Cart

UTG and Elevate have partnered up for another year to offer a coding/ultimate frisbee camp!
Campers will spend half their day creating the artwork and code for their own video game and the other half outside learning and playing ultimate frisbee.

The Ultimate Frisbee portion of camp will focus on teaching athletes the FUNdamentals of Ultimate Frisbee including throwing, catching, and cutting, all through engaging small-sided games. No previous experience of Ultimate is necessary to enjoy the program. Elevate is an award-winning program loved and trusted by 1000+ parents and their kids. Their programs have a daily value (teamwork, effort, friendship, positive self-talk, fun), and with their high energy coaches, your athletes are guaranteed to have fun in a safe way!



During coding, students will use PixelPad to create the code and artwork for their very own video game. Students will learn the fundamentals of the coding language Python. Over the week they will cover loops, variables, if-statements, orienting objects in 2-D space, and much more. By the end of the week they will have their own video game.



Frequently Asked Questions

During robotics, students will learn fundamental engineering skills to construct the best VEX IQ robot they can build. Throughout the week the robots will have to be tailored to specific challenges, including the ever popular “robot soccer”. Robotics also introduces coding. Students use block coding to program their robot to drive and complete tasks all on its own. By the end of the week your child will be able to:

write code that commands their motors to perform specific functions
use the engineering design process to identify flaws and make improvements in their design
implement fundamental concepts in physics such as gearing, centre of gravity, friction, leverage
collaborate with team members



Frequently Asked Questions

During robotics, students will learn fundamental engineering skills to construct the best VEX IQ robot they can build. Throughout the week the robots will have to be tailored to specific challenges, including the ever popular “robot soccer”. Robotics also introduces coding. Students use block coding to program their robot to drive and complete tasks all on its own. By the end of the week your child will be able to:

write code that commands their motors to perform specific functions
use the engineering design process to identify flaws and make improvements in their design
implement fundamental concepts in physics such as gearing, centre of gravity, friction, leverage
collaborate with team members



Frequently Asked Questions

During the digital art portion, students will get the opportunity to learn and design in 3 dimensions and print off their own object with our 3-D printers. Students will also learn fundamental photo editing skills with pictures of themselves taken on the green screen. Finally, students will learn to incorporate pictures and animations into Pixelpad.


Frequently Asked Questions

Students in this camp will be working with python to understand computer algorithms and computer programming basics. This is an introduction to computer programming concepts, designs, and implementations through learning how to create games by scripting themselves! At the end of this camp, students will have created their own versions of their favorite games that they can share with their friends and family. Additionally, they will have built the foundations to understand computer programming principles and logic. We will divide students into 3 Age groups upon registration: Group 1 - ages 5 - 7 Group 2 - ages 8 - 11 Group 3 - ages 12 - 14

Students in this camp will be working with python to understand computer algorithms and computer programming basics. This is an introduction to computer programming concepts, designs, and implementations through learning how to create games by scripting themselves! At the end of this camp, students will have created their own versions of their favorite games that they can share with their friends and family. Additionally, they will have built the foundations to understand computer programming principles and logic. We will divide students into 3 Age groups upon registration: Group 1 - ages 5 - 7 Group 2 - ages 8 - 11 Group 3 - ages 12 - 14

UTG and Elevate have partnered up for another year to offer a coding/ultimate frisbee camp!
Campers will spend half their day creating the artwork and code for their own video game and the other half outside learning and playing ultimate frisbee.

The Ultimate Frisbee portion of camp will focus on teaching athletes the FUNdamentals of Ultimate Frisbee including throwing, catching, and cutting, all through engaging small-sided games. No previous experience of Ultimate is necessary to enjoy the program. Elevate is an award-winning program loved and trusted by 1000+ parents and their kids. Their programs have a daily value (teamwork, effort, friendship, positive self-talk, fun), and with their high energy coaches, your athletes are guaranteed to have fun in a safe way!



