A week-long STEM programme for gifted and curious children aged 6–13, focused on inquiry, survival challenges and real-world problem-solving. 

About the Project 

Lost, Not Helpless: Turning Science into a Survival Kit is a week-long summer science programme for gifted and curious children aged 6–13. It combines inquiry-based learning with real-world challenges and helps children understand how science, technology and logical thinking can be used in survival and crisis situations.

Participants explore how scientific knowledge can help people respond to natural disasters, climate extremes, technical problems and shortages of basic resources. Instead of receiving ready-made answers, children are given challenges, questions and materials. They observe, form hypotheses, test their ideas, build prototypes and improve their solutions.

Three Key Principles 

The project is based on three key principles:

Inquiry-based learning – children explore, investigate and ask questions.
Talent development – the programme offers a wide range of STEAM activities for gifted and curious learners.
Interdisciplinary transfer – children connect science, technology and real-life situations.

The programme uses realistic survival scenarios in a positive, age-appropriate way. The aim is not to frighten children, but to motivate them to think, cooperate and search for practical solutions. Older students and former participants can take part as mentors, supporting student-to-student learning and building a learning community across age groups.

The 5 Pillars of Survival 

The programme is built around five basic survival needs: water, food, warmth, shelter and communication. Each pillar becomes a STEM challenge. Children do not only discuss what people need in difficult situations — they investigate the science behind it, test materials, build prototypes and compare different solutions. 

Pillar 1: Water — Filtration and Hydration
Science focus: filtration and fluid dynamics.
Children design emergency sand and charcoal filters from simple materials and compare their efficiency with commercial survival filters.

Pillar 2: Food — Energy and Thermodynamics
Science focus: heat absorption, solar radiation and plant biology.
Children build functional solar ovens for survival cooking and study plant biology through emergency seed sprouting.

Pillar 3: Warmth — Radiation and Thermal Physics
Science focus: thermal imaging, UV radiation and heat transfer.
Using UV-reactive beads and thermal cameras, children analyse insulation materials and design emergency cold protection.

Pillar 4: Shelter and Boats — Structural Mechanics
Science focus: buoyancy, centre of mass and structural physics.
Children build stable towers from spaghetti and clay to study load-bearing principles, then apply Archimedes’ principle when designing simple rafts.

Pillar 5: Communication — Information Transmission
Science focus: signal encoding, team dynamics and distress communication.
Activities require precise verbal and visual signalling, cooperation and logical coordination during emergency tasks.

Activities and Research Stations 

The programme is organised around practical research stations. Each station starts with a real-life question and leads children through observation, experimentation, construction and reflection. The activities combine science, creativity and teamwork, and can be adapted for science lessons, STEM clubs, project days or gifted education. 

Water: Building and Testing Filters
Water is one of the basic conditions for survival. Children investigate the principle of water filtration, build an improvised filter from available materials and compare it with a commercial plastic filter. Through this challenge, they learn that filtration is not only a scientific concept, but also a practical tool for solving real-life problems.

Food: Energy, Plants and Solar Cooking
Food is essential for survival, physical activity and long-term resilience. Children explore how energy can be obtained and used in practical ways, for example by working with a solar cooker. They also investigate biological principles of plant growth, such as bean germination, and discuss the role of agriculture in sustaining life.

Heat and Cold: Understanding Thermal Regulation
Children explore how sunlight, heat transfer and material properties affect the human body and the environment. They observe ultraviolet radiation with UV beads and use a thermal camera to investigate how different materials absorb, reflect or transfer heat. The practical challenge is to design an improvised way to protect a person from cold.

Shelter, Boats and Construction
Children experiment with different construction shapes, supports, levers and balance. They build towers from simple materials, test stability and design simple structures such as an improvised raft. The activity connects physics, engineering and creativity.

Communication: Understanding, Cooperating, Surviving
Communication means understanding, cooperation and survival. Children explore information transfer, non-verbal communication, message coding and signal systems. They solve tasks that require attention, coordination and precise expression.

Learning in Action 

The photos below show how the programme works in practice. Children investigate real questions, build models, test materials, compare solutions and learn through cooperation. The activities are designed as safe, positive survival-themed challenges that encourage curiosity, creativity and scientific thinking. 

The gallery presents examples of children’s work, classroom questions and photographs from the programme. The materials show that science can be explored through real-life problems: How can we clean water? How can we keep warm? How can we build a stable shelter? How can we communicate without technology? Each question becomes a starting point for inquiry, teamwork and creative problem-solving. 

Project Poster 

This poster gives a quick overview of the project: a one-week STEM programme for children aged 6–13. The programme turns science into a practical survival toolkit through challenges, experiments, prototyping and teamwork. 

For Teachers 

This project can inspire teachers who want to bring more inquiry, experimentation and real-world problem-solving into their classrooms. The activities can be adapted for science lessons, STEM clubs, gifted education, project days or interdisciplinary learning.

Teachers may use the project as a model for designing challenge-based activities where children learn by asking questions, testing ideas, building prototypes and reflecting on their solutions.

Contact 

For more information about the project, teaching materials or possible cooperation, please contact:

Kateřina Vágnerová
Jana Hamplová

Email: katerina.vagnerova( )seznam.cz

Thank you for visiting our project page. We hope it inspires you to turn science into meaningful, hands-on learning.