What are the best robotics camps in St. Louis. How can children benefit from attending robotics summer programs. Which robotics courses are offered for different age groups. Where can parents find reputable robotics camps in the St. Louis area.
Exploring Robotics Camp Options in St. Louis
St. Louis offers a variety of engaging robotics camps for children and teenagers, providing hands-on experiences in engineering, programming, and problem-solving. These camps cater to different age groups and skill levels, making them accessible to both beginners and more advanced students interested in robotics.
Vision Tech Camps: Diverse Robotics Programs
Vision Tech Camps stands out as a prominent provider of robotics camps in St. Louis, offering several courses tailored to different age groups and interests:
- LEGO Robotics Camp (Ages 9-14): Utilizes LEGO Mindstorms EV3 system for design and programming
- Robotics & Visual Programming (Ages 7-9): Focuses on building and programming robots using the EV3 LEGO Robotics system
- Robotics Engineering Camp (Ages 6-9): Uses LEGO WeDo Robotics Kit for younger children
- Advanced Robotics Engineering Camp (Ages 13-17): Employs VEX Robotics Design System for more complex projects
These camps provide a comprehensive introduction to robotics, covering aspects such as design, construction, and programming. The use of familiar LEGO components in many of these programs helps ease children into the world of robotics.
Benefits of Robotics Camps for Children
Robotics camps offer numerous advantages for young learners, extending far beyond mere entertainment. These programs foster critical thinking, creativity, and technical skills that are increasingly valuable in today’s technology-driven world.
Key Skills Developed in Robotics Camps
- Programming fundamentals
- Engineering principles
- Design thinking
- Problem-solving abilities
- Teamwork and collaboration
- Critical thinking
By participating in robotics camps, children gain practical experience in applying mathematical and scientific concepts. They learn to visualize the effects of their programming in the physical world, which can significantly enhance their understanding of abstract concepts.
Practical Application of STEM Concepts
Robotics camps provide a unique opportunity for children to see STEM (Science, Technology, Engineering, and Mathematics) principles in action. For instance, when designing and building robots, students must consider concepts such as:
- Torque and gearing
- Balance and stability
- Electrical circuits
- Logical programming structures
This hands-on approach to learning can spark a lifelong interest in STEM fields and prepare children for future academic and career opportunities in technology-related industries.
Saint Louis University’s Robotics Summer Academy
For high school students looking for a more advanced robotics experience, Saint Louis University (SLU) offers a Robotics Summer Academy. This program provides an in-depth exploration of robotics and engineering principles.
Program Details
- Dates: June 12 – 16, 2023
- Eligibility: High school students entering grades 9-12
- Capacity: Limited to 25 students
- Format: Day camp (no overnight housing provided)
Academy Highlights
The Robotics Summer Academy at SLU offers a comprehensive experience that goes beyond basic robotics construction:
- Team-based robot building and custom hardware creation
- Study of mechanical, electrical, and computer engineering
- Interaction with current SLU engineering students and faculty
- Tours of SLU engineering labs and facilities
- Friendly robot competitions
- Opportunity to keep the built robot at the end of the camp
This program provides high school students with a taste of university-level engineering education and can be an excellent way to explore potential career paths in robotics and related fields.
Choosing the Right Robotics Camp
When selecting a robotics camp for your child, several factors should be considered to ensure the best experience and learning outcomes.
Age-Appropriate Programs
Different robotics camps cater to specific age groups, using age-appropriate tools and curricula. For example:
- Ages 6-9: LEGO WeDo Robotics Kit (simpler, more intuitive interface)
- Ages 7-14: LEGO Mindstorms EV3 system (more advanced, but still user-friendly)
- Ages 13-17: VEX Robotics Design System (complex, real-world applications)
Choosing a camp that matches your child’s age and skill level ensures they will be appropriately challenged without becoming frustrated.
Previous Experience Requirements
Many robotics camps, including those offered by Vision Tech, do not require prior experience in robotics. This approach allows beginners to build a strong foundation while also providing opportunities for more advanced students to enhance their skills through challenging projects.
