Our Space Robotics Course provides a fun and engaging learning adventure for young explorers aged 6-7, where they can discover the exciting world of robotics, programming, and space! Each module is designed to be hands-on and builds on what they learn, starting with simple circuit assembly and basic mechanical design, and gradually introducing them to fun projects like creating small robots. The course culminates in a lively final showcase, where students can present their favorite creations, showing off their newfound knowledge and creativity. This course sparks curiosity in robotics while nurturing a love for space science and engineering, setting the stage for their future exploration in the universe!

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

Robots in Space: Discover how special robots are built to help astronauts explore space!

Build Your Own Mars Rover: Use LEGO to make your very own Mars rover and teach it how to complete space missions!

Create a Robotic Arm: Build a cool robotic arm that can pick up objects, just like robots do in space!

Learn About Robot Senses: Find out how robots use sensors to see and learn about new places on other planets!

Explore Space Like a Robot: Program your robot to move around and explore unknown areas, just like a real space explorer!

Make 3D Robots: Use Tinkercad to design your own space robots and homes in 3D!

Control Robots with Python: Learn some fun coding with Python to make your robots move and avoid obstacles!

Arduino Fun: Discover how to build and program robots using Arduino to make them work with sensors and motors!

Design Space Drones: Create flying drones that can explore and gather information on alien planets!

Team Up with Robot Friends: Play with programming lots of robots to work together on exciting space missions!

Age
6-7 years old
Knowledge Background       
Basic understanding about Robotics , Space science or computer science is beneficial. No technical skills required to begin this program.
Basic Motor Skills       
Ability to use basic laptop/ computer, basic tools , electronic gadgets and craft supplies.
Learning Materials       
All necessary materials and tools will be provided by the Lab of Future. Personal items may be needed for specific activities.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Sealed Certificate upon completion
• Detailed Performance & Skills Report

• Basic Robotics Concepts
• Creative Building Skills
• Simple Programming Basics
• Teamwork and Collaboration
• Problem-Solving Skills
• Exploration and Curiosity
• Hands-On Learning Fun

• Understanding Space Science

• LEGO Robotics Challenge: Compete in building and programming LEGO robots to complete simple tasks or obstacle courses.
• Space Exploration Design Contest: Create a poster or model of an imagined space robot or mission and present it to judges.
• Robot Race: Organize a race where students’ robots navigate a course, with points awarded for speed and accuracy.
• Creative Coding Challenge: Use block-based coding platforms to create simple space-themed animations or games, and share them with peers.
• Robotics Showcase: Present projects at a fair, demonstrating their robots' abilities and explaining their designs to visitors.
• LOF internal events & challenges
• NASA Space Apps Challenge
• Science fair & exhibitions

• Story writing competitions

Our Space Robotics Course offers a dynamic, hands-on learning experience where students explore the intersection of robotics, programming, and space exploration. Designed for children aged 11-14,with each module building on the previous one, ensuring a progressive learning experience. Projects will range from basic circuit assembly and mechanical design to complex autonomous rover programming, culminating in a final showcase where students present their favorite projects, demonstrating their knowledge and creativity. This course not only encourages students to dive into robotics but also ignites their passion for space science and engineering, preparing them for future advancements in space exploration.

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

Explore Robotics in Space: Learn how robots are designed and programmed for space exploration missions.

Hands-On Mars Rover Building: Construct your own LEGO Mars rover and program it for real-world space challenges.

Robotic Arm Design: Build and code a robotic arm for tasks like collecting samples in space environments.

Sensors in Space Robotics: Discover how sensors help robots navigate and gather crucial data on planetary surfaces.

Introduction to Space Navigation: Program robots to autonomously explore unknown terrain using advanced navigation algorithms.

3D Design in Tinkercad: Create innovative space robots and habitats using Tinkercad’s 3D modeling tools.

Python for Space Robotics: Learn Python to control robots in tasks like movement, obstacle avoidance, and sample collection.

Arduino Projects: Master Arduino to build and program robots with sensors, motors, and solar power systems.

Autonomous Space Drones: Design and build autonomous drones that can navigate and collect data on alien planets.

Robotic Swarms in Space: Experiment with programming multiple robots to work together in space exploration missions.

Age
11-14 years old

Knowledge Background       
Basic Knowledge in Robotics , Space science ,electronics , or computer science is beneficial. No technical skills required to begin this program.

Basic Motor Skills       
Ability to use basic laptop, computer and basic tools and materials such as batteries , wires , electroninc gadgets and craft supplies.

Learning Materials       
All necessary materials and tools will be provided by the Lab of Future. Personal items may be needed for specific activities.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Sealed Certificate upon completion
• Detailed Performance & Skills Report

1. Robotics Design
2. Programming Skills
3. 3D Modeling
4. Circuitry Basics
5. Sensor Integration
6. Autonomous Navigation
7. Mechanical Systems
8. Problem-Solving
9. Teamwork & Collaboration
10. Creativity & Innovation

• FIRST Robotics Competition (FRC)
• World Robot Olympiad (WRO)
• VEX Robotics Competition
• RoboCup Junior
• International Space Apps Challenge (NASA)
• Zero Robotics (MIT & NASA)
• European Space Agency's Cansat Competition
• MoonBots Challenge
• Google Science Fair

• Space Robotics Challenge (NASA)

Level 1 - Beginners

• Exploring Robotic Sensors
• Advanced LEGO Robotics
• Build Gripping Mechanisms

Level 2 - Intermediates

• Build a Robotic Gripper
• Programming Motor Controls
• Programming Obstacle Courses

Level 3 - Advanced

• Circuit Building Basics
• Exploring Space Navigation
• Intro to Vision Sensors

Level 4 - Professional

• Introduction to Arduino
• Obstacle Avoidance Bots
• Exploring AI with Robotics

Level 5 - Mastery

• Capstone Project

The Space Robotics Course at Lab of Future, designed for students aged 14-18, combines cutting-edge robotics and space science education. Students delve into hands-on learning through real-world projects that bridge theoretical concepts with practical applications in space exploration. This comprehensive program covers key areas like electronics, sensors, programming, and AI-driven decision-making, all geared toward space missions and robotics in a STEM environment.  

