2012
Teaching since
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Academic leadership & engineering
Learn from someone who continues to build and learn in production, not someone who only recites textbook theory.
Experience at a glance
2012
Teaching since
2014
National Award Recipient
21+
Countries taught
1:1
Customized mentorship
In mass bootcamps, teachers recite slides and tell students which line of code to copy. This creates fragile knowledge that breaks the moment the student faces a blank screen.
Our approach is intentionally Socratic. By asking targeted, probing questions, we guide students to formulate hypotheses, isolate variables, and diagnose their own bugs. The student remains in the driver’s seat 100% of the time, building true intellectual independence.
Active Socratic Inquiry
Never typing for the student; guiding through diagnostic questions.
Fearless Debugging
Reframing errors as valuable data rather than personal failure.
Original Project Agency
Every student creates original software aligned with their passions.
Articulating Logic
Students learn to explain why their code works in plain language.
Languages, libraries, and frameworks will evolve. These three competencies empower learners for a lifetime of independent adaptation.
Algorithmic thinking over rote memorization
Syntax changes every decade; the ability to deconstruct an ambiguous challenge into logical, testable steps is timeless. We teach students how to think computationally before writing a single line.
The stamina to debug and build independently
The greatest gift an educator can give a student is the confidence to navigate roadblocks. We teach learners how to read documentation, isolate errors, and iterate fearlessly without giving up.
Principled literacy in an algorithmic world
From safeguarding personal privacy and evaluating sources to fact-checking generative AI outputs, we instill healthy digital ethics and discernment that protect young creators online.
Because 1:1 mentorship is bespoke, our teaching adapts seamlessly to support students following premier international curricula.
Computational logic, algorithmic decomposition, and rigorous procedural problem solving.
Connecting computational theory directly with practical software design and clean coding principles.
Inquiry-driven investigation, independent project design, and thoughtful reflection on technology's impact.
Experience the difference
Start with a live, no-obligation 1:1 assessment.