A highly motivated and experienced computer science teacher passionate about creating engaging and effective learning experiences for students.
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I’m a qualified Computer Science teacher who uses inquiry- and project-based learning to foster creativity, computational thinking, and real-world problem-solving. I lead AI and robotics clubs, mentor students in coding competitions, and develop tools that enhance education.
Before teaching, I worked for nearly 20 years as a software engineer and researcher in the UK and Italy.
That experience now brings industry relevance and real-world perspective to my classroom.
View My CVMy teaching philosophy is deeply rooted in constructivist and student-centered approaches. I believe that students learn best when they actively participate in their education, construct knowledge through experience, and engage in meaningful social interactions. I emphasize the practical application of knowledge, encouraging students to work on real-life problems, make mistakes, and learn from them. These are essential skills for success in the rapidly evolving field of computer science.
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Throughout my teaching career, I have been committed to fostering critical thinking and collaboration among students. I employ inquiry-based learning methods that challenge students to investigate real-world problems and develop innovative solutions. My classroom is a space where students are encouraged to ask questions, explore their interests, and work together to achieve common goals.
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I place a strong emphasis on differentiated instruction, recognizing that each student has unique strengths, learning styles, and needs. By adapting my teaching strategies to accommodate these differences, I strive to create an inclusive learning environment where all students can thrive. This approach has proven particularly effective in the diverse, multilingual context of my current school, where I have successfully navigated the challenges of language barriers and cultural differences.
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I use a combination of formative and summative assessments to monitor student progress and inform instruction. From code reviews and presentations to peer feedback and reflective journals, my assessments go beyond tests to capture a student’s full learning journey. I also encourage students to self-assess and set goals, fostering metacognition and personal accountability.
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In addition to my teaching responsibilities, I am committed to continuous professional growth. I regularly reflect on my teaching practices, seek feedback from colleagues and students, and engage in ongoing professional development to stay updated with the latest educational research and methodologies. My goal is to inspire students to become lifelong learners and critical thinkers while also continuously evolving as an educator.
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Explore my lesson plans and engaging classroom activities designed to foster creativity, critical thinking, and real-world problem-solving.
From interactive group projects to hands-on technology integration, discover how I bring learning to life!
Click on the button below to explore interactive lesson plans, AI & machine learning activities, and project-based learning approaches in action.
My students' work reflects the creativity, problem-solving, and technical skills developed in my classroom. Their projects highlight both personal growth and real-world application of computer science concepts.
Explore a variety of student accomplishments, from building AI models, to participating in hands-on group tasks. These works show how students apply their knowledge through inquiry and experimentation, building key skills for academic and professional success
Assessment is more than grading, it is a tool to guide, inform, and enhance learning. I use a balanced mix of formative and summative strategies to evaluate student progress, encourage reflection, and tailor instruction.
Each assessment is designed to reinforce learning while promoting critical thinking and self-evaluation.
Discover how I design meaningful assessments, aligned with curriculum goals, that effectively support student growth.
I thoughtfully integrate digital tools that promote real-time interaction and simplify complex concepts.
From visualizing code with Python Tutor to hosting coding challenges on Online Judge, each platform serves a clear educational purpose. Tools like FlintK personalize learning, offer instant feedback, and keep students motivated.
Explore how I use educational technology to create interactive, inclusive, and impactful learning experiences.
Beyond classroom teaching, I actively contribute to a range of initiatives. My work includes integrating AI and project-based learning, as well as developing tools to support school operations. I also mentor students in research and competitions, promote interdisciplinary learning, and support technology integration across departments.
Explore how I use my expertise in software engineering, AI, and pedagogy to empower learning through effective collaboration.
Interested in collaborating or have any questions? I’d love to hear from you!
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