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

Introduction to Arduino & Arduino IDE: Master programming Arduino to control LED indicators used in space missions.

Blinking LED + For Loop: Implement variable blink rates and alternating LED patterns for spacecraft communication systems.

Pushbuttons with LEDs: Learn how to read pushbutton states for operating space equipment and creating specific visual alerts.

IR Sensor with LEDs: Explore infrared sensors for detecting obstacles in space environments and controlling navigation LEDs.

Analog Signals & Sensors: Measure analog values from potentiometers and light sensors for monitoring spacecraft conditions.

Tone Maker & LDR: Generate alert tones based on light conditions for robotic systems in space exploration.

Servo Motor Control: Program servo motors for robotic arms that assist in space construction and maintenance tasks.

Gas Smoke Sensor + LEDs: Detect hazardous gases in spacecraft environments and activate alarm systems for crew safety.

LCD & 7-Segment Displays: Display vital data and status indicators for robotic systems used in planetary exploration.

Building Autonomous Space Robots: Integrate AI, sensors, and Arduino to create robots designed for autonomous exploration of other planets.

Age 14-18 years oldKnowledge Background        Basic Knowledge in Robotics , Space science ,electronics , or computer science is beneficial. No technical skills required to begin this program.Basic Motor Skills        Ability to use basic laptop, computer and basic tools and materials such as batteries , wires , electroninc gadgets and craft supplies.Learning Materials        All necessary materials and tools will be provided by the Lab of Future. Personal items may be needed for specific activities.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Sealed Certificate upon completion
• Detailed Performance & Skills Report

1. Programming with Arduino
2. Robotic System Building
3. Sensor Integration Skills
4. Real-World Problem Solving
5. 3D Design Proficiency
6. Data Interpretation
7. Team Collaboration
8. Critical Thinking
9. AI Implementation
10. Hands-On Experience

• FIRST Robotics Competition (FRC)
• World Robot Olympiad (WRO)
• VEX Robotics Competition
• RoboCup Junior
• International Space Apps Challenge (NASA)
• Zero Robotics (MIT & NASA)
• European Space Agency's Cansat Competition
• MoonBots Challenge
• Google Science Fair
• Space Robotics Challenge (NASA)

Building and Programming Robots:

• Construct a robot equipped with multiple sensors.
• Develop and implement wireless control for your robot.
• Understand and explore robot kinematics.

Advanced Robotics and AI:

• Learn about advanced sensors and their applications in robotics.
• Integrate AI technologies like image recognition into robotic systems.
• Create a maze-solving robot with autonomous navigation capabilities.

Robotic Arm Design and Kinematics:

• Design and build a multi-axis robotic arm.
• Code and simulate the kinematics for complex robotic movements.
• Experience space machines in a virtual reality (VR) environment.

Mars Rover Development:

• Design and build a functional Mars rover.
• Develop and integrate power subsystems for the rover.
• Experience a VR simulation of a Mars landing.

Space Station Construction:

• Construct a working model of a space station.
• Conduct research and analyze historical human space missions.

Embark on an extraordinary journey into space robotics with the Galactic Mechanics program! Designed for young innovators, this hands-on STEM experience lets you build and program your own robots, explore kinematics, and power AI-driven machines. Dive into VR simulations of Mars landings and space missions, and construct a working space station. Ignite your passion for space exploration and engineering in a program that challenges your imagination and skills!

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Certificate upon completion
• Detailed Performance & Skills Report

• Robotics Engineering
• Programming
• Kinematics Understanding
• AI and Sensor Integration
• Wireless Communication
• Problem-Solving
• Virtual Reality (VR) Interaction
• Space Systems Design and Analysis
• Teamwork and Collaboration
• Critical Thinking
  

• VEX Robotics Competition
• RoboCup Junior
• International Space Settlement Design Competition (ISSDC)
• NASA Space Apps Challenge
• FIRST Tech Challenge
• National Robotics Challenge
• World Robot Olympiad
• Zero Robotics
• Google Science Fair
• Astronomy Challenges

Building and Programming Robots:

• Construct a robot equipped with multiple sensors.
• Develop and implement wireless control for your robot.
• Understand and explore robot kinematics.

Advanced Robotics and AI:

• Learn about advanced sensors and their applications in robotics.
• Integrate AI technologies like image recognition into robotic systems.
• Create a maze-solving robot with autonomous navigation capabilities.

Robotic Arm Design and Kinematics:

• Design and build a multi-axis robotic arm.
• Code and simulate the kinematics for complex robotic movements.
• Experience space machines in a virtual reality (VR) environment.

Mars Rover Development:

• Design and build a functional Mars rover.
• Develop and integrate power subsystems for the rover.
• Experience a VR simulation of a Mars landing.

Space Station Construction:

• Construct a working model of a space station.
• Conduct research and analyze historical human space missions.

Embark on an extraordinary journey into space robotics with the Galactic Mechanics program! Designed for young innovators, this hands-on STEM experience lets you build and program your own robots, explore kinematics, and power AI-driven machines. Dive into VR simulations of Mars landings and space missions, and construct a working space station. Ignite your passion for space exploration and engineering in a program that challenges your imagination and skills!