During coding, students will use PixelPad to create the code and artwork for their very own video game. Students will learn the fundamentals of the coding language Python. Over the week they will cover loops, variables, if-statements, orienting objects in 2-D space, and much more. By the end of the week they will have their own video game.



Frequently Asked Questions

During robotics, students will learn fundamental engineering skills to construct the best VEX IQ robot they can build. Throughout the week the robots will have to be tailored to specific challenges, including the ever popular “robot soccer”. Robotics also introduces coding. Students use block coding to program their robot to drive and complete tasks all on its own. By the end of the week your child will be able to:

write code that commands their motors to perform specific functions
use the engineering design process to identify flaws and make improvements in their design
implement fundamental concepts in physics such as gearing, centre of gravity, friction, leverage
collaborate with team members



Frequently Asked Questions

UTG's is excited to announce the NEW Academy's Leaders in Training (LIT) program, meticulously crafted for seasoned high-school coders seeking comprehensive training and leadership development opportunities.

UTG's LIT program is tailored to provide students with a robust curriculum encompassing hands-on job training in coding/robotics and a platform to refine their leadership acumen by assisting in coaching younger peers.

Under the LIT program, students will undertake assigned training modules covering technical proficiency, pedagogical skills, and classroom management. Therse modules will take roughly 2 hours and can be completed at home. Additionally, a mandatory in-person group training session precedes the commencement of the program to gain experience in a classroom setting.

Throughout the two-week tenure, LIT students will serve as teacher's assistants, undergoing a formal midway review after the initial week, with constructive feedback aimed at enhancing their performance during the subsequent week.

Upon program completion, students will undergo an exit interview and receive a comprehensive report documenting their progress and accomplishments, along with a formal completion letter. Exceptional performers will be considered for future paid instructor positions.

Furthermore, students can leverage their participation in the LIT program to fulfill high school volunteer requirements, earning 40 valuable work experience hours.

Join UTG's LIT program to enrich your coding expertise and cultivate essential leadership competencies. Apply now to embark on this enriching journey towards personal and professional growth.

#teenLeadershipDevelopment #stem #codingclasses #roboticsclasses #afterschoolcoding classes vancouver teen. After-school high school. Teen. Stem enrichment. Youth coding. Student coding. High school volunteering.

Please choose an orientation date below.

UTG's is excited to announce the NEW Academy's Leaders in Training (LIT) program, meticulously crafted for seasoned high-school coders seeking comprehensive training and leadership development opportunities.

UTG's LIT program is tailored to provide students with a robust curriculum encompassing hands-on job training in coding/robotics and a platform to refine their leadership acumen by assisting in coaching younger peers.

Under the LIT program, students will undertake assigned training modules covering technical proficiency, pedagogical skills, and classroom management. Therse modules will take roughly 2 hours and can be completed at home. Additionally, a mandatory in-person group training session precedes the commencement of the program to gain experience in a classroom setting.

Throughout the two-week tenure, LIT students will serve as teacher's assistants, undergoing a formal midway review after the initial week, with constructive feedback aimed at enhancing their performance during the subsequent week.

Upon program completion, students will undergo an exit interview and receive a comprehensive report documenting their progress and accomplishments, along with a formal completion letter. Exceptional performers will be considered for future paid instructor positions.

Furthermore, students can leverage their participation in the LIT program to fulfill high school volunteer requirements, earning 40 valuable work experience hours.

Join UTG's LIT program to enrich your coding expertise and cultivate essential leadership competencies. Apply now to embark on this enriching journey towards personal and professional growth.

#teenLeadershipDevelopment #stem #codingclasses #roboticsclasses #afterschoolcoding classes vancouver teen. After-school high school. Teen. Stem enrichment. Youth coding. Student coding. High school volunteering.

Please choose an orientation date below.

During the digital art portion, students will get the opportunity to learn and design in 3 dimensions and print off their own object with our 3-D printers. Students will also learn fundamental photo editing skills with pictures of themselves taken on the green screen. Finally, students will learn to incorporate pictures and animations into Pixelpad.


