Timeframe: 5 weeks.
Students: 20 college students.
Focus: Professional game development through Agile production, collaborative studio workflows, and Unity certification.

Highlights & Outcomes:

• Designed and taught a 3-credit dual-enrollment course developing a game for the Baltimore City Health Department.

• Led students through Agile production using Unity, C#, Jira, Confluence, and GitHub.

• Structured development across five sprints from pre-production through polish and showcase.

• Integrated Unity Certified Associate: Game Developer exam preparation alongside hands-on production.

Timeframe: 10 weeks.
Students: 20 high school students.
Focus: Professional game production through collaborative development, sprint-based workflows, and iterative production.

Highlights & Outcomes:

• Designed and led a studio-simulation course covering the game production pipeline from concept through release.

• Introduced professional workflows including Jira, sprint planning, playtesting, and retrospectives.

• Led students in developing an original game using Godot and GDScript.

• Managed studio roles and production goals through publication on Itch.io and a public showcase.

Timeframe: 10 weeks.
Students: 12 high school students.
Focus: 3D asset creation, real-time environment development, and Blender-to-Unity workflows.

Highlights & Outcomes:

• Designed and taught a pipeline-focused course connecting Blender asset creation to Unity development.

• Taught modeling, UV unwrapping, and clean topology for efficient real-time game assets.

• Led students in integrating 3D assets into Unity through environmental composition and level design.

• Guided students through portfolio development and presented finalized environments at a public showcase.

Timeframe: 2 days.
Participants: 25+ high school and college students.
Focus: Social-emotional learning through rapid game development and accessible Unity workflows.

Highlights & Outcomes:

• Built a custom Unity no-code template using C#, enabling students with no programming experience to create games in under five hours.

• Designed a Signal-based interaction system supporting doors, triggers, animations, dialogue, and puzzles through the Unity Inspector.

• Created a Game Jam Guidebook and instructional videos covering development workflows and implementation.

• Supported student teams through collaborative development using GitHub and rapid game-jam production practices.

Timeframe: 10 weeks.
Students: 15 high school students.
Focus: Advanced Unity and C# programming through multi-project game development.

Highlights & Outcomes:

• Designed and taught a project-based course using a custom Unity 3D arcade-style template.

• Led students through three interconnected mini-games focused on player movement, inventory systems, and AI navigation.

• Taught advanced C# concepts including Scriptable Objects, UI management, and optimization.

• Supported students in publishing complete game collections on Itch.io and presenting them at a public showcase.

Timeframe: 5 weeks.
Students: 20 high school students.
Focus: Game design fundamentals spanning analog design, digital art, narrative, and introductory programming.

Highlights & Outcomes:

• Designed projects spanning remix games, original board games, and interactive digital experiences.

• Taught GIMP for creating custom digital art assets and visual game content.

• Led students in building narrative games with Twine using variables, conditionals, events, and HTML/CSS/JavaScript.

• Guided students through documentation, portfolio development, and publication on Itch.io before a community showcase.

Timeframe: 12 weeks.
Students: 17 middle and high school students.
Focus: Unity and C# foundations through collaborative 3D game development.

Highlights & Outcomes:

• Designed and taught a project-based course using a 3D survival game template as a foundation for development.

• Taught C# scripting, player movement, AI, UI, lighting, and animation through hands-on projects.

• Led students in designing and implementing original survival games with unique mechanics and features.

• Supported students through publication on Itch.io and presentation at a public showcase for families and industry guests.

Timeframe: 2 quarters.
Students: 60+ middle school students.
Focus: Computer science fundamentals with introductory app and web development.

Highlights & Outcomes:

• Taught foundational computing concepts including input, output, storage, and processing.

• Led students in building apps with Code.org App Lab addressing real-world social issues.

• Introduced HTML and CSS through hands-on web development projects during the second quarter.

• Developed presentation, collaboration, and problem-solving skills through project-based learning.