University of Missouri Summer Camp with programming
Description of University of Missouri Summer Camp with programming
University of Missouri Summer Camp on the basis of the University of Missouri offers children and adolescents to study programming, artificial intelligence, machine learning, cinematography, robotics, game design, developing the skills that are in demand in the highly competitive market of innovative Kansas City startups (C2FO, DivvyHQ, FitBark, PayIt.), USA, other countries.
Studying in University of Missouri Summer Camp involves small classes, qualified staff, an efficient curriculum that gives amazing results.
Programs and prices, tuition fees in University of Missouri Summer Camp with programming
Roblox Entrepreneur: Imaginative Game Design
- 10-12 liters
- Coding, Game Dev, Creative
- Tools: Roblox, Roblox Studio.
Roblox is one of the fastest growing platforms for creating games on the planet, involving more than 100 million players every month, and leading developers earn more than $ 1 million per year. Using the built-in Roblox editor to create three-dimensional worlds, participants will develop, publish their own projects, play with friends on any platform, from the console to the mobile phone. Teenagers will learn the games that have become hits, find out how to implement their monetization strategies.
Program Content:
- Creation, publication of games on the Roblox website
- Lua programming basics practice
- Learning the basics of game design
- The principles of monetization of projects.
Roblox Entrepreneur: Lua Coding and Game Scripts
- 10-12 liters
- Coding, game development, creative
- Equipment: Roblox, Roblox Studio.
Roblox is one of the fastest growing gaming creation platforms on the planet, covering over 100 million players per month. Well-known developers earn over $ 1 million every year. Children use the built-in Roblox editor to create three-dimensional worlds, the powerful, fast Lua programming language for coding game mechanics. Lua allows you to create scripts of your own games for sale to other designers.
The program includes:
- Practicing the basics of programming with Lua
- Using programming logic to create game mechanics, design of three-dimensional worlds
- Create offline scripts for any user
- Monetization of the project.
Java Coding: Build Mods with Minecraft
- 10-12 liters
- Coding, Game Dev
- Features: Minecraft, Java, IntelliJ.
Participants explore the source code for Minecraft, the core of the Java programming language. Objective: integrate custom tools, blocks, mobs, creating your own version of this open game. The course introduces Java programming in an accessible way, prepares for programming.
Training includes:
- Using variables, functions, control structures to configure Minecraft
- Java coding
- Creating Minecraft Mods
- The development of logical thinking.
Java Coding: Custom Blocks and Maps in Minecraft
- 10-12 liters
- Coding, game development, creative
- Provision: Minecraft, Java, IntelliJ.
Pupils use Java code to add a personalized, modernized Minecraft style, create their own items, blocks, design, build an adventure map to include the developed add-ons. The practice of Java coding, game design will allow you to create mods, maps, share them online.
The course allows you to:
- Create adventure maps, Minecraft mods
- Use variables, functions, control structures to configure Minecraft
- Java coding
- Develop skills to solve technical problems.
Game Creation and AI with JavaScript
- 10-12 liters
- Coding, game development, creative
- Tools: JavaScript, HTML5.
The creators of 95% of all sites in the world use JavaScript: its study will allow you to master the basics of coding when creating fun interactive games. Coding projects, creating vibrant graphics, reading input data to recreate your favorite games. Having tried their hand at machine learning, participants will work on voice, sound, image recognition. Artificial intelligence, JavaScript, HTML allows you to create the next generation of games, start programming.
In this course you will:
- Use programming logic to create game mechanics
- Collect games from start to finish
- Practice the principles of game design.
Coding and engineering 101
- 10-12 liters
- Coding robotics
- Equipment: JavaScript, micro: bit.
A universal, dynamic course combines coding, development. Students will learn the basics of computer hardware, combine this knowledge with the concepts of object-oriented programming. Next, you will learn programming with micro: bit, an interactive handheld computer that will be taken home. JavaScript micro: bit allows you to detect movement, send messages, create games. Some students will have to tighten up their practical coding skills and the use of hardware.
Course Outline:
- Using micro: bit to encode games, applications
- JavaScript coding, creating simple logic circuits
- Understanding the basics of programming, coding.
Robotics and Sensors with Take-Home Sphero RVR
- 10-12 liters
- Coding, Robotics
- Provision: Sphero RVR with an advanced sensor kit.