Frequently Asked Questions

Students in this camp will be working with python to understand computer algorithms and computer programming basics. This is an introduction to computer programming concepts, designs, and implementations through learning how to create games by scripting themselves! At the end of this camp, students will have created their own versions of their favorite games that they can share with their friends and family. Additionally, they will have built the foundations to understand computer programming principles and logic. We will divide students into 3 Age groups upon registration: Group 1 - ages 5 - 7 Group 2 - ages 8 - 11 Group 3 - ages 12 - 14

During the digital art portion, students will get the opportunity to learn and design in 3 dimensions and print off their own object with our 3-D printers. Students will also learn fundamental photo editing skills with pictures of themselves taken on the green screen. Finally, students will learn to incorporate pictures and animations into Pixelpad.


Frequently Asked Questions

UTG and Elevate have partnered up for another year to offer a digital art/ultimate frisbee camp!
Campers will spend half their day doing digital art and the other half outside learning and playing ultimate frisbee.

The Ultimate Frisbee portion of camp will focus on teaching athletes the FUNdamentals of Ultimate Frisbee including throwing, catching, and cutting, all through engaging small-sided games. No previous experience of Ultimate is necessary to enjoy the program. Elevate is an award-winning program loved and trusted by 1000+ parents and their kids. Their programs have a daily value (teamwork, effort, friendship, positive self-talk, fun), and with their high energy coaches, your athletes are guaranteed to have fun in a safe way!



During the digital art portion, students will get the opportunity to learn and design in 3 dimensions and print off their own object with our 3-D printers. Students will also learn fundamental photo editing skills with pictures of themselves taken on the green screen. Finally, students will learn to incorporate pictures and animations into Pixelpad.


Frequently Asked Questions

During the digital art portion, students will get the opportunity to learn and design in 3 dimensions and print off their own object with our 3-D printers. Students will also learn fundamental photo editing skills with pictures of themselves taken on the green screen. Finally, students will learn to incorporate pictures and animations into Pixelpad.


Frequently Asked Questions

UTG and Elevate have partnered up for another year to offer a robotics/ultimate frisbee camp!
Campers will spend half their day building and programming a robot and the other half outside learning and playing ultimate frisbee.

The Ultimate Frisbee portion of camp will focus on teaching athletes the FUNdamentals of Ultimate Frisbee including throwing, catching, and cutting, all through engaging small-sided games. No previous experience of Ultimate is necessary to enjoy the program. Elevate is an award-winning program loved and trusted by 1000+ parents and their kids. Their programs have a daily value (teamwork, effort, friendship, positive self-talk, fun), and with their high energy coaches, your athletes are guaranteed to have fun in a safe way!



During robotics, students will learn fundamental engineering skills to construct the best VEX IQ robot they can build. Throughout the week the robots will have to be tailored to specific challenges, including the ever popular “robot soccer”. Robotics also introduces coding. Students use block coding to program their robot to drive and complete tasks all on its own. By the end of the week your child will be able to:

write code that commands their motors to perform specific functions
use the engineering design process to identify flaws and make improvements in their design
implement fundamental concepts in physics such as gearing, centre of gravity, friction, leverage
collaborate with team members



Frequently Asked Questions

Students in this camp will be working with python to understand computer algorithms and computer programming basics. This is an introduction to computer programming concepts, designs, and implementations through learning how to create games by scripting themselves! At the end of this camp, students will have created their own versions of their favorite games that they can share with their friends and family. Additionally, they will have built the foundations to understand computer programming principles and logic. We will divide students into 3 Age groups upon registration: Group 1 - ages 5 - 7 Group 2 - ages 8 - 11 Group 3 - ages 12 - 14

UTG and Elevate have partnered up for another year to offer a coding/ultimate frisbee camp!
Campers will spend half their day creating the artwork and code for their own video game and the other half outside learning and playing ultimate frisbee.