Equipment and Take-Home Projects
Some camps provide all necessary equipment for use during the program, while others may require or offer the option to purchase kits. It’s important to clarify:
- Whether equipment is provided or needs to be purchased
- If students can take home their completed robots or projects
- What type of robotics system is used (e.g., LEGO, VEX, Arduino)
For instance, Vision Tech’s LEGO robotics camps use classroom kits that students cannot take home, while their Arduino camps allow students to keep their built robots and Arduino kits.
Integrating Robotics Education into School Programs
The growing importance of robotics and STEM education has led many schools to consider integrating robotics programs into their curriculum. Summer camps can serve as a model for these initiatives, offering insights into effective teaching methods and popular robotics platforms.
Benefits of School-Based Robotics Programs
- Enhanced STEM learning opportunities
- Development of 21st-century skills
- Increased student engagement in technology subjects
- Preparation for future careers in robotics and related fields
- Opportunities for interdisciplinary learning
Schools interested in implementing robotics programs can partner with organizations like Vision Tech Camps to bring expert-led robotics education to their students.
Implementing Robotics in Schools
To successfully integrate robotics into school programs, educators should consider:
- Choosing age-appropriate robotics platforms
- Training teachers in robotics education
- Developing a curriculum that aligns with existing STEM subjects
- Creating opportunities for project-based learning and competitions
- Establishing partnerships with local universities or tech companies
By incorporating robotics into their curriculum, schools can provide students with valuable hands-on experience and prepare them for the increasingly technology-driven job market.
The Future of Robotics Education
As technology continues to advance rapidly, the importance of robotics education is likely to grow. Robotics camps and school programs play a crucial role in preparing the next generation for a world where robots and artificial intelligence are increasingly prevalent.
Emerging Trends in Robotics Education
- Integration of artificial intelligence and machine learning concepts
- Focus on sustainable and environmentally friendly robotics
- Increased emphasis on social and ethical implications of robotics
- Incorporation of virtual and augmented reality in robotics design
- Development of more sophisticated and accessible robotics platforms for education
As these trends evolve, robotics camps and educational programs will need to adapt their curricula to ensure students are learning the most relevant and up-to-date skills.
Career Opportunities in Robotics
Exposure to robotics at a young age can open up a wide range of career possibilities for students. Some potential career paths include:
- Robotics engineer
- Artificial intelligence specialist
- Automation technician
- Computer vision engineer
- Human-robot interaction designer
- Robotics software developer
By participating in robotics camps and programs, students can gain early insights into these career options and develop the foundational skills needed to pursue them.
Maximizing the Robotics Camp Experience
To ensure children get the most out of their robotics camp experience, parents and guardians can take several steps to support and enhance their learning.
Preparing for Robotics Camp
- Discuss the camp’s focus and objectives with your child
- Review basic programming concepts if the camp involves coding
- Encourage curiosity and a willingness to experiment
- Ensure your child has any required materials or equipment
Supporting Learning After Camp
The learning doesn’t have to stop when the camp ends. Parents can help their children continue to develop their robotics skills by:
- Providing access to robotics kits for home use
- Encouraging participation in local robotics clubs or competitions
- Exploring online resources and tutorials together
- Visiting science museums or attending robotics events
- Discussing real-world applications of robotics in everyday life
By maintaining engagement with robotics beyond the camp experience, children can build on their newfound skills and interests, potentially leading to long-term passion for STEM fields.
Robotics Competitions: Taking Skills to the Next Level
For many students, robotics competitions provide an exciting opportunity to apply and showcase the skills learned in camps and classes. These events can be highly motivating and offer additional benefits beyond traditional learning environments.
Types of Robotics Competitions
- FIRST LEGO League (for younger students)
- FIRST Tech Challenge (for middle and high school students)
- VEX Robotics Competition
- RoboCup Junior
- World Robot Olympiad
These competitions often involve designing, building, and programming robots to complete specific challenges or tasks. They can range from local school events to international tournaments.
