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Training Programs
This 12-day, project-based AI innovation program introduces 7th and 8th grade students to artificial intelligence, ethical technology use, and no-code web development through a highly personalized learning experience. Students explore how AI works, its real-world impact, and the responsibilities that come with using it—while actively applying these concepts to create a meaningful digital product. At the core of the program is the development of a personal “About Me” webpage, where students use tools like Claude to generate and refine content, and Base44 to design and build their site. Through structured lessons, students learn prompt engineering, algorithmic thinking, and iterative design while transforming their ideas into a live, interactive webpage that reflects their identity, culture, and aspirations. The program emphasizes hands-on creation, critical thinking, and self-expression, guiding students from initial concept planning through development, testing, refinement, and final presentation. By the end, students not only build a functional digital product but also gain confidence as creators—learning to use AI as a tool for innovation rather than passive consumption.
Learning Outcomes
1. AI Foundations & Digital Literacy Define artificial intelligence and identify its types and real-world applications. Understand how AI systems make decisions, including basic algorithms and decision trees. Explain the role of AI in everyday life and future careers. 2. Ethical AI Use & Digital Safety Identify and explain concepts such as bias in AI systems and ethical implications. Recognize and protect personally identifiable information (PII). Demonstrate responsible and safe use of AI tools and digital platforms. 3. Prompt Engineering & AI Interaction Construct effective prompts using structured frameworks (role, task, context, output). Analyze and refine AI-generated responses through iteration. Use AI tools to support content creation while maintaining authentic personal voice. 4. Web Development & Digital Creation Build a functional, multi-section webpage using a no-code platform. Apply basic UI/UX principles including layout, accessibility, and visual design. Integrate text, structure, and design elements into a cohesive digital product. 5. Design Thinking & Iterative Development Plan, prototype, test, and refine a digital project using structured workflows. Conduct peer testing and apply feedback to improve usability and design. Document the development process through logs and reflections. 6. Personal Branding & Storytelling Translate personal identity, culture, and experiences into digital content. Create a webpage that clearly communicates individuality and voice. Balance AI assistance with authentic self-expression. 7. Problem Solving & Critical Thinking Troubleshoot issues in design, structure, and content. Use AI strategically to diagnose and solve problems. Apply logical thinking to improve outputs and workflows. 8. Collaboration & Communication Participate in peer reviews and provide constructive feedback. Clearly explain design decisions and project choices. Collaborate using digital tools in a structured environment. 9. Presentation & Professional Skills Deliver a structured presentation of their project to an audience. Articulate their learning process, challenges, and outcomes. Build confidence in public speaking and showcasing digital work. https://docs.google.com/spreadsheets/d/1t9f4w89B98vYcGwpGsAcNevknFlpqjjV872RtEY94n0/edit?usp=sharing
Learning Outcomes
Transferable workforce skills Documentation feedback Professional communication Create clean, professional documents Use Docs as a tool for planning, documenting, and communicating tech work Proficiency in Google Workspace tools like Docs, Sheets, Slides, Calendar and Meet
The Project Management Certificate prepares participants to manage projects from start to finish using industry-standard tools, frameworks, and communication strategies. Participants learn how to plan, execute, and evaluate projects across a variety of professional environments.
Learning Outcomes
Project planning and documentation Agile and traditional project management methodologies Risk management and problem-solving Stakeholder communication and collaboration Budgeting, scheduling, and project execution Real-world project scenarios and applied learning
The IT Support Certificate introduces participants to the fundamentals of information technology support, troubleshooting, and systems management. The program is designed to build confidence in diagnosing and resolving common technical issues in workplace environments.
Learning Outcomes
Computer hardware and operating systems Networking fundamentals System administration basics Security concepts and best practices Customer service and help desk workflows Troubleshooting and technical problem-solving
This introductory IT support course provides students with a comprehensive foundation in how computers and technology systems work. Students learn the essentials of computing, including hardware and software components, operating systems, and how devices communicate within networks. Through hands-on practice, they develop skills in diagnostics, troubleshooting, and performing basic hardware and software repairs. The course also explores key IT concepts such as **system management, cloud computing, networking fundamentals, cybersecurity basics, and data storage**. Students gain experience working with peripherals, upgrading computer components (RAM, storage, etc.), and maintaining device performance. By the end of the program, students understand how to support, maintain, and optimize technology systems—building the core skills needed for entry-level IT support and real-world tech environments.