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Certificate upon completion
• Detailed Performance & Skills Report

• Robotics Engineering
• Programming
• Kinematics Understanding
• AI and Sensor Integration
• Wireless Communication
• Problem-Solving
• Virtual Reality (VR) Interaction
• Space Systems Design and Analysis
• Teamwork and Collaboration
• Critical Thinking
  

• VEX Robotics Competition
• RoboCup Junior
• International Space Settlement Design Competition (ISSDC)
• NASA Space Apps Challenge
• FIRST Tech Challenge
• National Robotics Challenge
• World Robot Olympiad
• Zero Robotics
• Google Science Fair
• Astronomy Challenges

Building and Programming Robots:

• Construct a robot equipped with multiple sensors.
• Develop and implement wireless control for your robot.
• Understand and explore robot kinematics.

Advanced Robotics and AI:

• Learn about advanced sensors and their applications in robotics.
• Integrate AI technologies like image recognition into robotic systems.
• Create a maze-solving robot with autonomous navigation capabilities.

Robotic Arm Design and Kinematics:

• Design and build a multi-axis robotic arm.
• Code and simulate the kinematics for complex robotic movements.
• Experience space machines in a virtual reality (VR) environment.

Mars Rover Development:

• Design and build a functional Mars rover.
• Develop and integrate power subsystems for the rover.
• Experience a VR simulation of a Mars landing.

Space Station Construction:

• Construct a working model of a space station.
• Conduct research and analyze historical human space missions.

Embark on an extraordinary journey into space robotics with the Galactic Mechanics program! Designed for young innovators, this hands-on STEM experience lets you build and program your own robots, explore kinematics, and power AI-driven machines. Dive into VR simulations of Mars landings and space missions, and construct a working space station. Ignite your passion for space exploration and engineering in a program that challenges your imagination and skills!

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Certificate upon completion
• Detailed Performance & Skills Report

• Robotics Engineering
• Programming
• Kinematics Understanding
• AI and Sensor Integration
• Wireless Communication
• Problem-Solving
• Virtual Reality (VR) Interaction
• Space Systems Design and Analysis
• Teamwork and Collaboration
• Critical Thinking
  

• VEX Robotics Competition
• RoboCup Junior
• International Space Settlement Design Competition (ISSDC)
• NASA Space Apps Challenge
• FIRST Tech Challenge
• National Robotics Challenge
• World Robot Olympiad
• Zero Robotics
• Google Science Fair
• Astronomy Challenges

Machine Learning for Robotics:

• Basics of machine learning applied to robotics.
• Designing and building an autonomous maze-solving robot.

Computer Vision:

• Introduction to OpenCV and its applications.
• Developing robots capable of object detection and tracking.

Robotic Arm Control:

• Applying inverse kinematics for precise robot arm control.
• Building advanced robotic arms and implementing gesture control.
• Integrating and using advanced sensors in robotic systems.

CubeSAT Development:

• Designing and constructing a CubeSAT.
• Performing impact, load, and temperature testing.
• Data retrieval and analysis for space missions.

Satellite Sub-systems:

• Creating CubeSAT heating systems and energy backup systems.
• Designing and building a functional drone.

ISS Robotics Challenge:

• Designing robotic arms for use on the International Space Station (ISS).
• Participating in a remote sensing mission.

Category	Requirements
Age	14-18 years old
Educational Background	- High school level knowledge in STEM subjects (Science, Technology, Engineering, Mathematics)
Programming Skills	- Proficiency in at least one programming language (e.g., Python, C++)
Robotics Experience	- Previous experience in building and programming robots (preferred)
Mathematics	- Strong understanding of algebra, geometry, and basic calculus
Technical Equipment	- Access to a computer with internet, VR equipment, and basic robotics tools
Interest Areas	- Passion for robotics, space technology, and engineering
Learning Attitude	- Eagerness to tackle complex projects and solve challenging problems

Unlock your potential with the Galactic Mechanics program! Dive into cutting-edge robotics and space technology as you master machine learning, build autonomous robots, and design your own CubeSAT. Explore computer vision, control advanced robotic arms, and tackle real-world space challenges. Experience the thrill of VR simulations and remote sensing missions. Join us to innovate, create, and push the boundaries of STEM!

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Certificate upon completion
• Detailed Performance & Skills Report

• Machine Learning
• Autonomous Robotics
• Computer Vision
• Object Detection and Tracking
• Inverse Kinematics
• Advanced Robotic Arm Design
• Gesture Control
• Sensor Integration
• CubeSAT Development
• Data Analysis
• Satellite Sub-systems
• Drone Design
• ISS Robotics
• Remote Sensing
  

• LOF internal events & challenges
• NASA Space Apps Challenge
• International Space Settlement Design Competition (ISSDC)
• Google Science Fair
• FIRST Tech Challenge (FTC)
• National Robotics Challenge
• World Robot Olympiad (WRO)
• Zero Robotics

Astronomical Understanding:

• Understanding the Day & Night Formation: Comprehending how Earth’s rotation creates day and night.
• Understanding the Reasons for Seasons: Learning how Earth's tilt and orbit affect seasonal changes.
• Understanding Solar & Lunar Eclipses: Grasping the causes and mechanics of solar and lunar eclipses.
• Making Lunar Maps: Creating detailed maps of the Moon’s surface to understand its geography.

Technology and Virtual Exploration:

• Using Google Earth: Exploring Earth and other celestial bodies using Google Earth for spatial and geographical learning.
• VR Experience of Earth Observation: Utilizing virtual reality to observe and interact with Earth from different perspectives.

Practical Science and Engineering Skills:

• Making a Telescope: Building a functional telescope to learn about optics and astronomy.
• Making a 3D Printed Sundial: Designing and printing a sundial to understand timekeeping and the Sun’s position.
• Making a Moondial: Creating a moon-based timekeeping device to learn about lunar cycles.
• Making a Newton Disc: Constructing a Newton Disc to explore color theory and light dispersion.
• Construction of a Lunar Rover: Building a model lunar rover to understand mobility and engineering in space exploration.
• Making a Robotic Arm: Assembling and programming a robotic arm to learn about robotics and automation.

