Hire Lightweight Design Designers in Norway

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... Read more

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.

I’m Sergio Perez Fontana, an Aerospace Engineer, Manager, and Technologist with over 30 years of experience in Flight Sciences and Structures. My career spans many successful aircraft programs at Boei... Read more

I’m Sergio Perez Fontana, an Aerospace Engineer, Manager, and Technologist with over 30 years of experience in Flight Sciences and Structures. My career spans many successful aircraft programs at Boeing, Gulfstream, Bombardier, Bell Helicopter, and Embraer, where I led cross-functional teams in driving innovations through process and design optimization. I’ve led the implementation of advanced methodologies integrating advanced aerospace and exponential technologies for aircraft and other high-performance products maximizing efficiency and effectiveness. I have also developed a deeper specialty in Generative Design and Structural Optimization. Since 2014, I’ve explored and applied topology optimization and AI-driven generative design techniques, leveraging various generative design tools to inspire better, more efficient designs. For example, I contributed to achieving significant weight reduction in thick aluminum plates used to support heavy monuments on the Boeing VC-25B New Air Force One Presidential Aircraft, achieving tangible benefits in structural performance and cost. Traditional design methods often yield heavy, costly parts with underutilized material after long design processes. Every structural component, regardless of the scale of the project or budget, can benefit from my proprietary AI-driven workflows to transform conventional designs into structures that are: - Stronger and lighter: Eliminating unnecessary mass while exceeding performance requirements. - Optimized for manufacturability: Custom-tailored for efficient, scalable production using subtractive or additive processes. - Cost-effective and ready for validation: Minimizing engineering effort and material usage while seamlessly integrating into certification and operational workflows. This approach delivers high-quality structural engineering solutions faster and at a lower cost. Whether you’re developing an advanced component for a Martian flying vehicle or a flying hydrofoil board over water, I bring deep aerospace expertise and advanced AI tools to help you overcome your design challenges.

I’m a mechanical engineer with over 10 years of professional experience in Finite Element Analysis (FEA), focused on solving complex engineering problems related to structural strength, stiffness, vib... Read more

I’m a mechanical engineer with over 10 years of professional experience in Finite Element Analysis (FEA), focused on solving complex engineering problems related to structural strength, stiffness, vibration, crashworthiness and topology optimization. Expertise includes: • Linear and Non-linear analysis • Static and Dynamic analysis • Implicit and Explicit analysis • Optimization • Material testing and building material FEM models • Materials: metals, composites, plastics, foams, honeycombs.. Deliverables: • Pre-Processing (Meshing) • Solving • Post-Processing (Results) • Design improvement proposals • Technical Report • FEA Consulting