Benefits of Participating in Robotics Competitions
- Enhances teamwork and communication skills
- Provides real-world problem-solving experience
- Fosters creativity and innovation
- Builds confidence and resilience
- Offers networking opportunities with like-minded peers and professionals
- Can lead to scholarships and academic recognition
Many robotics camps, such as those offered by Vision Tech and Saint Louis University, incorporate competitive elements or prepare students for participation in external competitions. These experiences can significantly enhance the overall learning outcomes and provide additional motivation for students to excel in robotics.
As robotics continues to play an increasingly important role in various industries, providing children with early exposure to this field through camps, school programs, and competitions can set them on a path to success in the technology-driven future. Whether a child dreams of becoming a robotics engineer or simply wants to explore the fascinating world of programmable machines, robotics camps in St. Louis offer an excellent starting point for this exciting journey.
Robotics Camp | Robotics Summer Camp for Kids & Teens
Genre: Robotics | Ages: 9-14
Join Vision Tech Camps’ LEGO Robotics camp to take part in an incredible learning experience in robotics engineering. You will design and build robots using the LEGO Mindstorms EV3 system, and use the easy and intuitive EV3 visual programming interface to get your introduction to programming.
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Genre: Robotics | Ages: 7-9
Take your LEGO designs to another dimension by building a robot to move, talk, and dance. Use the EV3 LEGO Robotics system to build your robots, and simultaneously learn to program them using a visual programming language that is simple to learn for beginners and powerful enough for advanced users.
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Genre: Robotics | Ages: 6-9
In Vision Tech’s Robotics Engineering camp, kids will use the LEGO WeDo Robotics Kit to build LEGO models with motors and sensors, and program their creations using the WeDo software. Kids will gain an understanding of programming concepts while having fun using familiar LEGO components.
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Genre: Robotics | Ages: 13-17
In this robotics engineering camp, campers will start off learning engineering, problem solving, and programming skills. Using the VEX Robotics Design System, students will build robots, participate in engineering challenges, and work both on their own and in groups.
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What is robotics?
Robotics is the study of programmable devices that can perform tasks and interact with their environment, usually without requiring human assistance.
What type of Robotics courses does Vision Tech offer?
Vision Tech offers several robotics courses, including Robotics & Visual Programming, a LEGO Robotics camp, Computer Science & Robotics with Arduino, a more advanced robotics camp, and Adventures in LEGO Robotics for younger campers.
Why should my child learn robotics?
Robotics as a course offers many skills for students to learn, including programming, engineering, design, and critical thinking skills.
By using robotics, students can visualize the effects of programming changes in the physical world. In addition, robotics allows students to gain a practical understanding of engineering concepts such as torque and gearing by using these concepts to develop their robots.
Do I need to purchase robotics equipment before camp?
No. VisionTech will provide all robotics equipment necessary for use during the camp per individual child. VisionTech does not have students share robotics equipment, as we believe this allows students to progress on their learning goals individually without waiting for other students to catch up, or feeling rushed into skipping material they have not completely mastered.
Does my child get to take home their robot?
This depends on the individual robotics camp. In our lego robotics camps, kids, unfortunately, will not be able to take their robot home, as our robotics kits are for classroom use. For our Arduino camps, students will take home their Arduino Kit and robot that they build.
Does my child need to have prior experience in robotics?
No. Since all campers will have access to their own robotics kit, kids will work at their own pace so beginners can get a good foundation while advanced campers can hone their skills with more advanced challenges.
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Robotics Summer Academy : SLU
June 12 – 16, 2023
During Saint Louis University’s Robotics Summer Academy, high school students work
in teams to build their own robots and custom hardware, and study mechanical, electrical
and computer engineering in order to design and fabricate robot parts.
This day camp also offers the opportunity for participants to meet with current SLU
engineering students and faculty, visit SLU engineering labs and facilities, and explore
campus.
At the end of camp, students will have their own functioning robot to keep.
Academy participants take part in friendly competitions with the robots and are allowed
to take them home at the end of the week.
This is a day camp only; overnight housing is not provided for the Robotics Summer
Academy.
For more information, see below. If you have any questions, please contact [email protected].
Eligibility
High school students entering grades nine through 12 in the fall of 2022 are eligible.
Space is limited to 25 students.