Creative and Interactive Learning:

• Creating a Space Game: Designing a space-themed game to apply knowledge of space science in an engaging way.
• Making 3D Printed Space Objects: Crafting 3D models of space objects such as planets or spacecraft.
• Night Sky Observations: Practicing stargazing and identifying constellations and celestial events.
• Knowing about Constellations: Learning to identify and understand the significance of various constellations.
• Making a Constellation Viewer: Constructing a tool to project and view constellations.

Programming and Robotics:

• Programming a Space Rover: Writing code to control a simulated or real space rover, learning basic robotics and programming.
• Construction of a Glider: Building and testing a glider to understand aerodynamics and flight principles.

Scientific Inquiry and Experiments:

• Understanding Laws of Physics through Experiments: Conducting experiments to explore fundamental physics principles.
• Making a Spectroscope: Creating a device to analyze light spectra and understand light properties.
• Scale Model of the Solar System: Constructing a scaled model of the solar system to visualize planetary distances and sizes.
• Lunar Crater Experiment: Simulating lunar craters to study impact effects and planetary surface features.
• Solar Fire Generator: Building a device to focus sunlight and demonstrate principles of solar energy.

Requirement	Details
Age	11-14 years old
Knowledge Background	- A strong interest in space, astronomy, and science is beneficial.  - Basic knowledge of physics principles such as gravity, light, and motion.
Basic Motor Skills	Ability to use tools and materials for constructing models and performing experiments.
Learning Materials	All necessary materials and tools will be provided by the Lab of Future. Personal items may be needed for specific activities.

Get ready to dive deep into the cosmos with this program at the Lab of Future! Explore the mysteries of the universe as you build your own lunar rover, create stunning 3D-printed space objects, and design epic space games. Experience the thrill of observing the night sky, understand the science behind eclipses, and master the art of telescope making. With hands-on projects, cutting-edge technology, and exciting experiments, you’ll become a true space explorer. Join us for a stellar adventure that will ignite your passion for science and tech!

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Certificate upon completion
• Detailed Performance & Skills Report

• Creative Thinking
• Observational Skills
• Fine Motor Skills
• Problem Solving Skills
• Teamwork & Collaboration
• Scientific Inquiry

• LOF internal events & challenges
• NASA Space Apps Challenge
• Science fair & exhibitions
• Astronomy Picture of the Day (APOD) Kids' Contest
• Space Settlement Design Contest
• Model Rocket Competitions
• Lunar and Martian Map-Making Contest

Astronomical Understanding:

• Understanding the Day & Night Formation: Comprehending how Earth’s rotation creates day and night.
• Understanding the Reasons for Seasons: Learning how Earth's tilt and orbit affect seasonal changes.
• Understanding Solar & Lunar Eclipses: Grasping the causes and mechanics of solar and lunar eclipses.
• Making Lunar Maps: Creating detailed maps of the Moon’s surface to understand its geography.

Technology and Virtual Exploration:

• Using Google Earth: Exploring Earth and other celestial bodies using Google Earth for spatial and geographical learning.
• VR Experience of Earth Observation: Utilizing virtual reality to observe and interact with Earth from different perspectives.

Practical Science and Engineering Skills:

• Making a Telescope: Building a functional telescope to learn about optics and astronomy.
• Making a 3D Printed Sundial: Designing and printing a sundial to understand timekeeping and the Sun’s position.
• Making a Moondial: Creating a moon-based timekeeping device to learn about lunar cycles.
• Making a Newton Disc: Constructing a Newton Disc to explore color theory and light dispersion.
• Construction of a Lunar Rover: Building a model lunar rover to understand mobility and engineering in space exploration.
• Making a Robotic Arm: Assembling and programming a robotic arm to learn about robotics and automation.

Creative and Interactive Learning:

• Creating a Space Game: Designing a space-themed game to apply knowledge of space science in an engaging way.
• Making 3D Printed Space Objects: Crafting 3D models of space objects such as planets or spacecraft.
• Night Sky Observations: Practicing stargazing and identifying constellations and celestial events.
• Knowing about Constellations: Learning to identify and understand the significance of various constellations.
• Making a Constellation Viewer: Constructing a tool to project and view constellations.

Programming and Robotics:

• Programming a Space Rover: Writing code to control a simulated or real space rover, learning basic robotics and programming.
• Construction of a Glider: Building and testing a glider to understand aerodynamics and flight principles.

Scientific Inquiry and Experiments:

• Understanding Laws of Physics through Experiments: Conducting experiments to explore fundamental physics principles.
• Making a Spectroscope: Creating a device to analyze light spectra and understand light properties.
• Scale Model of the Solar System: Constructing a scaled model of the solar system to visualize planetary distances and sizes.
• Lunar Crater Experiment: Simulating lunar craters to study impact effects and planetary surface features.
• Solar Fire Generator: Building a device to focus sunlight and demonstrate principles of solar energy.

Requirement	Details
Age	11-14 years old
Knowledge Background	- A strong interest in space, astronomy, and science is beneficial.  - Basic knowledge of physics principles such as gravity, light, and motion.
Basic Motor Skills	Ability to use tools and materials for constructing models and performing experiments.
Learning Materials	All necessary materials and tools will be provided by the Lab of Future. Personal items may be needed for specific activities.

Get ready to dive deep into the cosmos with this program at the Lab of Future! Explore the mysteries of the universe as you build your own lunar rover, create stunning 3D-printed space objects, and design epic space games. Experience the thrill of observing the night sky, understand the science behind eclipses, and master the art of telescope making. With hands-on projects, cutting-edge technology, and exciting experiments, you’ll become a true space explorer. Join us for a stellar adventure that will ignite your passion for science and tech!

