Computer Science
Computer Science in Wheat Ridge High School
Computer Science is one of today’s most exciting fields. Advances in generative AI, augmented reality (AR) and virtual reality (VR) ensure that things will become more fun and interesting in the years to come.
Wheat Ridge offers a comprehensive computer science pathway that includes foundations, AP and advanced AR-VR Unity courses.
Students can learn JavaScript, C#, Python, Photoshop and Unity, all while using a lab of high-end desktop computers (i7 processors with 32GB of RAM and RTX 4060 TI graphics cards).
The program has Quest 3 and Apple Reality Pro headsets in addition to an Artec Leo Structured Light scanner, all of which further our ability to bridge the gap between the physical and virtual worlds.
Course Pathways and Coursework Examples
Computer Science in Jeffco
Computer science is the study of computation and the design of systems that solve problems using technology. It explores how hardware, software, data, networks, and algorithms work together to create digital solutions. Through computational thinking, students learn to analyze problems, design algorithms, develop software, work with data, and understand how computing impacts individuals, communities, and society.
Computer science encompasses a wide range of fields, including artificial intelligence, cybersecurity, software development, robotics, data science, cloud computing, networking, and emerging technologies. Because computing powers nearly every industry, computer science plays a critical role in everyday life, innovation, and the global economy.
Topics and experiences that may be included in a computer science course include:
- Computational thinking and algorithmic problem-solving
- Programming and software development
- Data collection, analysis, visualization, and interpretation
- Artificial intelligence and machine learning, including the responsible use of AI tools
- Cybersecurity, digital security, and cryptography
- Human-computer interaction (HCI) and user experience (UX) design
- Web, mobile, and application development
- Robotics, automation, and physical computing
- Modeling and simulation of real-world systems
- Computer networks, cloud computing, and the Internet
- Digital media, graphics, and interactive design
- Testing, debugging, and software optimization
- Collaboration, project management, and software development practices
- Ethical, legal, and societal impacts of computing, including privacy, accessibility, bias, intellectual property, and responsible technology use