COVID-19
Saint Louis University is taking public health guidance into consideration to protect
the community from COVID-19. More information about SLU’s response to the COVID-19
pandemic can be found on this webpage.
Key Dates
- February 2023: Camp applications open
- April 30: Camp applications and scholarship applications due
- April 2023: Admittance decisions and notification for scholarship recipients emailed
- May 14: Final non-refundable tuition payment due
- June 12: Check-in begins at 8 a.m.
- June 16: The academy ends. Parents are invited to a short celebration at the end of
the day, after which students can take their robots home and check out of the academy.
Sample Schedule
All camp times are in Central Time.
- 8:30 a.m. to noon: Formal programming
- Noon to 1 p.
m.: Lunch - 1 to 4:30 p.m.: Formal programming
- 4:30 to 5:30 p.m.: Open design time and check out
m.: LunchCost
$650. Payment is due by May 19.
Full and partial scholarships are available. Students wishing to be considered for
a scholarship need to submit the scholarship application at the time of registration.
Scholarship recipients will be notified on a rolling basis.
Tuition covers the robot each student builds (valued at approximately $300), lunch,
activities and camp operation costs.
Scholarships
Full and partial scholarships are available. Students wishing to be considered for
a scholarship need to submit the scholarship application at the time of camp application.
Scholarship applicants must complete all camp application requirements plus the online
scholarship application.
The scholarship application will ask you to answer the following
questions:
- Why do you want to attend the Robotics Summer Academy?
- Why are you applying for a scholarship for the Summer Academy?
- Why are you a viable or deserving scholarship candidate? (Consider scholastic or academic
achievements, extracurricular activities, demonstrated interests, etc.)
Scholarship recipients will be notified by the second week of April.
Apply for a Scholarship to the 2023 Robotics Summer Academy
Application
Apply for the 2023 Robotics Summer Academy
Consideration for acceptance into the Robotics Summer Academy requires all of the
following components:
- Completed online application form, due April 30.
- Current official high school transcript.
The transcript can be emailed directly from a teacher, counselor or administrator
to [email protected] or mailed in a sealed envelope to:
SLU School of Science and Engineering
Attn: Amy Preis
3450 Lindell Blvd.
St. Louis, MO 63103
Due to limited space, preference will be given to rising high school seniors.
Children’s Robotics Camp
Children’s Robotics Camp
- Advanced Knowledge
and Skills for Child Development - Recreation, creativity
and support of mentors - New friends
About the project
Children’s camp
robotics – space
development and entertainment
for children from 6 to 13 years old.
The purpose of the children’s robotics camp Synergy Robo Campus is to organize a productive vacation for your child. The camp program is designed for those who want to understand IT technologies, create something interesting with their own hands, develop their own projects and share new ideas.
If your child enjoys building blocks, disassembling toys, assembling airplane models, or testing gadgets, Robotics Camp is the place for them.
Watch video
about our camp
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Tariffs
How it works
Shift concept
The robotics camp is open for children from June to August. He works in shifts: a total of 5 shifts, each lasts 5 days (from Monday to Friday). Usually one shift is devoted to a specific topic – robotics, programming, video production and other activities provided for by the program, but they can be combined if desired.
Time
Classes here start in the morning and continue until the evening – then the child goes home. You can visit the camp every day or whenever you want – there is no strict schedule and grades. Teachers will help you navigate the program, choose the most interesting activities and show your abilities.
If you are not sure if your child will be interested in this place, book a trial visit to the camp. During this time, the child will test the possibilities of space and decide on a solution. The fee is paid for 1 day of stay in the camp.
Meals
The camp has developed a system of three healthy meals a day for children. A food court operates on the territory, where shift listeners can choose delicious and varied food. For allergy sufferers, we are ready to create an individual menu, taking into account the characteristics of health.
Security
At the camp, children are under the constant supervision of curators: they are met, fed, taken to classes and sent home at the end of classes.
Benefits
Affordable program
The Camp program is suitable for both beginners and advanced children in IT.
Free equipment
The child is provided with a workplace with the necessary programs, robotics kits and a 3D printer. Free parking for parents
Activities
In addition to working at the computer, children participate in outdoor games, play sports, and go on excursions.