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Certificate upon completion
• Detailed Performance & Skills Report

• Creative Thinking
• Observational Skills
• Fine Motor Skills
• Problem Solving Skills
• Teamwork & Collaboration
• Scientific Inquiry

• LOF internal events & challenges
• NASA Space Apps Challenge
• Science fair & exhibitions
• Astronomy Picture of the Day (APOD) Kids' Contest
• Space Settlement Design Contest
• Model Rocket Competitions
• Lunar and Martian Map-Making Contest

Basic Astronomy Concepts

• Planetary Stories: Learning about different planets and their unique features through engaging stories.
• Identifying the Stars: Recognizing stars and understanding their names and positions in the sky.

Creative Arts and Crafts:

• Making a Solar System Model: Creating a visual and tactile representation of the solar system.
• Making Space Characters Using 3D Pens: Crafting 3D models of astronauts, aliens, and other space-themed characters.
• Making Models of Comets, Asteroids, Meteors: Building models to understand these celestial objects.

Practical Science Skills:

• Understanding Shadows: Exploring how shadows are cast and how they relate to the position of the sun and other light sources.
• Earth-Moon and Sun Activity: Learning about the relationship between Earth, the Moon, and the Sun through interactive activities.
• Making a Rocket: Building and understanding the basic principles behind rocket propulsion.
• Making a Helicopter Using Batteries, Motor, Propellers: Understanding simple mechanical systems and principles of flight.

Interactive Learning:

• VR Experience of Solar System: Immersing in a virtual reality experience to explore the solar system.
• Playing Space Games: Engaging in educational games that reinforce space concepts and problem-solving.

Observational Skills:

• Reading Constellation Maps: Learning how to use maps to identify constellations in the night sky.
• Making a Constellation Viewer: Creating a simple device to project and view constellations.

Problem-Solving and Critical Thinking:

• Space Puzzles: Solving puzzles related to space to enhance cognitive and problem-solving skills.
• Collecting Space Debris: Understanding the concept of space debris through interactive activities.

Engineering and Design:

• Making a Parachute: Learning about the principles of aerodynamics and how parachutes work.
• Making an Atmospheric Layers Model: Creating a model to understand the layers of Earth's atmosphere.

Exploration and Imagination:

• Stories on Aliens: Imagining and creating stories about aliens and their possible worlds.
• Creating a Forest Cover on a Planet: Designing and understanding the concept of planting and creating habitats on other planets.
• Understanding Cloud Formation: Learning about how clouds form and their role in the atmosphere.
• Building a House on the Moon: Designing and constructing a model of a lunar habitat.

Teamwork and Collaboration:

• Taking an Astronaut Experience: Participating in group activities that simulate an astronaut’s life and teamwork in space missions.

Requirement	Details
Age	6-7 years old
Knowledge Background	Basic interest in space, astronomy, or science is beneficial. No technical skills required to begin this program.
Basic Motor Skills	Ability to use basic tools and materials such as scissors, glue, and craft supplies.
Learning Materials	All necessary materials and tools will be provided by the Lab of Future. Personal items may be needed for specific activities.

It is an out-of-this-world experience at the Lab of Future! Our Celestial Voyages program is perfect for curious 6-7 year-olds who dream of exploring the stars. Dive into fun activities like making your own solar system model, creating cool space characters with 3D pens, and even building rockets! You'll play space games, solve exciting space puzzles, and learn amazing facts about planets and stars. With hands-on projects and awesome VR adventures, you'll become a junior astronaut in no time. Get ready for a cosmic journey full of creativity and discovery!

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Certificate upon completion
• Detailed Performance & Skills Report

• Creative Thinking
• Observational Skills
• Fine Motor Skills
• Problem Solving Skills
• Teamwork & Collaboration
• Scientific Inquiry

• LOF internal events & challenges
• NASA Space Apps Challenge
• Science fair & exhibitions
• Story writing competitions

Basic Astronomy Concepts

• Planetary Stories: Learning about different planets and their unique features through engaging stories.
• Identifying the Stars: Recognizing stars and understanding their names and positions in the sky.

Creative Arts and Crafts:

• Making a Solar System Model: Creating a visual and tactile representation of the solar system.
• Making Space Characters Using 3D Pens: Crafting 3D models of astronauts, aliens, and other space-themed characters.
• Making Models of Comets, Asteroids, Meteors: Building models to understand these celestial objects.

Practical Science Skills:

• Understanding Shadows: Exploring how shadows are cast and how they relate to the position of the sun and other light sources.
• Earth-Moon and Sun Activity: Learning about the relationship between Earth, the Moon, and the Sun through interactive activities.
• Making a Rocket: Building and understanding the basic principles behind rocket propulsion.
• Making a Helicopter Using Batteries, Motor, Propellers: Understanding simple mechanical systems and principles of flight.

Interactive Learning:

• VR Experience of Solar System: Immersing in a virtual reality experience to explore the solar system.
• Playing Space Games: Engaging in educational games that reinforce space concepts and problem-solving.

Observational Skills:

• Reading Constellation Maps: Learning how to use maps to identify constellations in the night sky.
• Making a Constellation Viewer: Creating a simple device to project and view constellations.

Problem-Solving and Critical Thinking:

• Space Puzzles: Solving puzzles related to space to enhance cognitive and problem-solving skills.
• Collecting Space Debris: Understanding the concept of space debris through interactive activities.

Engineering and Design:

• Making a Parachute: Learning about the principles of aerodynamics and how parachutes work.
• Making an Atmospheric Layers Model: Creating a model to understand the layers of Earth's atmosphere.

Exploration and Imagination:

• Stories on Aliens: Imagining and creating stories about aliens and their possible worlds.
• Creating a Forest Cover on a Planet: Designing and understanding the concept of planting and creating habitats on other planets.
• Understanding Cloud Formation: Learning about how clouds form and their role in the atmosphere.
• Building a House on the Moon: Designing and constructing a model of a lunar habitat.

Teamwork and Collaboration:

• Taking an Astronaut Experience: Participating in group activities that simulate an astronaut’s life and teamwork in space missions.

