Seattle residential
27 June-2 July 2027
Six-day session
NYLF Explore STEM
by Envision
A hands-on campus programme combining robotics, engineering, forensics and medicine with leadership, teamwork and a final STEM showcase.

by Envision
A hands-on campus programme combining robotics, engineering, forensics and medicine with leadership, teamwork and a final STEM showcase.

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We review public programme details such as eligibility, age range, cost, duration, location, format, accommodation, meals and application timing.
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Current status
Upcoming
Eligibility
US Grades 6-8
Age range / Year group
Ages 11-14
Location / Region
San Diego; Houston; Buies Creek; Columbus; New York; Seattle; Dallas; San Marcos; Berkeley; Miami; Nashville; Chicago; Philadelphia; Denver; Atlanta; College Park; St. Louis; Boston
Cost
From $2,899
Duration
6 days
Format
In-person
Class size: 20:1 classroom ratio
Accommodation: Supervised campus housing
Meals: Residential all meals; commuter lunch
Outcome: Certificate and project showcase
Students rotate through practical robotics, engineering, forensic science and medicine activities, using tools such as programmable robots and CAD software.
Leadership workshops, team challenges, evening activities and a final STEM showcase combine academic exploration with confidence-building and social development.
It best suits curious students who want to sample several STEM pathways rather than study one subject in depth.
NYLF Explore STEM is an Envision by WorldStrides experiential programme built around practical exploration of robotics, engineering, forensic science and medicine. Students work through labs, simulations and collaborative challenges using real-world techniques and tools.
The experience also incorporates leadership workshops, reflection, team-building and social activities. Students complete the programme by presenting their robotics and engineering work in a STEM showcase.
The curriculum lets students test four distinct STEM areas through practical activities rather than observation alone.
Students build and program a robot that they can take home for continued learning.
Forensic, medical and engineering simulations connect classroom ideas with recognisable professional tasks.
The final showcase gives teams a concrete reason to explain and present what they have built.
Residential and commuter formats give families different ways to access the same core programme.
Curious students who want hands-on exposure to several STEM careers while developing teamwork, confidence and independence.
You want sustained depth in one specialist subject, formal academic credit or a largely unstructured camp experience.
NYLF Explore STEM can be worthwhile for a student who learns best by building, testing and collaborating. Its main strength is the breadth of practical activities, supported by a defined itinerary and tangible projects.
The trade-off is that a short multi-subject programme cannot offer deep mastery of robotics, medicine, forensics or engineering. Families should also weigh the substantial tuition and possible travel costs against less expensive local STEM clubs or camps.
A practical overview of cost, accommodation, meals, dates and provider details to review before deciding.
Cost and what is included
From $2,899; includes Instruction, programme activities and materials, Certificate of Achievement, Professional faculty-advisor supervision, Local motorcoach transportation during the programme, Residential housing and all meals, Commuter lunch, Extended day breakfast, dinner and evening activities.
Accommodation
Supervised campus housing
Meals
Residential all meals; commuter lunch
Provider details
Review the Envision provider page and official sources before making a final decision.
Dates and logistics
6 days; San Diego; Houston; Buies Creek; Columbus; New York; Seattle; Dallas; San Marcos; Berkeley; Miami; Nashville; Chicago; Philadelphia; Denver; Atlanta; College Park; St. Louis; Boston.
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
Moderate and highly participatory.
Best started
Begin planning two to three months before your preferred session, allowing time for enrollment, payment and travel arrangements.
Main challenge
Moving quickly between unfamiliar STEM disciplines and team tasks.
Compare residential and commuter dates before choosing a city.
Prepare a brief explanation of which STEM areas interest you most.
Complete post-enrollment forms and review the travel checklist early.
Residential students should discuss room-sharing and time away from home with their family.
Useful if
You enjoy practical problem-solving and learning with new peers.
Students follow a structured sequence of leadership workshops, practical labs, simulations and team projects. The sample itinerary ends with presentations and personal reflection.
Meet advisors and classmates during registration, orientation and team activities.
