Ann Arbor session
6-13 July 2027
Eight-day residential session in Michigan.
NYLF Engineering
by Envision
NYLF Engineering combines hands-on design, CAD, robotics, electronics and an impact capstone with an immersive university-campus experience.

by Envision
NYLF Engineering combines hands-on design, CAD, robotics, electronics and an impact capstone with an immersive university-campus experience.

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Current status
Upcoming
Eligibility
Grades 9-12; admissions criteria apply
Age range / Year group
Ages 14-18
Location / Region
United States
Cost
$4,599; $4,799
Duration
8 days
Format
In-person
Accommodation: University-campus dormitories
Meals: Residential room and board
Certificate: Certificate of Achievement
College credit: 2 college credits
Supervision: Overall 8:1 student-to-staff ratio
NYLF Engineering is an immersive pre-college experience centred on practical design and engineering problem-solving. Students use CAD, electronics, coding, robotics and prototyping rather than only listening to lectures.
The programme builds towards a team capstone linked to the UN Sustainable Development Goals. Students define a problem, develop and test a prototype, then present their solution.
It particularly suits students who want to sample several engineering disciplines while experiencing campus living, peer collaboration, career speakers and a busy structured itinerary.
NYLF Engineering is a pre-college programme operated by Envision by WorldStrides. It introduces engineering through practical workshops in CAD, 3D printing, electrical circuits, artificial intelligence, microcontrollers, drones and robotics.
Students work in teams throughout a structured residential experience, supported by advisors and engineering speakers. The programme culminates in an Impact Challenge in which each team develops, tests and presents a product responding to a UN Sustainable Development Goal.
The itinerary turns engineering ideas into practical work through CAD, 3D printing, circuits, drones, rovers and robotics.
A programme-long capstone gives students a coherent design problem rather than a disconnected collection of workshops.
The curriculum connects technical design with sustainability, ethics, teamwork and responsible decision-making.
Campus living, admissions speakers and an engineering excursion help students test both the subject and the wider university experience.
Successful completion can provide a Certificate of Achievement and two college credits for eligible students.
Curious high school students who want a broad, practical introduction to engineering and are comfortable collaborating, presenting and following a full residential schedule.
You want deep specialisation in one engineering branch, a lightly structured holiday camp or a programme based mainly on independent study.
NYLF Engineering can be worthwhile for students who learn best by making things and want to compare several engineering fields before choosing a future pathway. The combination of practical builds, a sustained capstone, career input and campus life offers more variety than a single-subject classroom course.
The limitation is breadth: eight days cannot provide advanced mastery of CAD, coding, electronics and robotics. It is also a significant financial and travel commitment, so families should judge it by the student's interest in the actual curriculum rather than the university names attached to each location.
A practical overview of cost, accommodation, meals, dates and provider details to review before deciding.
Cost and what is included
$4,599; $4,799; includes Room and board for residential students, Lectures, simulations, curriculum and materials, College-credit costs, Programme staff and supervision, Certificate of Achievement, Programme activities and engineering excursion, Local transportation during programme activities.
Accommodation
University-campus dormitories
Meals
Residential room and board
Provider details
Review the Envision provider page and official sources before making a final decision.
Dates and logistics
8 days; United States.
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-intensity residential programme.
Best started
Begin the application and travel planning at least six to eight weeks before your preferred session.
Main challenge
Learning unfamiliar technical tools while contributing to a team prototype.
Review the admissions questions and gather academic, extracurricular and mentor information before applying.
Practise explaining why engineering interests you and what kind of problem you would like to solve.
After enrolment is confirmed, complete the required forms and arrange travel before making optional shuttle plans.
Useful if
You enjoy practical problem-solving and can communicate ideas under time pressure.
The programme moves from campus orientation and foundational engineering workshops to iterative team design, real-world exposure and a final capstone presentation.
Check in, tour the campus and meet your advisor and classroom group.