Requirement	Details
Age	6-7 years old
Knowledge Background	Basic interest in space, astronomy, or science is beneficial. No technical skills required to begin this program.
Basic Motor Skills	Ability to use basic tools and materials such as scissors, glue, and craft supplies.
Learning Materials	All necessary materials and tools will be provided by the Lab of Future. Personal items may be needed for specific activities.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Certificate upon completion
• Detailed Performance & Skills Report

• Creative Thinking
• Observational Skills
• Fine Motor Skills
• Problem Solving Skills
• Teamwork & Collaboration
• Scientific Inquiry

• LOF internal events & challenges
• NASA Space Apps Challenge
• Science fair & exhibitions
• Story writing competitions

Understanding Earth and Space Phenomena:

• Construction of Day & Night Model of Earth: Learning how Earth's rotation causes day and night.
• Construction of Solar and Lunar Eclipse: Understanding how solar and lunar eclipses occur through model-building.
• Construction of Phases of the Moon: Recognizing the different phases of the Moon and their visual effects.
• Moon Surface Formation: Exploring how the Moon's surface features are formed.

Model Building and Crafting:

• Construction of Solar System: Building a model of the solar system to understand the relative positions of planets.
• Making a Solar System Model to Scale: Creating a scaled model of the solar system to grasp distances and sizes.
• Making 3D Printed Comets: Designing and printing models of comets to learn about their structure.

Technology and Virtual Exploration:

• Virtual Exploration of the Solar System with AR & VR: Using augmented and virtual reality to explore space and the solar system interactively.
• Exploring the Planet through Google Earth: Using Google Earth to learn about different planets and their features.

Practical Science Skills:

• Making a Sundial: Learning about the basics of timekeeping using the Sun’s position.
• Making a Magnetic Compass: Understanding how compasses work and their use in navigation.
• Construction of Blast-off Rocket: Building a model rocket to learn basic principles of rocket propulsion.
• Making a Cardboard Telescope: Creating a simple telescope to observe distant objects.
• Using a Sky Tracker Telescope: Learning to use a telescope for observing celestial objects.

Creative and Problem-Solving Activities:

• D.I.Y. Constellation Activity: Creating and identifying constellations through hands-on projects.
• Creating a Space Game: Designing a game with space themes to reinforce learning through play.
• Construction of Chuck-Glider: Building and testing a glider to understand basic aerodynamics.
• Making a Lunar Map: Creating a detailed map of the Moon to understand its features and topography.

Environmental and Scientific Awareness:

• Space Debris Cleanliness Challenge: Learning about space debris and engaging in activities to simulate cleanup efforts.
• Learning about Different Satellites: Understanding the functions and types of satellites used in space.
• Making a Satellite Model: Building a model of a satellite to learn about its components and functions.

Exploration and Innovation:

• Making a Flying Machine: Designing and building a simple flying machine to learn about flight principles.
• Making a Solar Observation Goggle: Creating goggles for safe observation of the Sun.

Observation Skills:

• Night Sky Observation: Practicing observing and identifying celestial objects in the night sky.

It is an out-of-this-world experience at the Lab of Future! Our Celestial Voyages program is perfect for curious 6-7 year-olds who dream of exploring the stars. Dive into fun activities like making your own solar system model, creating cool space characters with 3D pens, and even building rockets! You'll play space games, solve exciting space puzzles, and learn amazing facts about planets and stars. With hands-on projects and awesome VR adventures, you'll become a junior astronaut in no time. Get ready for a cosmic journey full of creativity and discovery!

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Certificate upon completion
• Detailed Performance & Skills Report

• Creative Thinking
• Observational Skills
• Fine Motor Skills
• Problem Solving Skills
• Teamwork & Collaboration
• Scientific Inquiry

• LOF internal events & challenges
• NASA Space Apps Challenge
• Science fair & exhibitions
• Story writing competitions

Basic Astronomy Concepts

• Planetary Stories: Learning about different planets and their unique features through engaging stories.
• Identifying the Stars: Recognizing stars and understanding their names and positions in the sky.

Creative Arts and Crafts:

• Making a Solar System Model: Creating a visual and tactile representation of the solar system.
• Making Space Characters Using 3D Pens: Crafting 3D models of astronauts, aliens, and other space-themed characters.
• Making Models of Comets, Asteroids, Meteors: Building models to understand these celestial objects.

Practical Science Skills:

• Understanding Shadows: Exploring how shadows are cast and how they relate to the position of the sun and other light sources.
• Earth-Moon and Sun Activity: Learning about the relationship between Earth, the Moon, and the Sun through interactive activities.
• Making a Rocket: Building and understanding the basic principles behind rocket propulsion.
• Making a Helicopter Using Batteries, Motor, Propellers: Understanding simple mechanical systems and principles of flight.

Interactive Learning:

• VR Experience of Solar System: Immersing in a virtual reality experience to explore the solar system.
• Playing Space Games: Engaging in educational games that reinforce space concepts and problem-solving.

Observational Skills:

• Reading Constellation Maps: Learning how to use maps to identify constellations in the night sky.
• Making a Constellation Viewer: Creating a simple device to project and view constellations.

Problem-Solving and Critical Thinking:

• Space Puzzles: Solving puzzles related to space to enhance cognitive and problem-solving skills.
• Collecting Space Debris: Understanding the concept of space debris through interactive activities.

Engineering and Design:

• Making a Parachute: Learning about the principles of aerodynamics and how parachutes work.
• Making an Atmospheric Layers Model: Creating a model to understand the layers of Earth's atmosphere.

Exploration and Imagination:

• Stories on Aliens: Imagining and creating stories about aliens and their possible worlds.
• Creating a Forest Cover on a Planet: Designing and understanding the concept of planting and creating habitats on other planets.
• Understanding Cloud Formation: Learning about how clouds form and their role in the atmosphere.
• Building a House on the Moon: Designing and constructing a model of a lunar habitat.