Skills of the future
The child will take the first steps towards a promising profession: specialists in the field of IT, robotics and programming are always in demand.
Smart entertainment
Children will reveal their talents, gain new knowledge, find new friends.
Prizes and achievements
The most purposeful and talented participants will present their project and receive prizes from Synergy University.
Video testimonials
Watch video testimonials of our
children’s robotics camp
Alida
7 years
Kolya
10 years old
Grisha
7 years old
Ali
10 years old
Valya
8 years old
Photo gallery
Frequently Asked Questions
Which program is right for my child if he has never attended a similar camp?
You choose the shift that your child likes best.
The camp has an individual approach to both beginners and those who visit our camp for the first time and are not familiar with the program and topics of the classes.
Is your camp open on weekends?
At the moment, each shift lasts 5 days – from Monday to Friday. In the future, we plan to expand the program for weekends.
How many hours per day will the child be at the camp?
The program of the day is from 9:00 to 19:00 (Monday to Friday). It includes educational, entertaining and sports activities, as well as three meals a day.
Will I need to purchase something additionally?
No additional costs, we provide all the necessary materials.
Where will skills and knowledge come in handy?
The children will receive skills and knowledge on the course that will help them master the school curriculum in mathematics, geometry, physics and English. In the future, it will be easier for a child to enter a technical university and master any IT profession.
Participate
Top-15 robotics camps in Moscow and Moscow region
04/26/2023
Entertaining robotics
When choosing what to do with their child in the summer, parents often consider the option of a city or country camp. No wonder: it helps schoolchildren to escape from school everyday life, meet new friends and have fun.
We recommend paying attention to thematic camps in the field of robotics. IT-camp is not only entertaining, but also a useful vacation for children. Camp participants with a bias in robotics acquire the skills of designing and coding, assembling and training robots.
This is an exciting and productive activity that pumps:
- Purposefulness. The student outlines the necessary goal, builds a route to achieve it, tries not to turn off the path and bring the matter to the end.
- Fine motor skills. Interaction with the details of the designer develops subtle movements of the hands.
- Perseverance. Putting together a robot takes some work, but it’s worth the effort.
- Logic. The child learns to capture relationships, draw conclusions and predict the result.
- Sociability. In robotics classes, children often work in pairs. Schoolchildren try to find a common language, express their own opinion and take into account someone else’s, act together for the sake of the goal.
- Creativity. Assembling robots provides a field for creativity – you can design both according to the instructions and in a free format.
- Curiosity. The child has a desire to study and school subjects that were not previously attractive: English, physics, mathematics, computer science.
Robotics is not just an entertaining pastime for a child while parents are busy at work. This is an opportunity to find a hobby that can become a profession in the future.
The lessons set the student up for advancement in IT, an exciting and highly paid industry.
Robotics camp likes:
- for those who like to spend time at the computer;
- a fan of gadgets and technology;
- a dreamer with a developed imagination;
- to a child with an analytical mindset;
- to an inquisitive schoolboy who dreams of building a robot.
In the robotics camp, children study and relax, as well as communicate with children with similar interests.
We are talking about children’s technical camps of robotics in Moscow and the Moscow region.
Format: city and country
Location: city – Moscow, Musa Jalil street, 42, building 2; Moscow, 2nd Roshchinskaya street, 1A; Novogireevskaya street, 4, building 1; Moscow, Schelkovsky passage, 2; Moscow, residential complex “Butovo Park”, 2; Podolsk, Sovetskaya Square, 3, Pakhra Business Center, 3rd floor, office 31 and 32A; Chekhov, st.
Chekhov, d. 79, k. 4, Bright Language Center; MO, Elektrostal, st. Tevosyan, 25, 2nd floor, Coworking “Fabrika”
Zagorodny – Voskresenskoye settlement, Kaluga highway, “Desna”
How to contact: +7 (495) 150-59-65
Description: in the technical camp “Pixel” guys 8-15 years old make and train robots, write websites, study IT languages, invent and embody games, design three-dimensional models.