Learning Outcomes
1. Core Computing Knowledge Explain how computers work, including the roles of CPU, RAM, storage, and operating systems. Differentiate between hardware and software and how they interact. Understand basic system architecture and device functionality. 2. Hardware Skills & Upgrades Identify internal and external computer components (motherboard, SSD/HDD, power supply, peripherals). Install and upgrade components such as RAM and storage. Connect and configure common peripherals (keyboards, monitors, printers, external drives). 3. Software & Operating Systems Navigate and manage operating systems (Windows, macOS basics). Install, update, and uninstall software applications. Perform system updates, basic configurations, and user account management. 4. Diagnostics & Troubleshooting Apply structured troubleshooting methodologies (identify, test, resolve, document). Diagnose common hardware and software issues. Use basic tools (task manager, disk utilities, boot menus) to resolve problems. 5. Networking Fundamentals Understand how devices connect to networks (Wi-Fi, Ethernet). Explain basic networking concepts (IP address, router, internet vs. local network). Troubleshoot simple connectivity issues. 6. Cloud Computing & Data Management Understand what cloud computing is and how it’s used (storage, applications, backups). Use cloud platforms for file storage and collaboration. Demonstrate basic data organization, backup, and recovery practices. 7. Cybersecurity & Digital Safety Recognize common security risks (malware, phishing, weak passwords). Apply basic security practices (password management, updates, safe browsing). Understand the importance of protecting personal and organizational data. 8. Systems Thinking & IT Workflows Understand how different technology systems interact (hardware, software, network, cloud). Follow IT support workflows such as ticketing, documentation, and escalation. Maintain organized records of issues, fixes, and system changes. 9. Professional & Career Readiness Demonstrate communication skills for explaining technical issues clearly. Provide basic technical support to users in a professional manner. Understand entry-level IT roles and pathways (help desk, support technician). https://docs.google.com/spreadsheets/d/1HLA-LGMwbN0EADxo-dBXje1hC1INsGldDQqrNKPt12E/edit?usp=sharing
This introductory web development course teaches students the fundamentals of **HTML and CSS** while guiding them through building their own personal landing pages. Through a project-based approach, students design interactive websites that tell the story of who they are—highlighting their interests, experiences, and what makes them unique. Students leverage AI as a learning partner, using intelligent assistants that explain what to code, why it works, and how to apply it—while still writing the code themselves. By the end of the program, students will have a fully functional, interactive webpage and a strong foundation in both web development and using AI as a tool for creation.
Learning Outcomes
1. Core Web Development Skills Understand and apply the structure of an HTML document (head, body, elements, tags). Use CSS to style webpages, including colors, fonts, spacing, and layout. Build and organize a multi-section landing page. 2. Design & User Experience Create visually engaging and interactive web pages. Apply basic design principles (alignment, contrast, spacing, readability). Structure content in a way that is easy for users to navigate and understand. 3. Personal Branding & Storytelling Translate personal experiences, interests, and identity into digital content. Design a webpage that clearly communicates “who I am” and “what makes me unique.” Combine text, images, and layout to tell a cohesive story. 4. AI-Assisted Development Use AI tools to generate, explain, and refine HTML/CSS code. Understand why code works, not just how to copy it. Leverage AI as a support tool while maintaining independent coding ability. 5. Problem Solving & Debugging Identify and fix common coding errors in HTML and CSS. Test and iterate on designs based on functionality and appearance. Develop logical thinking when building and troubleshooting code. 6. Project Completion & Deployment Readiness Build a complete, functional personal landing page from scratch. Organize files and code in a clean, readable structure. Prepare a project for sharing or showcasing (portfolio-ready mindset). 7. Collaboration & Communication Give and receive feedback on design and functionality. Explain their code and design decisions to peers or instructors. Work collaboratively while maintaining ownership of their individual project. https://docs.google.com/spreadsheets/d/1W9wV5B48MITrz8gduloQj13RRrO4ZdCGP1n9sXcV6cs/edit?usp=sharing
This hands-on electronic repairs program meets twice a week for 1.5-hour sessions over 8 weeks, introducing students to the fundamentals of electronic computing through real-world practice. Participants learn how to safely disassemble and reassemble devices, understand core components, and follow proper repair procedures and tool kit etiquette. Students also integrate AI by building ticketing systems and diagnostic assistants to support troubleshooting and workflow. The program extends beyond technical skills, teaching students how to source parts and price repairs for profitability—equipping them with both engineering insight and entrepreneurial thinking.
Learning Outcomes
1. Technical Foundations Identify and describe key electronic components (motherboard, battery, storage, display, connectors). Explain basic principles of electronic computing and how devices function. Distinguish between common device types (phones, laptops, tablets) and their internal structures. 2. Hands-On Repair Skills Safely disassemble and reassemble electronic devices using proper techniques. Use essential repair tools correctly (screwdrivers, spudgers, anti-static equipment). Perform basic diagnostics to identify hardware issues. 3. Safety & Professional Procedures Apply safety protocols when handling electronics (ESD protection, battery safety, workspace setup). Demonstrate proper tool kit organization and maintenance. Follow structured repair workflows from intake to completion. 4. AI Integration & Systems Thinking Build a simple AI-powered ticketing system to track repair jobs. Create and use AI “diagnostic buddies” to assist with troubleshooting. Understand how AI can improve efficiency in technical workflows. 5. Problem Solving & Diagnostics Analyze device issues using step-by-step troubleshooting methods. Document problems, attempted fixes, and outcomes clearly. Develop critical thinking skills for repair decision-making. 6. Business & Entrepreneurship Skills Calculate repair pricing based on cost of parts, labor, and profit margins. Identify reliable sources for purchasing parts and tools. Understand the basics of running a repair service (customer intake, service tracking, delivery). 7. Communication & Documentation Record repair notes, timelines, and outcomes in a structured format. Communicate repair status and findings clearly to peers or instructors. Collaborate effectively in team-based repair scenarios. https://docs.google.com/spreadsheets/d/1tF_hudcsuJriGFHWWUI_dcIkuGXXf2i5wxkrHlLOml0/edit?usp=sharing