Teenagers will learn autonomous robotics, the revolutionary Sphero RVR, a programmable robot that is ready to go right after installation. Sphero RVR is a customizable bot with a wide range of sensors, a professional-level control system, and a powerful engine.
Students will learn:
- Use Sphero RVR to learn coding techniques, robotics
- Program a robot to complete tasks
- Form the basic behavior of artificial intelligence.
YouTube Gamecasting and Video Production
- 10-12 liters
- Creative
- Equipment: Adobe Premiere, video equipment, YouTube.
Participants in the YouTube Gamecasting and Video Production course will create their own online gaming presence on YouTube: this popular video style will allow you to broadcast the process of your favorite video games, go to the basics of production, create audio, visual effects for an exciting online broadcast. The perfect combination of games, video production, instilling a lot of exciting, real skills.
Course program:
- Creating YouTube Gameplay Videos
- Using operator software, editing video, audio
- Creating an online brand.
Video Production: Start Your Own YouTube Channel
- 10-12 liters
- Creative
- Tools: Adobe Premiere, video equipment, YouTube.
From video blogs to textbooks, short films, students will receive absolute freedom when creating a YouTube brand, choosing an online presence. Pupils will learn the basics of pre-training, composition, will be shot on professional equipment. Students will edit frames using Adobe Premiere software, which allows you to take projects to a new level.
Learning Objectives:
- Create video content using the basics of production
- Using Professional DSLR Cameras
- Creating a unique online brand.
Creative Design Studio with Adobe Animate
- 10-12 liters
- Game Dev, Creative
- Hardware: Adobe Creative Suite.
Participants will master the fundamental principles of art, animation, and use professional game design techniques. Students will use premium software, Adobe Animate, a set of other Adobe products to reveal their inner vision. By instilling composition planning skills, the course provides a solid foundation for design, creative solutions - the necessary skills to succeed as a designer.
Course Outline:
- Design art, animation using the basics of drawing
- Using Wacom Professional Drawing Tablets
- Visual storytelling practice
- Digital Portfolio Development.
Game Design and Development 101
- 13-17 l.
- Game Dev, Creative
- Software: Autodesk Maya, Unreal Engine 4.
Students will learn more about professional video game design, use the industry’s most popular tools, begin the week by exploring Maya's 3D object theory, Unreal Engine 4 level design, and combine new skills to create an intelligent world. Import Maya models into Unreal, customize their own world, add unique encoded elements using the UE4 Blueprints visual scripting system. Participants will leave the course, having received their own professionally developed level, complement the portfolio.
Participants will master:
- Creation of game levels, environments
- 3D model design
- Using Visual Scripting Blueprints
- Development of the necessary skills for game design, creativity.
Fortnite Camp and Unreal Engine Level Design
- 13-17 l.
- Game dev
- Equipment: Fortnite, Unreal Engine 4.
Teens will unleash the power of Fortnite, the game development tool used to create it. Epic Games Unreal Engine allows you to develop your own levels inspired by Fortnite, discover gameplay strategies, game mechanics, team building, analysis of Fortnite level design. Using new skills to create Battle Royale levels, students will begin their future as Unreal Engine professionals.
Students will learn:
- Fortnite gameplay, level design principles
- Creating levels, environments
- Filling levels with actors
- Blueprints visual programming language development
- Getting basic game development skills.
VR Design with Unity and Oculus Go
- 13-17 l.
- Coding, Game Dev
- Tools: Unity, Magica Voxel, Oculus Go.
Participants will plunge into virtual reality, try Oculus Go - an all-in-one virtual system without wires or cords connected, it is combined with Unity, a standard game engine. Young people will create amazing worlds in which players can see, hear. After gaining practical experience, participants will take their projects home, Oculus Go, continue to create, improve interactive virtual worlds.
Course Outline:
- Use of game objects, models, levels
- Program Interactions with C #
- 3D modeling, creating a virtual reality experience
- Development of coding skills, design.
Intro to Python Coding for Machine Learning
- 13-17 l.
- Coding
- Equipment: Python, Tensorflow, PyCharm.