Learning robotics based on Lego WeDo 2.0, children create objects from life – from a bee to a drill press, and then bring them to life in a visual environment. To do this, you do not need to know programming languages: actions are performed by moving blocks.
While building models, children learn about wildlife and mechanical devices. So schoolchildren will catch the connection between nature and mechanisms, consider the work of machine tools and production.
More about other areas of the IT camp:
- Creation of games on the Scratch, Roblox, Unity platforms, in JavaScript. Children get acquainted with the principles of script formation, think over the locations and behavior of the character, master the terms of coding and make games: tanks, races, ping-pong.
- Studying the IT language Python. By understanding the basics of Python, novice coders will learn how to apply knowledge in the Minecraft universe, in the implementation of the game “Rock, paper, scissors” and to implement a personal blog.
- Construction of spatial objects. By understanding the Blender 3D modeling program, the guys learn how to design models from scratch and form scenes from ready-made objects.
- Website development. Children will be able to code in HTML, CSS and JavaScript, compose pages in the Figma graphics editor and the Tilda website builder.
Children get acquainted with the principles of script formation, think over the locations and behavior of the character, master the terms of coding and make games: tanks, races, ping-pong. The participants of the city camp, in addition to IT-classes, spend time playing active games and board games, relaxing in the fresh air, interacting with like-minded people. And, of course, they reinforce strength through meals: morning snack, lunch and afternoon snack.
In the day camp group – up to 12 people: teachers and counselors have time to pay attention to everyone. The shift lasts 5 weekdays.
Having gone to a country camp, the children also do not only sit at computers. Guys:
- play sports: football, volleyball, basketball, tennis;
- walk in the territory where there is a park and a mixed forest;
- are engaged in an indoor pool;
- exercise in the gym;
- try themselves as cyclists and rollerbladers.
Living conditions are comfortable: 2–4 people per room, shower and toilet for every 2 rooms. Meals are organized according to the buffet principle: the child will be able to choose what he likes.
There are 16-18 people in the detachment. Children are divided into junior and senior teams according to age: 8–11 years old and 10–15 years old.
No special training is needed to participate in the day or country camp “Pixel”: both beginners and experienced roboticists will have an entertaining time.
2. Kulibin Pro robotics camp
Location: Prospect Mira, 119, p. 34
Description: in the robolager, children aged 6-12 will attend robotics and engineering classes, take part in educational quizzes, walk in the park and go on excursions.
Science films, rock climbing, robotics tournaments and board game competitions.
During the “Robot Dance” shift, schoolchildren work on carpentry machines and make artifacts, which they then take with them. The child, under the supervision of a teacher, will develop a project and defend it in front of the jury.
During the “City of Heroes” shift, the student gets acquainted with rescue robots, learns 3D modeling and soldering, learns how to make mobile applications and constructs robots.
3. Technical camp “Kid skillz: the world of skills”
Format: out-of-town
Location: Shchelkovsky district, Shevelkino village, mkr.
Shevelkino-4, Lesnye polyany
Description: participants of the robotics shift from the Happy Faces camp receive professional competencies in a playful way. This will help the student understand in which area he would like to develop and move in the intended direction.
Children aged 7-16 study making a 3D pen and assembling robots, floristry and ecology, design and restaurant service, confectionery and carpentry.
Schoolchildren will also develop “soft skills”: leadership, mobility, the ability to work together, creativity and self-confidence.
The program includes quests and creative MC, a swimming pool with a sauna and sports activities, themed discos and laser tag, board and strategy games.
4. Vacations in Cyber Class
Format: city and country
Location: city — 4th Magistralnaya street, 5, p. 1; Bratislavskaya street, 18, building 1, Yartsevskaya street, 27, building 8; 1st Tverskaya-Yamskaya Street, 270004 Description: adventure in the world of IT-professions awaits children aged 5-12 in the day camp and 6-14 years old – in field camps.
At the day camp, participants will implement projects in robotics, 3D modeling, animation, coding and Minecraft.
With a deep dive into robotics, kids can build their own robots and then teach them how to talk, move and grasp objects. The future roboticist will become the author of an automated amusement park, learn how to write programs, set action algorithms for robots, and gain skills in mechanics and engineering creativity.
