Ender Demirel

About Ender Demirel

With over 20 years of experience bridging advanced academic research and practical industrial engineering, I lead Design & Simulation Tech (D&S Tech) as its Founder and Computational Modeling Scientist. Our mission is clear: to make high-fidelity simulation accessible and integrate AI-driven innovation into traditional engineering workflows.What We Do• Advanced CFD Modeling: Specializing in OpenFOAM for complex flow and thermal problems.• AI Integration: Developing Physics-Informed Neural Networks (PINNs) to create fast, parametric surrogate models for real-time predictions, accelerating design cycles and reducing costs.• Data Center Efficiency: Innovating energy-efficient thermal management strategies to ensure sustainable, cost-effective operations.Impact & RecognitionOur work has been recognized globally. D&S Tech was named a “Key Innovator” by the European Commission’s Innovation Radar for contributions to EU-funded projects focused on energy-efficient data centers.Why It MattersWe help companies optimize designs, cut operational costs, and achieve sustainability goals through advanced simulation and AI. Whether you need a custom OpenFOAM solver, a digital twin strategy, or expert consultation on fluid dynamics, we deliver solutions that turn complex problems into competitive advantages.Collaboration: We are open to C2C collaborations and eager to serve as your dedicated technology partner, providing scalable engineering solutions tailored to your business needs.Let’s connect to explore how next-generation simulation and AI can drive efficiency and innovation in your projects.

Experience

1. Founder

   Design & Simulation Tech D&s Tech

   Sep 2019 — Present · US

   With over 20 years of experience bridging advanced academic research and practical industrial engineering, I lead Design & Simulation Tech (D&S Tech) as its Founder and Computational Modeling Scientist. Our mission is clear: to make high-fidelity simulation accessible and integrate AI-driven innovation into traditional engineering workflows. What We Do• Advanced CFD Modeling: Specializing in OpenFOAM for complex flow and thermal problems.• AI Integration: Developing Physics-Informed Neural Networks (PINNs) to create fast, parametric surrogate models for real-time predictions, accelerating design cycles and reducing costs.• Data Center Efficiency: Innovating energy-efficient thermal management strategies to ensure sustainable, cost-effective operations.Impact & RecognitionOur work has been recognized globally. D&S Tech was named a “Key Innovator” by the European Commission’s Innovation Radar for contributions to EU-funded projects focused on energy-efficient data centers.Why It MattersWe help companies optimize designs, cut operational costs, and achieve sustainability goals through advanced simulation and AI. Whether you need a custom OpenFOAM solver, a digital twin strategy, or expert consultation on fluid dynamics, we deliver solutions that turn complex problems into competitive advantages.Let’s connect to explore how next-generation simulation and AI can drive efficiency and innovation in your projects.

Education

• Eskişehir Osmangazi Üniversitesi

  Master's degree, Hydraulics and Fluid Power Technology/Technician

  1999 — 2002

• Eskişehir Osmangazi Üniversitesi

  Bachelor's degree, Civil Engineering

  1995 — 1999

• Orta Doğu Teknik Üniversitesi / Middle East Technical University

  Doctor of Philosophy (Ph.D.), Computational Fluid Dynamics

  2002 — 2008

• Eskişehir Osmangazi Üniversitesi

  Doctor of Philosophy (Ph.D.), Computational Fluid Dynamics

  2002 — 2008

Skills

• Cfx
• Turbulence Modeling
• Turbulence
• Ozone
• Environmental Modeling
• Water Treatment
• Volume of Fluid Method
• Floodplain Analysis
• Earthquake Resistant Design
• Computational Fluid Dynamics
• Openfoam
• River Engineering
• Hydraulics
• Waste Water Treatment Plants
• Water & Wastewater Design
• Multiphase Flow
• Dam-Reservoir Interaction
• Differential Equations
• Fortran 95
• Mathematica
• Hydraulic Calculations
• Fluid Mechanics
• Tecplot
• Immersed Boundary Methods