The Intro to Python Coding for Machine Learning course develops coding skills, one of the most sought-after in the modern labor market. Young people will get real experience of immersion in computational thinking. After learning the basics, participants will apply their coding knowledge to machine learning, start with logic games, Python, the fastest growing programming language, and move on to object-oriented concepts. With a deeper understanding of coding, students will master the creation of simple neural networks and prepare for more advanced machine learning courses.
Participants will master:
- Python programming language
- The basics of neural networks
- The content of machine learning.
Voice Apps for Amazon Alexa and Google Assistant
- 13-17 l.
- Coding
- Provision: voice stream for Alexa and Google Assistant.
Students of Voice Apps for Amazon Alexa and Google Assistant will take their voice applications developed to a new level: they will develop an application for Amazon Alexa or Google Assistant, which plays a voice game or transfers music to rooms, devices, and uses the Voiceflow program. At the final stage, students will post their product online.
Training includes:
- Creating voice applications,
- Practice with Amazon Alexa, Google Assistant
- Using the design of the operator program, the development of visual workflows.
Code Apps with Java
- 13-17 l.
- Coding
- Software: Java, IntelliJ.
Having studied the basics of Java, one of the oldest programming languages so far, students apply it to the development of games, business applications. Regardless of the student’s level of coding knowledge, he will improve his Java skills by using console applications.
The objectives of the program:
- Java Project Encoding
- Using arrays, loops, if statements
- Definition of variables, data types, classes, constructors
- Solving programming problems using logic, code.
Java Coding and Game Development
- 13-17 l.
- Coding, Game Dev
- Features: Java, IntelliJ, processing.
The summer Java Coding and Game Development program is built at the intersection of coding and graphics. Using Java, one of the most popular coding languages, students will learn the basics of programming, create arcade games, go beyond text programs, create visual interactions using a processing library. Participants will develop a unique schedule that goes beyond console programs, form a portfolio that colleges will notice.
The program teaches:
- Encode Java Games
- Define variables, if statements, loops, classes, constructors
- Create graphics, animations using Processing
- Apply game design.
Code Apps with C ++
- 13-17 l.
- Coding
- Tools: C ++, the Microsoft Visual Studio Community.
After learning the basics of C ++, one of the most important programming languages, participants work with applications covering the design of system software and game development. C ++ opens the world of coding, development to students, no matter what they create. Using new coding skills, they will create projects, test growing knowledge in an interview format.
Learning Outcomes:
- Initialization, use of variables
- Work with strings, characters, algorithms
- Solving programming problems using logic, code
- Responses to user input.
Develop and Code Games with C ++
- 13-17 l.
- Coding, Game Dev
- Hardware: C ++, Microsoft Visual Studio Community.
Having improved C ++ skills, program participants will implement images in games, use graphic libraries, and create their own arcade games in one of the most popular programming languages in the world. Participants will focus on the implementation of keyboard, mouse, basic artificial intelligence controls, and will find moments of interaction between game elements. Students will begin a career in gaming programming, using the standard edition of Microsoft Visual Studio Community Edition to create impressive projects.
Classes will teach:
- Initialize, use variables
- Work with strings, characters, algorithms
- Use graphic libraries to add visual effects to games
- Read, respond to user input.
Autonomous Robotics with Take-Home Sphero RVR
- 13-17 l.
- Coding, Robotics
- Provision: Sphero RVR with an advanced sensor kit.
Participants will plunge into the world of autonomous robotics with the help of Sphero RVR, a durable, versatile, programmable robot, ready to work immediately after installation. Designed with individual features in mind, the Sphero RVR has many built-in sensors, a professional-grade control system and a powerful engine with all-terrain treads. This is a new level of practical robotics, engineering, interaction with hardware.
The course allows you to:
- Use Sphero RVR to learn coding techniques, robotics
- Read data from sensors
- Form the basic behavior of artificial intelligence
- Use the logic of programming, machine learning.
Snapchat Filters and 3D Modeling with Maya
- 13-17 l.
- Creative
- Software: Autodesk Maya, Snapchat Lens Studio.
Snapchat provides an unprecedented opportunity to share visual moments with friends, family around the world. Using Autodesk Maya, students will be able to create models, small characters, and details. Snapchat Lens Studio will allow you to create your own AR filters, GIF elements. Combining their imagination with the wealth of Snapchat, the power of Autodesk Maya, students realize their creativity.
Program Content:
- Using modeling tools
- The practice of modeling methods of the environment, hard surfaces
- Work on lighting, materials
- Creating Snapchat filters.
