Teaching & Leadership
Empowering the next generation through innovative computer science education and inclusive community building that bridges cultures and skill levels.
Educational Philosophy
Making computer science accessible, engaging, and inclusive for all learners
Illuminating Complex Concepts
"The best teachers are bridges between the complex world of knowledge and the curious minds seeking to understand it."
Accessibility First
Break down complex CS concepts into digestible, age-appropriate components that anyone can understand.
Inclusive Communities
Build learning environments where every student feels valued, supported, and empowered to grow.
Practical Innovation
Connect theoretical knowledge to real-world applications that inspire and motivate learners.
Teaching Experience
Comprehensive educational initiatives across different age groups and contexts
COMPSCI 0.10: Foundations of Computing
Elementary School Computer Science Curriculum
Course Overview
A comprehensive 40-hour curriculum designed specifically for elementary school students (ages 8-12), introducing fundamental computer science concepts through hands-on activities, visual programming, and creative projects. The course emphasizes computational thinking, problem-solving, and creativity.
Key Achievements:
- • 95% course completion rate
- • 4.8/5.0 average student satisfaction
- • Positive parent feedback (98%)
- • Teacher training program developed
Curriculum Structure
Module 1: Computational Thinking (10 hours)
Pattern recognition, decomposition, abstraction, and algorithms
Module 2: Visual Programming (15 hours)
Block-based programming with Scratch and interactive storytelling
Module 3: Creative Projects (10 hours)
Game design, animation, and multimedia presentations
Module 4: Problem Solving (5 hours)
Real-world challenges and collaborative solution development
Teaching Methods
- • Interactive demonstrations
- • Hands-on coding exercises
- • Peer collaboration projects
- • Visual learning aids
- • Gamified assessments
Learning Outcomes
- • Computational thinking skills
- • Basic programming concepts
- • Problem-solving confidence
- • Creative expression through code
- • Collaboration abilities
Impact Measures
- • Pre/post concept assessments
- • Project portfolio evaluations
- • Student self-reflection surveys
- • Parent engagement feedback
- • Long-term interest tracking
Leadership Experience
Building communities and fostering growth through inclusive leadership
Computer Science Club Leadership
Transforming a startup into a thriving community
Led the strategic growth and development of our school's CS club, implementing structured learning programs, mentorship systems, and inclusive community-building initiatives.
Leadership Initiatives:
- • Weekly technical seminars and workshops
- • Peer mentorship program implementation
- • Competitive programming training sessions
- • Industry guest speaker coordination
Community Impact:
- • 80% consistent meeting attendance
- • Multiple competition team qualifications
- • Strong alumni network formation
- • Increased school-wide CS interest
Berkeley International Study Community
Building bridges across cultures and disciplines
Founded and maintained a supportive study community for international students at UC Berkeley, providing academic support, cultural exchange, and emotional wellness during challenging times.
Community Services:
- • Daily study group coordination
- • Academic resource sharing platform
- • Cultural adaptation workshops
- • Peer tutoring network
Leadership Outcomes:
- • Improved academic performance across members
- • Reduced isolation and cultural shock
- • Lasting international friendships
- • Continuing legacy at UC Berkeley
Teaching Innovation
Unique approaches to making CS education engaging and accessible
Playground Analogies
Transform complex algorithms into playground games and everyday activities that children naturally understand, making abstract concepts tangible and memorable.
Multi-Modal Learning
Combine visual, auditory, and kinesthetic learning approaches to accommodate different learning styles and ensure every student can access and engage with the material.
Collaborative Learning
Foster peer-to-peer learning through structured group projects, code reviews, and presentation opportunities that build both technical and communication skills.
Real-World Applications
Connect every lesson to practical applications students can see in their daily lives, from smartphone apps to games, making the relevance of CS concepts immediately apparent.
Growth Mindset Focus
Emphasize learning from mistakes, celebrating progress over perfection, and building confidence through incremental challenges that stretch but don't overwhelm students.
Cultural Bridge Building
Integrate diverse cultural perspectives and examples into CS education, helping students see technology as a universal language that connects rather than divides communities.
Join the Educational Revolution
Whether you're an educator interested in innovative CS curricula, a student seeking mentorship, or an organization looking to build inclusive tech communities, let's collaborate to make technology education accessible to everyone.