The program includes a visit to Experimentanium, Kidzania, Robostation, fun in a trampoline or rope park.
Participants of the country camp will create robot assembly and development projects, implement computer games and cartoons, design 3D models and print them on a 3D printer.
5. Summer city camp in Moscow “Summer school of engineer”
Format: city
Location: Krylatskie Holmy street, 34; Sergei Eisenstein street, 8, p. 1; Novorogozhskaya street, 26, p. 1; Leo Tolstoy street, 23, building 1; lane Trubnikovsky, 32
Description: in the engineering camp, the child will spend the summer with benefit – attend training courses and excursions, have fun on quests and enjoy walks.
Children aged 6-14 create with Lego, construct engineering devices, code, model and master specialized software. The guys will practice interacting with specialized equipment, master development methods, and learn vector graphics and mechanics.
Participants learn about robotics and game creation, work on engineering projects, and explore soldering and working with breadboards.
Children discover the world along the way, exploring technology and science, physics and mathematics, biology and computer science. They also develop communication skills, the ability to communicate in a group and the ability to cooperate.
6. Robotics camp “Incubator of Inventors”
Format: out-of-town
Location: Naro-Fominsk district, Dedenevo village, “Izumrud”
Description: children and teenagers aged 8-16 will create and program robots based on Arduino and then take them home.
Schoolchildren master circuitry and device assembly from scratch, 3D modeling with further printing on a special printer.
Participants learn to code in the Arduino IDE.
Additionally, you can take an advanced course in robotics or learn how to program drones.
The guys go through quests, play games from archeritaga to pentang, exercise in the pool and gym, visit non-trivial MCs and a rope park.
Children will improve structural and spatial thinking, become more diligent and purposeful, learn teamwork and joint achievement of goals.
7. Robotics camp for children at “Robostation”
2
Description: in the technical camp, children aged 6-15 comprehend the basics of engineering, “revive” robots, learn how to use equipment and tools.
The child gets an idea about coding in Arduino, makes Lego robots, explores the logic of mechanisms, communicates with peers. He also enjoys nature, visits museums and exhibitions on the territory of VDNKh.
Thematic shifts – from robotic construction to robotic athletes. Classes are held at the Robostation, a popular interactive exhibition space where children learn new technologies and robotic systems through practice.
In the final, everyone defends the project and receives a certificate of a young engineer.
8. Coding and English in IP Russia
Format: out-of-town
Location: Odintsovo district, Volkovo village, Solnechnaya Polyana
Description: on the shift “English + Programming and Robotics” students master design and development, expand their understanding of the world, pore over logical problems and improve the level of English.
Children aged 7-17 attend robotics, coding and English classes. Taking a break from school, the guys have fun on the sports and playgrounds, in the cinema and concert hall and at parties, in the pool and in the deer reserve.
Includes yoga and stretching, baubles and table tennis, origami and horseback riding, singing and guitar.
9. Engineering summer technical camp
Format: urban and suburban
Location: urban – Lefortovskaya embankment, 1; lane, Hospital, 4/6, with.
1. Zagorodny – Luberetskiy district, Malakhovka village, Malakhovka; city district of Khimki, Myshetskoye village, Ozero Krugloye
Description: During daytime and field shifts, children design and implement robotic devices.
The guys realize a lot of objects, including: a night light and a soap bubble generator, an eco-fan and a robotic box, a charger and a weather station, a mobile phone stand and a Bluetooth speaker. They will also develop a game for a PC and learn how to design interfaces. Products and directions vary depending on age.
Schoolchildren aged 7-17 learn programming and robotics, spatial modeling, and circuitry, laser cutting and assembly of engineering circuits. And at the same time they will broaden their horizons: they will learn about space and the solar system, comprehend the basics of chemistry and the logic of the operation of electronic devices, explore the species and characteristics of birds.
10. Summer School “1C: Programmers Club”
Format: urban
Location: Dmitrovskoe shosse, 9
Description: guys learn robotics and 3D modeling, Java and Python coding, web development and video blogging.