Teamwork and Collaboration:

• Taking an Astronaut Experience: Participating in group activities that simulate an astronaut’s life and teamwork in space missions.

Requirement	Details
Age	6-7 years old
Parental Consent	Written consent from a parent or guardian is required / filling the admissions form
Health and Safety	No specific medical conditions that would hinder participation. Communicate any allergies or special needs in advance.
Interest in Space and Science	Basic interest in space, astronomy, or science is beneficial.
Basic Motor Skills	Ability to use basic tools and materials such as scissors, glue, and craft supplies.
Communication Skills	Basic ability to follow instructions and communicate needs or concerns.
Attendance	Commitment to attend all scheduled sessions and actively participate in all activities.
Clothing and Supplies	Comfortable clothing suitable for hands-on activities. A small water bottle and snacks as needed.
Parental or Guardian Supervision	Depending on the program's structure, a parent or guardian may need to accompany the child or be available for contact.
Learning Materials	All necessary materials and tools will be provided by the Lab of Future. Personal items may be needed for specific activities.

It is an out-of-this-world experience at the Lab of Future! Our Celestial Voyages program is perfect for curious 6-7 year-olds who dream of exploring the stars. Dive into fun activities like making your own solar system model, creating cool space characters with 3D pens, and even building rockets! You'll play space games, solve exciting space puzzles, and learn amazing facts about planets and stars. With hands-on projects and awesome VR adventures, you'll become a junior astronaut in no time. Get ready for a cosmic journey full of creativity and discovery!

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Certificate upon completion
• Detailed Performance & Skills Report

• Creative Thinking
• Observational Skills
• Fine Motor Skills
• Problem Solving Skills
• Teamwork & Collaboration
• Scientific Inquiry

• LOF internal events & challenges
• NASA Space Apps Challenge
• Science fair & exhibitions
• Story writing competitions

Basic Astronomy Concepts

• Planetary Stories: Learning about different planets and their unique features through engaging stories.
• Identifying the Stars: Recognizing stars and understanding their names and positions in the sky.

Creative Arts and Crafts:

• Making a Solar System Model: Creating a visual and tactile representation of the solar system.
• Making Space Characters Using 3D Pens: Crafting 3D models of astronauts, aliens, and other space-themed characters.
• Making Models of Comets, Asteroids, Meteors: Building models to understand these celestial objects.

Practical Science Skills:

• Understanding Shadows: Exploring how shadows are cast and how they relate to the position of the sun and other light sources.
• Earth-Moon and Sun Activity: Learning about the relationship between Earth, the Moon, and the Sun through interactive activities.
• Making a Rocket: Building and understanding the basic principles behind rocket propulsion.
• Making a Helicopter Using Batteries, Motor, Propellers: Understanding simple mechanical systems and principles of flight.

Interactive Learning:

• VR Experience of Solar System: Immersing in a virtual reality experience to explore the solar system.
• Playing Space Games: Engaging in educational games that reinforce space concepts and problem-solving.

Observational Skills:

• Reading Constellation Maps: Learning how to use maps to identify constellations in the night sky.
• Making a Constellation Viewer: Creating a simple device to project and view constellations.

Problem-Solving and Critical Thinking:

• Space Puzzles: Solving puzzles related to space to enhance cognitive and problem-solving skills.
• Collecting Space Debris: Understanding the concept of space debris through interactive activities.

Engineering and Design:

• Making a Parachute: Learning about the principles of aerodynamics and how parachutes work.
• Making an Atmospheric Layers Model: Creating a model to understand the layers of Earth's atmosphere.

Exploration and Imagination:

• Stories on Aliens: Imagining and creating stories about aliens and their possible worlds.
• Creating a Forest Cover on a Planet: Designing and understanding the concept of planting and creating habitats on other planets.
• Understanding Cloud Formation: Learning about how clouds form and their role in the atmosphere.
• Building a House on the Moon: Designing and constructing a model of a lunar habitat.

Teamwork and Collaboration:

• Taking an Astronaut Experience: Participating in group activities that simulate an astronaut’s life and teamwork in space missions.

Requirement	Details
Age	6-7 years old
Parental Consent	Written consent from a parent or guardian is required / filling the admissions form
Health and Safety	No specific medical conditions that would hinder participation. Communicate any allergies or special needs in advance.
Interest in Space and Science	Basic interest in space, astronomy, or science is beneficial.
Basic Motor Skills	Ability to use basic tools and materials such as scissors, glue, and craft supplies.
Communication Skills	Basic ability to follow instructions and communicate needs or concerns.
Attendance	Commitment to attend all scheduled sessions and actively participate in all activities.
Clothing and Supplies	Comfortable clothing suitable for hands-on activities. A small water bottle and snacks as needed.
Parental or Guardian Supervision	Depending on the program's structure, a parent or guardian may need to accompany the child or be available for contact.
Learning Materials	All necessary materials and tools will be provided by the Lab of Future. Personal items may be needed for specific activities.

It is an out-of-this-world experience at the Lab of Future! Our Celestial Voyages program is perfect for curious 6-7 year-olds who dream of exploring the stars. Dive into fun activities like making your own solar system model, creating cool space characters with 3D pens, and even building rockets! You'll play space games, solve exciting space puzzles, and learn amazing facts about planets and stars. With hands-on projects and awesome VR adventures, you'll become a junior astronaut in no time. Get ready for a cosmic journey full of creativity and discovery!

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Certificate upon completion
• Detailed Performance & Skills Report

• Creative Thinking
• Observational Skills
• Fine Motor Skills
• Problem Solving Skills
• Teamwork & Collaboration
• Scientific Inquiry

• LOF internal events & challenges
• NASA Space Apps Challenge
• Science fair & exhibitions
• Story writing competitions

Basic Astronomy Concepts

• Planetary Stories: Learning about different planets and their unique features through engaging stories.
• Identifying the Stars: Recognizing stars and understanding their names and positions in the sky.

