Ahmet Alper Akis

I'm a structural analysis engineer with a passion for making simulation workflows faster, smarter, and accessible to everyone. My career spans R&D in centrifuge manufacturing, presales and technical leadership at ANSYS Elite Channel Partners, consultancy for Siemens Gamesa wind turbines, and composite and steel structural verification and validation at Jupiter Bach.

What sets me apart is my ability to automate the entire FEA lifecycle — from geometry import to post-processing report generation — using Python, IronPython, and PyANSYS. I've built GUI-driven automation tools, 3D interactive HTML result viewers, and AI-powered chatbots for my personal engineering library.

I've also developed a custom fatigue analysis library using PyANSYS together with the open-source FatPack package, validated against DNV RP-C203. The library performs R-ratio calculation, constant life diagram generation, rainflow counting, and Miner's rule damage accumulation across multiple load steps (channels). These CPython routines have been integrated into the Workbench Mechanical environment for practical day-to-day use.

Having served 10+ sectors including wind energy, aviation, defense, automotive, biomedical, electronics, heavy machinery, offshore, and composites — I bring a rare cross-industry perspective to every challenge. As a NAFEMS technical team member in both Particle Methods and Composites groups, I contribute to international industry standards.