$125/hr
Fatigue Analysis Designer
- Adina
- Solvia
- Solvia
- NASTRAN
- IronCAD
- STRAND7
- PTC Creo
- Bushings
- Tutoring
- CAD Design
- SolidWorks
- 3D Modeling
- Dlubal RFEM
- FEA Analysis
- Tap Changers
- IDEA StatiCa
- 3D Modeling
- Nonlinear FEA
- Scia Engineer
- Viva Designer
- Machine Design
- 3D Flythroughs
- Concept Design
- Hourly Services
- Fatigue Analysis
- Dynamic Analysis
- ADINA Structures
- 3D Solid Modeling
- 2D to 3D Modeling
- Linkage Mechanisms
- Vibration Analysis
- Bolted Connections
- Lightweight Design
- Welded Connections
- Engineering Design
- Design Optimization
- Mechanical Engineer
- Autodesk Fusion 360
- Mechanical Drafting
- 3D Product Modeling
- Mechanical 3D Design
- Sheet Metal Modeling
- CAD Drawing Services
- Part-to-CAD Modeling
- 3D Product Animation
- 3D Animation Services
- 3D Rendering Services
- CAD Drafting Services
- Mechanical CAD Design
- Pressure Vessel Design
- Mechanical 3D Modeling
- Composites Engineering
- Technical Illustration
- Mechanical Engineering
- Structural Engineering
- CAD Migration Services
- Finite Element Analysis
- Mechanical 3D Rendering
- Technical Documentation
- FEA Meshing Engineering
- Mechanical 3D Rendering
- 2D CAD Drafting Services
- Machine Drawing Services
- Assembly Drawing Services
- Eurocode Structural Design
- FEA Simulation Engineering
- Engineering Modal Analysis
- 3D Models of Machine Parts
- Assembly Modeling Services
- Structural Steel Detailing
- Structural Design Services
- Mechanical Design Services
- Fatigue and Static Strength
- Dynamic Mechanical Analysis
- FEA Finite Element Analysis
- Design Engineering Services
- 3D CAD Translation Services
- Mechanical Drawing Services
- Mechanism Design Engineering
- Solid and Parametric Modeling
- CAD Data Translation Services
- Mechanical Analysis and Design
- 3D Product Rendering and Design
- Technical Writing for Engineering
- Legacy Drawing Conversion Services
- CAD Redrafting and Conversion Services
I've been interested in structural strength since I was a child, later choosing to become a mechanical engineer, learning how to achieve high-quality products with optimized shape and light weight. I...
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I've been interested in structural strength since I was a child, later choosing to become a mechanical engineer, learning how to achieve high-quality products with optimized shape and light weight. I have a lot of experience from many different areas of engineering, like equipment for transformers (tap-changers and bushings), power towers and masts, machines, mechanisms, cranes and much more. As could be seen from the numbers of softwares I have used, I am a very quick learner which also means that I most often can understand a project or problem and start my work on it very quick. But I always try to have an open mind, knowing that good quality often comes from assessing several alternativs before choosing, An important goal is to give my customers early indications when finding room for improvement of a product/project. Many have been astonished by the speed of my work, but quality is more important for me than speed. Of course, high speed often means lower costs in the end.