Creative Arts and Crafts:

• Making a Solar System Model: Creating a visual and tactile representation of the solar system.
• Making Space Characters Using 3D Pens: Crafting 3D models of astronauts, aliens, and other space-themed characters.
• Making Models of Comets, Asteroids, Meteors: Building models to understand these celestial objects.

Practical Science Skills:

• Understanding Shadows: Exploring how shadows are cast and how they relate to the position of the sun and other light sources.
• Earth-Moon and Sun Activity: Learning about the relationship between Earth, the Moon, and the Sun through interactive activities.
• Making a Rocket: Building and understanding the basic principles behind rocket propulsion.
• Making a Helicopter Using Batteries, Motor, Propellers: Understanding simple mechanical systems and principles of flight.

Interactive Learning:

• VR Experience of Solar System: Immersing in a virtual reality experience to explore the solar system.
• Playing Space Games: Engaging in educational games that reinforce space concepts and problem-solving.

Observational Skills:

• Reading Constellation Maps: Learning how to use maps to identify constellations in the night sky.
• Making a Constellation Viewer: Creating a simple device to project and view constellations.

Problem-Solving and Critical Thinking:

• Space Puzzles: Solving puzzles related to space to enhance cognitive and problem-solving skills.
• Collecting Space Debris: Understanding the concept of space debris through interactive activities.

Engineering and Design:

• Making a Parachute: Learning about the principles of aerodynamics and how parachutes work.
• Making an Atmospheric Layers Model: Creating a model to understand the layers of Earth's atmosphere.

Exploration and Imagination:

• Stories on Aliens: Imagining and creating stories about aliens and their possible worlds.
• Creating a Forest Cover on a Planet: Designing and understanding the concept of planting and creating habitats on other planets.
• Understanding Cloud Formation: Learning about how clouds form and their role in the atmosphere.
• Building a House on the Moon: Designing and constructing a model of a lunar habitat.

Teamwork and Collaboration:

• Taking an Astronaut Experience: Participating in group activities that simulate an astronaut’s life and teamwork in space missions.

Requirement	Details
Age	6-7 years old
Parental Consent	Written consent from a parent or guardian is required / filling the admissions form
Health and Safety	No specific medical conditions that would hinder participation. Communicate any allergies or special needs in advance.
Background knowledge	Basic interest in space, astronomy, or science is beneficial.
Basic Motor Skills	Ability to use basic tools and materials such as scissors, glue, and craft supplies.
Communication Skills	Basic ability to follow instructions and communicate needs or concerns.
Attendance	Commitment to attend all scheduled sessions and actively participate in all activities.
Clothing and Supplies	Comfortable clothing suitable for hands-on activities. A small water bottle and snacks as needed.
Parental or Guardian Supervision	Depending on the program's structure, a parent or guardian may need to accompany the child or be available for contact.
Learning Materials	All necessary materials and tools will be provided by the Lab of Future. Personal items may be needed for specific activities.

It is an out-of-this-world experience at the Lab of Future! Our Celestial Voyages program is perfect for curious 6-7 year-olds who dream of exploring the stars. Dive into fun activities like making your own solar system model, creating cool space characters with 3D pens, and even building rockets! You'll play space games, solve exciting space puzzles, and learn amazing facts about planets and stars. With hands-on projects and awesome VR adventures, you'll become a junior astronaut in no time. Get ready for a cosmic journey full of creativity and discovery!

The course is divided into 5 levels of 12 hours each. It will progress from Beginners, Intermediates, Advanced, Professional to Mastery level.

• 60 hours of professional training in the lab (5 levels of 12 hours each)
• 365 days access of learning resources in LMS
• Gold Certificate upon completion
• Detailed Performance & Skills Report

• Creative Thinking
• Observational Skills
• Fine Motor Skills
• Problem Solving Skills
• Teamwork & Collaboration
• Scientific Inquiry

• LOF internal events & challenges
• NASA Space Apps Challenge
• Science fair & exhibitions
• Story writing competitions

These terms of service ("Terms", "Agreement") are an agreement between the website ("Website operator", "us", "we" or "our") and you ("User", "you" or "your"). This Agreement sets forth the general terms and conditions of your use of this website and any of its products or services (collectively, "Website" or "Services").

Although this Website may be linked to other websites, we are not, directly or indirectly, implying any approval, association, sponsorship, endorsement, or affiliation with any linked website, unless specifically stated herein.

You should carefully review the legal statements and other conditions of use of any website which you access through a link from this Website. Your linking to any other off-site pages or other websites is at your own risk.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

These terms of service ("Terms", "Agreement") are an agreement between the website ("Website operator", "us", "we" or "our") and you ("User", "you" or "your"). This Agreement sets forth the general terms and conditions of your use of this website and any of its products or services (collectively, "Website" or "Services").

Although this Website may be linked to other websites, we are not, directly or indirectly, implying any approval, association, sponsorship, endorsement, or affiliation with any linked website, unless specifically stated herein.

You should carefully review the legal statements and other conditions of use of any website which you access through a link from this Website. Your linking to any other off-site pages or other websites is at your own risk.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

These terms of service ("Terms", "Agreement") are an agreement between the website ("Website operator", "us", "we" or "our") and you ("User", "you" or "your"). This Agreement sets forth the general terms and conditions of your use of this website and any of its products or services (collectively, "Website" or "Services").

Although this Website may be linked to other websites, we are not, directly or indirectly, implying any approval, association, sponsorship, endorsement, or affiliation with any linked website, unless specifically stated herein.

You should carefully review the legal statements and other conditions of use of any website which you access through a link from this Website. Your linking to any other off-site pages or other websites is at your own risk.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.

Website may use cookies to personalize and facilitate maximum navigation of the User by this site. The User may configure his / her browser to notify and reject the installation of the cookies sent by us.