It will be a project-based computer science camp. Including binary coding, simple programming, microprocessor control, interface technology, wiring, and interfacing with simple electrical and mechanical gadgets. This is camp will focus on microprocessor programming. Students will be able to unleash their creativity in open-ended exercises throughout the week, and be able to take their creations home with them on a memory stick. Modules will include straight programming as well as GUI object-oriented programming. Students will learn computer programming, website coding and development, and video game design. This camp is designed for students who have an interest in computer science. They will not be learning a specific language. Students in this course will learn through activities that are both on and off the computer. As the course progresses, students will have opportunities to use beginners-level HTML and Minecraft. They will begin with basic coding skills such as designing a maze and work their way up to learning how to design games, edit games, and also learn about possible careers in coding for the future. Students will begin using Scratch and Tynker to learn the fundamentals of coding. This is an introductory coding course for elementary students (entering 3rd-5th grades in Fall 2023). Students work with their instructors to tailor instruction based on their needs and desired outcomes. Students are provided with a binder containing their explorations completed throughout the week. The course includes a math-based scavenger hunt at the end of the week. Students will work in small groups for a personal touch, with some activities completed in a large-group setting. Methods taught include multiplication arrays, story problems, input-output tables, and other math reasoning concepts. Concepts include addition, subtraction, multiplication, division, and fractions. Students will explore math concepts that are CCSS aligned and are found on the M-Step. This course is inspired by and designed for elementary students (entering 3-5th grades in Fall 2023). The types of engineering covered are industrial, mechanical, electrical, chemical, bioengineering, and computer science. These lab exercises are designed to be informative and fun, with a big ‘wow’ factor attached. ![]() They will build roller coasters and discuss how kinetic and potential energy plays a factor in how they work. Students will make slime to learn about physical and chemical reactions. ![]() For example, elementary students will write computer code in scratch and high school students will write code in Python to be introduced to coding. Students will spend each day performing lab experiments and activities designed to give them a broad view of the different types of engineering offered here at Oakland University. Different types of engineering are introduced each day in a hands-on, student-centered manner. (248) camp is designed for students who are new to our summer camps and want to learn about the full variety of core STEM concepts. To learn more about OU's youth protection efforts, visit /youth. To achieve this critically important goal, carefully screened and highly trained personnel enforce protocols designed to ensure safe conduct and supportive interaction between youth and program leaders. Oakland University’s highest priority in providing exemplary academic, athletic and social programs for youth is protecting the health, safety and welfare of all participants. Faculty routinely visit high schools, junior highs, middle and elementary schools. ![]() SECS hosts outreach programs, both on and off campus, throughout the academic year and summer months. Thanks to this early introduction by passionate educators, students are guided to a pathway leading toward a successful education and career in the technological workforce. Oakland University’s School of Engineering and Computer Science is committed to introducing high school and pre-college students to Science, Technology, Engineering and Math (STEM) Resources.
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