Design, prototyping, and simulation — with a systems-level view of cost and risk.
I build mechanical systems with evidence-based design decisions. Alongside my engineering studies
at AGÜ, I study Securities & Capital Markets and chair the Audit Board of AGÜ Automotive Club —
bringing governance discipline and cost awareness into technical work.
PLA-Based Additive Manufacturing and Thermal Aging Analysis of UAV Airfoil Profiles
TÜBİTAK 1002-A research project evaluating dimensional deformation and aerodynamic efficiency loss in FDM-printed NACA profiles after controlled thermal exposure
TÜBİTAK 1002-A research project measuring the aerodynamic performance degradation of FDM-printed PLA UAV wing sections after controlled thermal exposure — targeting a binary maintenance decision rule for UAV field operations.
AshCycle: Integrated Waste Management and Thermal Reactivation System
ESG-aligned system design combining mechanical-biological separation, thermal processing, and bottom ash reactivation for secondary construction material recovery
Conceptual design of an integrated municipal solid waste system: mechanical-biological separation → thermal processing (incineration/pyrolysis, ~90% volume reduction) → bottom ash thermal reactivation → secondary construction aggregate. Dual cost recovery through avoided disposal and substituted virgin raw material.
TEKNOFEST Electromobile: Door and Lock Mechanism Design
DfM-driven door and latch system design for a competition electromobile — assembly compatibility, weight constraint management, and cross-team interface coordination
Active design of door and latch mechanisms for the AGÜ Automotive Club's TEKNOFEST electromobile. Scope: SolidWorks modeling of door panel, inner frame, hinge brackets, and latch system; DfM-constrained geometry development; cross-team interface control with chassis and body panel teams.
I oversee financial and operational audit processes for the club — establishing reporting
structures, reviewing compliance with club bylaws, and ensuring accountability in resource allocation.
The role is less about club activities and more about systems, discipline, and organizational risk.
Designing and running audit cycles for a student organization with real financial responsibilities.
Risk Awareness
Identifying process gaps and proposing corrective systems before they become failures.
Financial Literacy
Securities & Capital Markets studies complement engineering decision-making with cost and efficiency thinking.
About
Engineering + finance + governance — in one profile.
I'm a Mechanical Engineering student at AGÜ with a parallel focus on additive manufacturing,
FEA simulation, and system-level thinking. My concurrent study of Securities & Capital Markets
isn't a detour — it makes me think about design efficiency, cost justification, and resource
constraints differently than a purely technical track would.