Computer Science One-Semester Course

Prepare Students to Thrive in a Tech-Driven World

Technology Training That Builds Lifelong Success

Today’s students need more than just basic digital skills—they need to understand how technology shapes our world and how they can use it for good. Our one-semester Computer Science course empowers students with essential digital literacy, a foundational understanding of artificial intelligence, and the ability to leverage technology for business and social impact. Students gain practical knowledge that prepares them for success in both their careers and their communities.

Preparing Students for the Future of Technology

Students will explore how emerging technologies are transforming industries and learn how to make informed decisions in a digital landscape. They’ll gain skills in digital literacy, data analysis, AI applications, and using technology as a force for positive change. By the end of the course, students will present a capstone project that demonstrates their understanding of how technology can drive innovation and social good.

Week 1: Introduction to Digital Literacy & Technology Awareness
Week 2: Understanding Emerging Technologies & Their Impact
Week 3: Digital Citizenship & Responsible Use of Technology
Week 4: Artificial Intelligence Fundamentals
Week 5: Exploring Real-World AI Applications
Week 6: Data Literacy & Data-Informed Decision Making
Week 7: Technology in Business & Entrepreneurship
Week 8: Tech for Good: Leveraging Technology for Social Impact
Week 9: Problem-Solving with Technology
Week 10: Critical Thinking & Analyzing Tech Trends
Week 11: Building Digital Collaboration Skills
Week 12: Technology and Ethics: Navigating Challenges
Week 13: Personal Branding & Online Presence
Week 14: Tech-Enhanced Communication & Presentation
Skills Week 15: Capstone Project Finalization
Week 16: Presentation Prep & Practice
Week 17: Final Project Presentations & Portfolio Building
Week 18: Course Assessment and Celebration

Empower Your Students to Achieve Their Second-to-None Potential with 220

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