Learn robot setup, movement programming, sensors and autonomous obstacle navigation.
Use CAD and design thinking to create and test habitat prototypes.
Analyse footprints, fingerprints, bloodstain patterns and unknown substances in forensic scenarios.
Explore anatomy, complete a sheep-lung dissection and practise first-responder techniques.
Present robotics and engineering projects at the final STEM showcase.
Reflect on personal growth and set future goals.
Seattle residential
27 June-2 July 2027
Six-day session
Seattle commuter
28 June-2 July 2027
Five-day session
Dallas residential
27 June-2 July 2027
Six-day session
Dallas commuter
28 June-2 July 2027
Five-day session
Miami residential
27 June-2 July 2027
Six-day session
Miami commuter
28 June-2 July 2027
Five-day session
Chicago residential
27 June-2 July 2027
Six-day session
Chicago commuter
28 June-2 July 2027
Five-day session
Philadelphia residential
27 June-2 July 2027
Six-day session
Philadelphia commuter
28 June-2 July 2027
Five-day session
Boston residential
27 June-2 July 2027
Six-day session
Boston commuter
28 June-2 July 2027
Five-day session
Houston residential
11-16 July 2027
Six-day session
Houston commuter
12-16 July 2027
Five-day session
Columbus residential
11-16 July 2027
Six-day session
Columbus commuter
12-16 July 2027
Five-day session
New York residential
11-16 July 2027
Six-day session
New York commuter
12-16 July 2027
Five-day session
College Park residential
11-16 July 2027
Six-day session
College Park commuter
12-16 July 2027
Five-day session
Buies Creek residential
18-23 July 2027
Six-day session
Buies Creek commuter
19-23 July 2027
Five-day session
Berkeley residential
18-23 July 2027
Six-day session
Berkeley commuter
19-23 July 2027
Five-day session
Nashville residential
18-23 July 2027
Six-day session
Nashville commuter
19-23 July 2027
Five-day session
San Marcos residential
25-30 July 2027
Six-day session
San Marcos commuter
26-30 July 2027
Five-day session
Denver residential
25-30 July 2027
Six-day session
Denver commuter
26-30 July 2027
Five-day session
Atlanta residential
25-30 July 2027
Six-day session
Atlanta commuter
26-30 July 2027
Five-day session
St. Louis residential
25-30 July 2027
Six-day session
St. Louis commuter
26-30 July 2027
Five-day session
San Diego residential
26-31 July 2027
Six-day session
San Diego commuter
27-31 July 2027
Five-day session
| Milestone | Date | Timezone | Status | |
|---|---|---|---|---|
Seattle residential | 27 June-2 July 2027 | Local | Reference date | |
Seattle commuter | 28 June-2 July 2027 | Local | Reference date | |
Dallas residential | 27 June-2 July 2027 | Local | Reference date | |
Dallas commuter | 28 June-2 July 2027 | Local | Reference date | |
Miami residential | 27 June-2 July 2027 | Local | Reference date | |
Miami commuter | 28 June-2 July 2027 | Local | Reference date | |
Chicago residential | 27 June-2 July 2027 | Local | Reference date | |
Chicago commuter | 28 June-2 July 2027 | Local | Reference date | |
Philadelphia residential | 27 June-2 July 2027 | Local | Reference date | |
Philadelphia commuter | 28 June-2 July 2027 | Local | Reference date | |
Boston residential | 27 June-2 July 2027 | Local | Reference date | |
Boston commuter | 28 June-2 July 2027 | Local | Reference date | |
Houston residential | 11-16 July 2027 | Local | Reference date | |
Houston commuter | 12-16 July 2027 | Local | Reference date | |
Columbus residential | 11-16 July 2027 | Local | Reference date | |
Columbus commuter | 12-16 July 2027 | Local | Reference date | |
New York residential | 11-16 July 2027 | Local | Reference date | |
New York commuter | 12-16 July 2027 | Local | Reference date | |
College Park residential | 11-16 July 2027 | Local | Reference date | |
College Park commuter | 12-16 July 2027 | Local | Reference date | |
Buies Creek residential | 18-23 July 2027 | Local | Reference date | |
Buies Creek commuter | 19-23 July 2027 | Local | Reference date | |
Berkeley residential | 18-23 July 2027 | Local | Reference date | |
Berkeley commuter | 19-23 July 2027 | Local | Reference date | |
Nashville residential | 18-23 July 2027 | Local | Reference date | |
Nashville commuter | 19-23 July 2027 | Local | Reference date | |
San Marcos residential | 25-30 July 2027 | Local | Reference date | |
San Marcos commuter | 26-30 July 2027 | Local | Reference date | |
Denver residential | 25-30 July 2027 | Local | Reference date | |
Denver commuter | 26-30 July 2027 | Local | Reference date | |
Atlanta residential | 25-30 July 2027 | Local | Reference date | |
Atlanta commuter | 26-30 July 2027 | Local | Reference date | |
St. Louis residential | 25-30 July 2027 | Local | Reference date | |
St. Louis commuter | 26-30 July 2027 | Local | Reference date | |
San Diego residential | 26-31 July 2027 | Local | Reference date | |
San Diego commuter | 27-31 July 2027 | Local | Reference date |
Students must be in US Grades 6-8.