In the robotics course, students aged 10-15 come into contact with sensors, motors, servos, and Arduino-based microprocessors. Young engineers will delve into the assembly of robots and circuitry, study the C ++ language, comprehend program control, assemble and program the first robotic devices.
The program includes team building, board games, MC, excursions, lectures.
At the end of the shift, everyone receives a certificate of completion of training, diplomas and a memorable gift.
11. CyberSpace camp near Moscow
Format: suburban
Location: Solnechnogorsk district, Koltyshevo village, “Component”
90 152 Description: schoolchildren aged 13-18 try on fashionable activities: game -designer, engineer, designer, clip maker.
Having chosen the profession of an engineer, the child learns the basics of coding in Python and C, understands soldering and creating simple circuits, designs gadgets based on a microprocessor.
Role-playing game, internal economic system and game currency, meeting with representatives of professions, working on a project: it will not be boring. Thematic shifts: about the culture of the ancient gods and the embodiment of computer games in reality.
Taking a break from lectures and master classes, teenagers relax in the cinema hall while watching films, drink cocktails based on juices and syrups in the bar, and make things with their own hands.
12. “Park of Future Professions” from the “League of Robots”
Format: urban
Location: Bolshaya Pochtovaya street, 30, p. 1, k. 12; Prospekt Defenders of Moscow, 11; Highway Pyatnitskoe, 15; city of Khimki, Molodezhnaya street, 2A
Description: becoming a member of the technical shift in the camp, the child will create a city of dreams with the help of robotics.
Children aged 6-14 will get acquainted with technological progress from a hut to a 3D printer, learn about the transport industry in order to realize the city of the future, study light industry and mining, develop cartoons and films, and immerse themselves in virtual reality.
In the process of learning, children explore professions – this will help to outline the future path of development.
The program includes experiments and thematic quests, games and puzzles, theatrical performances and educational tasks.
Visit schedule is flexible: part or full day, full shift or as many days as you need.
13. Technical camp for children “ABC of robotics”
Format: out-of-town
Location: Ruza city district, Shcherbinki village, “Ruza Park”
Description: children aged 3-15 are introduced to robotics and programming.
Future engineers are waiting for:
- Thematic lectures and seminars from professionals in the field of robotics.
- Interactive lessons and practical tasks: through practice, learning goes faster.
- Work with various types of constructors: Lego Mindstorms, Vex, Arduino.
- Robot building tournaments: the guys will demonstrate their skills and compete with other robot creators.
- Personal projects on the design of robots or the application of robot technology in solving practical problems.
The program also includes games and competitions, dances and sports activities, a swimming pool and films.
14. Cognitive summer club “RoboBIT”
Format: city
Location: Zelenograd, room 1643
Description: at a summer camp in Moscow in 2023, children learn robotics, development, three-dimensional modeling and IT-technologies.
Schoolchildren aged 7-14 learn how to build, code and debug robots. They also develop games, cartoons and applications in Scratch and App Inventor. Classes exclude tedious cramming: free creativity is practiced.
Lessons alternate with rest and entertainment. The guys attend creative MK, comprehending the skill of design, video filming, photography. Children walk, go in for sports and have fun: laser tag, cinema, board games, quests and a museum of microelectronics.
15. Technical camp “TechnoCampus”
Format: urban and suburban
Location: urban – city of Lyubertsy, street 3rd post office, with. 30. Zagorodny – Odintsovsky district, the city of Polushkino; city of Zhukovsky, Dzerzhinsky street, 1/11
Description: children learn how to assemble robots, programming and modeling.
Changes in the city camp are thematic: circuitry, 3D modeling, entrepreneurship, coding in Minecraft, eSports.
Young engineers aged 7-14 tame electronic impulses and work with Arduino-based electronic boards while studying circuitry. In addition, children get acquainted with sports robotics on Lego EV3 Mindstorms.
As a result, children become the authors of projects: Wally’s EV3, a Scratch game, an English performance, a business project.
The guys also master various skills during field trips. Schoolchildren are engaged in robotics and coding, creative engineering and circuitry, graphic animation and theater.