Design a model rocket with CAD and produce it through 3D printing.
Explore artificial intelligence, neural networks and their ethical implications.
Build circuits and program microcontrollers, drones, rovers and robots.
Choose a UN Sustainable Development Goal and define a team challenge.
Brainstorm, prototype, test and refine a practical engineering solution.
Meet engineering professionals, admissions representatives and college students.
Visit an engineering-related business, facility or industry site.
Present the final prototype and celebrate completion with certificates.
Ann Arbor session
6-13 July 2027
Eight-day residential session in Michigan.
Berkeley session
6-13 July 2027
Eight-day residential session in California.
Atlanta session
16-23 July 2027
Eight-day residential session in Georgia.
New Haven session
16-23 July 2027
First eight-day residential session in Connecticut.
New Haven session
25 July-1 August 2027
Second eight-day residential session in Connecticut.
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Ann Arbor session | 6-13 July 2027 | Local | Reference date | |
Berkeley session | 6-13 July 2027 | Local | Reference date | |
Atlanta session | 16-23 July 2027 | Local | Reference date | |
New Haven session | 16-23 July 2027 | Local | Reference date | |
New Haven session | 25 July-1 August 2027 | Local | Reference date |
Students in US Grades 9-12
Approximately ages 14-18
Minimum 3.0 GPA for high school students
Two short essays of 200-500 words
Mentor name required with the application
No prior engineering experience required
Residential programme fee
$4,599-$4,799 — Core residential programme benefits are included.
Funding or discounts
What's included
Room and board for residential students, Lectures, simulations, curriculum and materials, College-credit costs, Programme staff and supervision, Certificate of Achievement, Programme activities and engineering excursion, Local transportation during programme activities
Open the official Envision enrolment application for NYLF Engineering.
Provide academic achievement and extracurricular leadership information.
Answer two short essay questions of 200-500 words each.
Give the name of a teacher, counsellor, coach or other mentor.
Submit the application for Envision's admissions review.
If accepted, complete enrolment to secure a place.
Use the post-enrolment portal to complete travel and information forms.
The programme covers the following focus areas.
CAD and prototyping
Design and 3D-print a model rocket while learning mechanical design principles.
Electronics and drones
Build circuits and program a microcontroller for practical drone activities.
Artificial intelligence
Explore neural networks, data and the ethical impact of AI.
Robotics
Construct, program, test and troubleshoot a robot through team challenges.
Impact Challenge
Develop and present a product addressing a global sustainability goal.
Curriculum may be adjusted based on participant interests and current developments.
A typical day during the programme.
Complete practical design, CAD, electronics, AI or robotics sessions.
Develop the capstone, meet professionals or join engineering activities.
Join supervised social challenges, reflections and group preparation.
Visit an engineering setting and explore the host city.
Students learn through workshops supported by programme advisors and educational facilitators, with professional engineers and other speakers contributing career and technology perspectives. Admissions representatives and college students also join a dedicated panel.
Envision publishes an overall student-to-staff ratio of 8:1 and classroom ratios of 17-25:1.
Room layouts depend on the housing location; general Envision guidance says two to four students share a room and bathrooms are shared.
After completing this programme, participants often pursue:
Use the capstone and technical builds as evidence of engineering interest.
Add the Certificate of Achievement to a CV or portfolio.
Earn two college credits after meeting the completion requirements.
Reflect on preferred pathways across mechanical, electrical, civil and emerging technology fields.
Use insights from professionals and admissions speakers to plan further study.
Programme participation can support reflection and subject exploration, but it does not guarantee a university-admissions outcome.
The 2027 programme is listed in Ann Arbor, Atlanta, New Haven and Berkeley, giving students a residential university-campus experience in four US cities. Each itinerary includes campus exploration, while the off-site day combines an engineering visit with host-city sightseeing.
The provider states that locations, programme content and speakers may change.
Compare these engineering and STEM programmes if you want a different location, duration or academic emphasis.
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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.
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