Schoola Learn
A practice-first learning experience for secondary school students.
Solve for x: 2x² - 5x - 3 = 0
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Loading pageI'm Abdulalim, a software engineer working across backend systems, AI applications, and web/mobile products. I enjoy turning complicated ideas into software people can actually use.
A selection of projects demonstrating backend depth, AI workflows, real product engineering, and systems range.
A practice-first learning experience for secondary school students.
Solve for x: 2x² - 5x - 3 = 0
Connect words. Beat the clock. Last player standing wins.
Diagnose GitHub issues and inspect AI-generated repairs with evidence.
Root Cause: Null token bypass in session verification hook.
✓ 1 regression test generated- return null;
+ throw new SessionExpiredError();
A developer-focused platform for turning work into visible progress.
A top-down racing game where braking is the skill.
I'm a software engineer based in Nigeria. I started building mobile apps and gradually moved deeper into backend systems, AI workflows, and product engineering. I like understanding a product end to end, from the decisions behind it to the small implementation details that make it dependable.
My work spans startup engineering, developer tools, experiments, and the occasional game. I care about writing software that's understandable, maintainable, and genuinely useful.
Engineering depth across server-side systems, deterministic AI pipelines, and responsive interfaces.
Reliable, resilient system architecture
Design and build scalable services, data models, asynchronous queues, integrations, and reliable API workflows that withstand real-world production stress.
Structured workflows over black-box magic
Build deterministic LLM pipelines, AST context pruning, and automated test-verification patterns that developers and users can inspect and trust.
Polished web & mobile applications
Turn backend functionality and complex systems into fast, accessible, and intuitive user experiences with tight typography and tactile feedback.
A few working convictions built from real builds, failed experiments, and production incidents.
Scope before complexity. Validate the core interaction before adding architecture that isn't justified.
Good internals matter as much as polished UI. Code should explain itself to the next engineer who reads it at 2 AM.
A nice demo isn't proof the difficult parts work. Edge cases, network drops, and error boundaries are the real test.