Digital Video Production: Start a YouTube Channel
- 13-17 l.
- Creative
- Features: Adobe Premiere & After Effects, YouTube.
YouTube allows you to implement innovative ideas: create video blogs, game broadcasts, tutorials and much more, provide an online presence, engage in video production. Participants will shoot on professional equipment, use Adobe Premiere to improve the project, and promote Adobe After Effects skills. By combining creative efforts to create a vibrant channel, students will be able to form their own audience.
The course includes:
- Gain experience with professional equipment, including DSLR cameras
- Editing video, audio tracks
- Using software for filming.
Video Production and Special Effects for YouTube
- 13-17 l.
- Creative
- Tools: Adobe Premiere & After Effects, YouTube.
The course will allow you to study all stages of video production, students will plan, frame their digital videos, work together with their colleagues, make a film using professional equipment. Using the capabilities of Adobe Premiere, teenagers will be able to edit clips, add their own animations, special effects using Adobe After Effects.
Participants will be able to:
- Use professional equipment including DSLR cameras
- Edit video, audio tracks, use camera software
- Create special effects, animations.
Accommodation, meals, prices
Students get an opportunity to become a part of a wider community, located near educational buildings. Two residences are certified by the LEED by the US Green Building Council; they use strategies and sustainable construction methods. Students live in 1.2-bed rooms.
Activities University of Missouri Summer Camp with programming
The camp staff organizes leisure activities for children on campus and might also organize supervised excursions off campus. Children might also visit nearby attractions that are walking distance from the camp locations. A busy extra-curricular life will not let anyone get bored, help you relax and gain strength before new activities.
Advantages
- The summer camp with programming attracts qualified teachers and camp staff
- Technical camp offers individual tuition: a maximum of 10 students per instructor. Whatever the starting skill level, the school is developing an individual curriculum.
- Students receive a diploma, a certificate, that will improve their portfolio
- Students will work out teamwork skills: they will use common video equipment and other equipment.
Facilities and equipment at University of Missouri Summer Camp with programming
Participants in summer courses gain access to the most modern software and hardware, master innovative professional tools from Adobe, Epic Games, Autodesk, VEX, Sphero, Roblox and others.
Admission dates and extra charges
Technical Camp
- Jun 15-19
- Jun 22-26
- Jun 29-Jul 3
- Jul 6-10
- Jul 13-17
- Jul 20-24
Extras:
- Registration fee (for a programme/course) 250 USD
Entry requirements, how to apply, what is required to enrol
Scholarships University of Missouri Summer Camp with programming
Since its inception, the Learning Assistance Program has provided more than 2,000 scholarships for low-income students who wish to take part in summer shifts. Every child deserves access to quality technical education, regardless of socio-economic situation. One of the goals of the courses is to help bridge the digital divide, to provide knowledge to a wide range of students.
Institution on the map
Residence permits, citizenship and other services
- Guardianship services during the studies
- Student supervision
Review about University of Missouri Summer Camp with programming
Recommendations on when to apply
| Language courses, schools and children's language camps | Primary and secondary education - private schools | Preparation programmes for entering universities - higher education | Higher education (after completing accredited programs A-level, IB, High School) - Bachelor, Master, MBA |
| - we recommend to apply 6-9 months before the start of the course (some camps and schools offer discounts for early booking or for lengthy study programs) - there are some very popular and high demand children's camps, where the applications need to be submitted 1 year in advance (in particular Switzerland , Great Britain , USA , Canada , Austria) | - we recommend to apply one year before the start of the training program, - some schools have a specific time frame (September-November - please specify an individual school) - some schools require tests in several stages (UKISET, internal tests of the school: English, mathematics, logics, subjects, interview, some require a personal visit) | - we recommend to apply one year before the start of the program, - for Foundation and Pathway programs, IELTS and TOEFL certificates are usually required, respectively | - recommended submission one year before the start of the program, - the deadline normally closes in January, for TOP HEIs and, as a rule, in March in other universities - for a bachelor, a Foundation or Pathway preparatory program a completed A-level, IB, High School + IELTS / TOEFL are required - for Masters you need a graduated higher education, in some cases you need a pre-Masters program - MBA requires completed higher education, work experience preferably at least 2-3 years, etc. |
