students or recent graduates
Academic excellence and leadership ability encouraged
Programme fee
$4,195-$6,395 — Varies by campus; residential tuition.
Funding or discounts
What's included
Supervised campus housing, On-campus meals, Course materials and academic expenses, Trips, tours and activities, Off-campus event transportation
Open the official NSLC online enrolment portal.
Create an NSLC ID if you do not already have one.
Enter the student’s birth date, gender and current grade.
Choose an available Engineering campus and session.
Complete enrolment and place the required deposit by card or arrange payment by check.
Use the student account to review availability, travel and payment details.
The programme covers the following focus areas.
Drone engineering
Design, build and flight-test prototypes using aerodynamics, circuitry and control systems.
Robotics systems
Build remotely operated aquatic robots and test them in peer competitions.
Energy engineering
Construct a wind turbine that converts kinetic energy into direct-current electricity.
Prototyping skills
Practise soldering, programming, breadboarding and computer-aided design.
Leadership development
Develop communication, listening, resilience and empathy through dedicated workshops.
Curriculum may be adjusted based on participant interests and current developments.
A typical day during the programme.
Interactive workshops and team simulations develop and test engineering designs.
Guest speakers and location-specific industry or university visits add professional context.
Workshops cover communication, listening, resilience, empathy and personality styles.
Students interact with engineering guest speakers from professional, academic and research backgrounds. Past speakers have represented organisations including NASA, SpaceX, Atom Computing, the National Academy of Engineering and university engineering laboratories.
Named speakers are past examples and are not a confirmed future-session faculty list.
Room and campus arrangements vary by location; students should check their account before booking travel.
After completing this programme, participants often pursue:
Use practical experience to assess whether engineering suits you.
Build examples for reflecting on engineering interest in future applications.
Develop technical familiarity with prototyping, programming and CAD.
Carry leadership and teamwork learning into school projects and activities.
Optionally complete a separate one-credit American University course.
College credit requires separate enrolment, online coursework and tuition.
The programme ran at university campuses in New York, Durham, Houston, San Francisco, Los Angeles, Ann Arbor, Oxford and Philadelphia. Trips vary by location and may include engineering departments, laboratories, factories, museums and technology organisations in the surrounding region.
Some host universities explicitly state that they do not sponsor or endorse NSLC; Oxford facilities are hired for programme use.
Compare these published Succeed options if you want a different engineering focus, duration or campus experience.
In-person engineering programme in Cambridge
Best for
Students seeking a longer subject-focused residential experience.
Short in-person engineering experience in Cambridge
Best for
Students wanting a shorter, lower-cost introduction.
Engineering study at St Catharine's College
Best for
Students wanting an engineering-focused Cambridge summer course.
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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.
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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.