Qualified students may use the open-enrollment route.
Invited students can enroll using their Student ID.
Unconfirmed students may need to complete an application.
Applicants may need two short essay responses.
Applicants may need to name a teacher, counsellor or coach.
Programme tuition
From $2,899 — Varies by city and attendance format
Funding or discounts
What's included
Instruction, programme activities and materials, Certificate of Achievement, Professional faculty-advisor supervision, Local motorcoach transportation during the programme, Residential housing and all meals, Commuter lunch, Extended day breakfast, dinner and evening activities
Open the official enrollment portal.
Use your Student ID if you received an invitation.
Otherwise, enter your details so Envision can confirm eligibility.
Complete an application if eligibility cannot be confirmed.
Choose a location, session and residential or commuter format.
Select full payment or an available monthly payment plan.
Complete enrollment to secure the selected place.
The programme covers the following focus areas.
Robotics programming
Build and program a robot to move, avoid obstacles and complete autonomous challenges.
Engineering and CAD
Use design thinking and CAD to develop, refine and test habitat prototypes.
Forensic science
Interpret footprints, fingerprints, bloodstain patterns and unknown substances in staged investigations.
Medicine and anatomy
Explore anatomy through clinical observation, lung dissection and first-responder simulations.
Leadership and teamwork
Practise collaboration, self-awareness, goal setting and reflection through daily challenges.
Curriculum may be adjusted based on participant interests and current developments.
A typical day during the programme.
Residential students register, settle in, meet advisors and complete orientation activities.
Leadership workshops, STEM labs, professional speakers and team challenges fill the main programme days.
Residential and extended-day students join supervised trivia, shows and other social activities.
Residential students present team projects, reflect on progress and depart.
Experienced educators lead the STEM rotations, while professional faculty advisors supervise students and act as educational facilitators. Engineers, medical professionals and forensic-science professionals also appear in the sample speaker programme.
The programme states a classroom ratio of 20 students to one adult.
Rooms house two to four students; bathrooms may be ensuite or communal depending on the venue.
After completing this programme, participants often pursue:
Use the take-home robot to continue practising programming.
Keep evidence of CAD prototypes and the final showcase presentation.
Receive a Certificate of Achievement for completed participation.
Identify which STEM subject deserves deeper study next.
Apply leadership, teamwork and goal-setting skills during the transition to high school.
The programme does not state that it awards formal academic credit.
The 2027 programme is scheduled across 18 US cities, with residential and commuter options tied to specific sessions. Teaching and activities take place on university, college or similar educational campuses, while exact venues and programme details may vary by location.
Families should confirm the final venue before booking independent travel.
Compare these Succeed-listed programmes if you want a different subject balance, age range or academic setting.
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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.
Programme details checked
Session dates reviewed
Tuition matched by run
Eligibility reviewed
Accommodation details checked
Safety measures reviewed
Funding options checked
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.