The Ultimate Frisbee portion of camp will focus on teaching athletes the FUNdamentals of Ultimate Frisbee including throwing, catching, and cutting, all through engaging small-sided games. No previous experience of Ultimate is necessary to enjoy the program. Elevate is an award-winning program loved and trusted by 1000+ parents and their kids. Their programs have a daily value (teamwork, effort, friendship, positive self-talk, fun), and with their high energy coaches, your athletes are guaranteed to have fun in a safe way!



During coding, students will use PixelPad to create the code and artwork for their very own video game. Students will learn the fundamentals of the coding language Python. Over the week they will cover loops, variables, if-statements, orienting objects in 2-D space, and much more. By the end of the week they will have their own video game.



Frequently Asked Questions

During robotics, students will learn fundamental engineering skills to construct the best VEX IQ robot they can build. Throughout the week the robots will have to be tailored to specific challenges, including the ever popular “robot soccer”. Robotics also introduces coding. Students use block coding to program their robot to drive and complete tasks all on its own. By the end of the week your child will be able to:

write code that commands their motors to perform specific functions
use the engineering design process to identify flaws and make improvements in their design
implement fundamental concepts in physics such as gearing, centre of gravity, friction, leverage
collaborate with team members



Frequently Asked Questions

UTG and Elevate have partnered up for another year to offer a robotics/ultimate frisbee camp!
Campers will spend half their day building and programming a robot and the other half outside learning and playing ultimate frisbee.

The Ultimate Frisbee portion of camp will focus on teaching athletes the FUNdamentals of Ultimate Frisbee including throwing, catching, and cutting, all through engaging small-sided games. No previous experience of Ultimate is necessary to enjoy the program. Elevate is an award-winning program loved and trusted by 1000+ parents and their kids. Their programs have a daily value (teamwork, effort, friendship, positive self-talk, fun), and with their high energy coaches, your athletes are guaranteed to have fun in a safe way!



During robotics, students will learn fundamental engineering skills to construct the best VEX IQ robot they can build. Throughout the week the robots will have to be tailored to specific challenges, including the ever popular “robot soccer”. Robotics also introduces coding. Students use block coding to program their robot to drive and complete tasks all on its own. By the end of the week your child will be able to:

write code that commands their motors to perform specific functions
use the engineering design process to identify flaws and make improvements in their design
implement fundamental concepts in physics such as gearing, centre of gravity, friction, leverage
collaborate with team members



Frequently Asked Questions

UTG is a private robotics club team focusing on developing young engineering skills along with preparation for competing in tournaments. For students interested in design and programming, UTG Robotics fosters learning through a challenging, team-oriented environment where participants collaborate to create an entry for the global Robotics challenge - VEX IQ.

This year's competition is called
Rapid Relay
and will require students to build a robot that can collect, pass, and score a ball as many times as possible within 60 seconds.



Frequently Asked Questions

UTG is a private robotics club team focusing on developing young engineering skills along with preparation for competing in tournaments. For students interested in design and programming, UTG Robotics fosters learning through a challenging, team-oriented environment where participants collaborate to create an entry for the global Robotics challenge - VEX IQ.

This year's competition is called
Rapid Relay
and will require students to build a robot that can collect, pass, and score a ball as many times as possible within 60 seconds.



Frequently Asked Questions

UTG is a private robotics club team focusing on developing young engineering skills along with preparation for competing in tournaments. For students interested in design and programming, UTG Robotics fosters learning through a challenging, team-oriented environment where participants collaborate to create an entry for the global Robotics challenge - VEX IQ.

This year's competition is called
Rapid Relay
and will require students to build a robot that can collect, pass, and score a ball as many times as possible within 60 seconds.



Frequently Asked Questions

Students develop advanced Python skills by coding a physics-based platformer inspired by the classic game: Balloon Fight using PixelPAD. They'll explore gravity, velocity, acceleration, and vector-based movement, creating realistic in-game physics. Students personalize their games by customizing sprites, adjusting object interactions, and refining game mechanics, deepening their understanding of programming and physics concepts. Basic familiarity with computers and keyboarding is necessary; no prior coding experience required.