IsikSchedule Platform
Constraint-aware scheduling platform spanning desktop and web products.
~1,000 active users on desktop, 86.97% coverage, and a public web release in progress.
Third-year Software Engineering student at Isik University focused on enterprise backend systems, cloud delivery, and DevOps automation. At NETAS, I contributed production code across four Jira tickets and turned a silent timezone mismatch into a documented regression safety net with targeted tests.
Open to backend, platform, DevOps, and quality-focused engineering teams.
active users reached
Desktop deployment of IsikSchedule
lines of code and tests
NETAS production contributions
technical events delivered
IEEE Isik leadership and coordination

Shipped 25 commits and 1,550 lines of code and tests across four Jira tickets, then proved a silent timezone mismatch with YAML and ELK analysis plus 600+ lines of targeted tests.
Built a shared scheduling core across desktop and web, serving roughly 1,000 users on desktop with a 13-algorithm engine and 86.97% coverage backed by SonarQube Cloud.
Coordinate IEEE Isik operations reaching 1,100+ students, support AdaLab research, and stay comfortable moving between delivery, mentoring, and community ownership.
Grouped by the stacks I actually use to ship backend, cloud, observability, and product work.
Production-facing APIs, enterprise Java services, and clean system boundaries.
Deploy, diagnose, and stabilize distributed systems with quality gates.
Enough frontend fluency to ship end-to-end products without losing system quality.
Test-first debugging, structured quality gates, and reliable delivery pipelines.
Agentic systems, LLM workflows, and algorithm-heavy problem solving.
A focused set of systems that represent product scale, technical depth, and delivery ownership.
Constraint-aware scheduling platform spanning desktop and web products.
~1,000 active users on desktop, 86.97% coverage, and a public web release in progress.
Telemetry reliability and anti-jamming software for a defense UAV platform.
Ranked 3rd among 700+ projects and managed a 200,000 TL budget including a 165,000 TL TUBITAK grant.
A thesis-driven IDE concept centered on observe, plan, approve, and apply loops.
Still in early architecture phase with requirements, diagrams, and CI-backed validation strategy before implementation.
If you want to discuss backend systems, cloud architecture, DevOps automation, or AI-native workflows, I am happy to connect.
Get in touch