Hire the Best ANSYS Specialists
in Turkey

AREAS OF EXPERTISE: * Electric Motor * Electric Distribution * Electric Machine Design *Induction Motor *Standart Test, *ANSYS *Motor-CAD *BLDC Motor * Sync. Reluctance Motor *Axial Flux Motor I participated in efficient electric vehicle races during my undergraduate education. Since then, I have been professionally designing electric motors. After preparing for the electric vehicle competition for 2 years, I wrote my graduation thesis on electric motor design. Then, I took part in the design, production and testing phases of the industrial electric motor factory for 1 year. I worked as an R&D specialist of synchronous reluctance and asynchronous electric motors. I am currently working as a network operations specialist in an electricity distribution company and I continue to design electric motors as a freelance.

Mechanical engineer who specializes in mechanical design and analysis. I have experience and projects in mechanical design and analysis in the automotive and defense industries. I usually use Catia v5, SolidWorks, and Ansys.I also have experience with Siemens NX, Inventor, and AutoCAD. areas of expertise: -Mechanical Design With the CAD design experience I gained in sectors such as the defense industry or automotive, I have advanced solid modeling and surface modeling competence on moving systems and static models. I usually use Catia V5 or SolidWorks, and I also have experience with Inventor and NX -Computer Aided Analysis I have experience and studies on aerodynamic and fluid thermal systems analysis with CFD, strength analysis with static analysis, and analysis of moving systems with dynamic analysis (with thesis).

I am a Top-Rated Plus Mechanical Engineer with over 4,000 hours and a 100% Job Success Score on Upwork, specializing in Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), and Multiphysics simulation. My expertise lies in delivering technically rigorous, high-fidelity simulations for complex engineering challenges across various physical domains using fully licensed commercial tools: Siemens Simcenter STAR-CCM+, COMSOL Multiphysics, ANSYS, and MATLAB. I bridge the gap between deep mathematical modeling and real-world application, having successfully implemented diverse projects ranging from electrohydrodynamic propulsion and CO2 electrolyzers to structural load analysis for steel joints. Beyond simulation, I provide comprehensive mechanical design services with a focus on Design for Manufacturing (DFM) and rapid prototyping. Using SOLIDWORKS, I guide clients through the entire product development lifecycle-from early-stage conceptualization and CAD design to detailed engineering for mass production. I balance theoretical performance with practical constraints such as material selection, CNC machining, and injection molding to optimize for assembly efficiency and cost. A core strength of my process is linking high-level simulation with strategic decision-making by developing customized, automated workflows. I often integrate MATLAB with COMSOL via LiveLink to perform sensitivity analyses and reduce design uncertainty, accelerating overall development timelines. Whether you are refining a thermally managed enclosure or designing a specialized medical component like an anti-siphon valve, I am committed to delivering precision-engineered solutions that transform concepts into high-quality, real-world products.

I am engaged in the development and design of UAVs, 3D modeling (CATIA, SolidWorks, Inventor, Fusion 360), engineering calculations (aerodynamics, thermodynamics, statics) in ANSYS, and mathematical modeling (MATLAB). Experienced in developing image processing algorithms (identifying objects based on statistical analysis). My work experience includes UAV design and aerodynamic analysis, AI-based UAV control systems creation, and solving UAV communication and navigation problems. Onboard and ground software development for controlling UAV and collecting telemetry. Coding in such program languages as C/C ++, Python, JavaScript, and PHP.

Whether you need 3D Mechanical Design, CFD Analysis, FEA Analysis. I can support your project from concept to validation. With 3 years of design and simulation experience, I can transform your ideas into simple, production-ready, and work-safe designs. ✅ What I can do for you • 3D Modeling / Prototype Modeling / Solid Modeling / Surface Modeling • 2D Technical Drawing: Detail / Assembly / Exploded / Workshop / Manufacture Drawing • CAD Conversion: Mechanical & Structural Drafting and Detailing • Product Modeling and Drawing • Sheet Metal Design, Modeling, Production Drawing, DXF for Laser Cut • Photorealistic Rendering / 3D Image Render from 3D Model • Parametric Design and Design Automation (Solidworks API and OpenSCAD) • Clear communication and structured project workflow • Engineering Prototyping and simulation solutions --CFD Simulation / Fluid Flow analysis (ANSYS Fluent, CFX, Internal or External) --FEA Simulation / Structural Analysis (ANSYS Mechanical, Static or Transient) --Structural Optimization (Topology, ANSYS Mechanical) 🎯 Why choose me? I approach every project not just as a design task, but as an engineering problem that needs to work in real conditions. My focus is on creating solutions that are functional, reliable, and ready for practical use. 📐 You can expect clear communication, honest technical feedback, and a structured workflow throughout the project. 💬If you’re looking for someone who can both design and validate your ideas with a strong engineering perspective, send me a message today – I look forward to working with you!

Mechanical Engineer | 8+ years FEA experience (automotive & energy systems) Technical Capabilities: Linear & nonlinear static, dynamic, vibration, and fatigue simulations Composite modeling: ANSYS ACP (layup, draping), Abaqus + WoundSim (COPV) Weld & HAZ durability: fatigue life prediction, fracture risk assessment, test correlation Dynamic durability: PSD creation, road-load and shaker-table simulations, vibration response analysis Crashworthiness: LS-DYNA simulations for impact, energy absorption, and occupant safety Structural systems: chassis, subframes, suspensions, pressure vessels, safety-critical mounts Manufacturing effects: bending, forming, thermal exposure impact on durability Software: ANSYS Workbench/APDL, Abaqus, HyperMesh, LS-DYNA, CATIA V5 (with macro automation), Enovia PLM Proven record of simulation–test correlation, structural optimization, and compliance with international standards (UNECE R55, R66, R107; FMVSS).