Fail early
Development costs
Testing costs
Time-to-market
Welcome
Who we are and what we do
We develop and optimize products using advanced engineering simulations to avoid costly failures, find the right design faster and minimize physical builds.
โ
At SimulaX engineering ApS, we’re a small, agile, and transparent consultancy dedicated to providing practical solutions to engineering challenges.
With over 12 years of combined experience in engineering simulation, we cover a wide range of simulation approaches. Combined with optimization and automation, we help our clients quickly identify the best solutions—whether the goal is performance, weight reduction, or cost efficiency.
โ
By fostering clear communication and a responsive approach, we ensure that our clients’ needs are met efficiently.โโ
Process
Project onboarding
Initial talk
Our sales process start with an initial talk to understand the product, the company and the phase of the development process.
Pilot project
We always start with a pilot project at a discounted price in order to increase your confidence and to make sure you gain value from our services.
Collaboration
We favor long-term partnerships, ensuring the best results by integrating into your team. For that reason, we offer longer cost-efficient partnership deals.
Services
From simple solutions to advanced Apps
Engineering simulations
Our tailored simulation solutions provide valuable insights across multiple engineering domains.
Structural mechanicsโ
Thermal analysis
Electro-magnetic
Design optimization for performance, weight, and cost-efficiency
Mathematical modeling of complex problems
Material testing and modelling
Smart engineering Apps
We create customized applications that simplify complex engineering processes
- with UX friendly GUI:
โSimplify tedious daily calculations
LLM (Large Language Models) to statistically predict outcomes
Implementing open-source simulation solvers to solve unique engineering challenges without costly licences.
Customizable in and outputs
Know-how and training
We empower teams to build in-house simulation expertise through customized training programs.
Introduction to simulation for design engineers
Selecting simulation tools for your application (ANSYS, ABAQUS, Open-source)
Specialized courses on FEM and electromagnetic simulations
Hands-on guidance to implement simulation workflows โ
Clients & Partners
Packages
Flexible, Quick, Advanced
Flex capacity
โOn demand simulation capacity without hiring.
โStarter: 0-1 FTE (6 months)
Growth: 2-3 FTE (6 months)
Scale: 3-5 FTE (6 months)
โ
No recruitment risks
No onboarding delays
Predictable costs
Scale up and down with demand
Quick turnaround
Fast answers to guide early design decisions.
Results in 5 working days from the first reach-out
Rough order of magnitude results
โ
Simplified models
Fast setup and execution
Conclusion with design change tips
Short slide deck (3-8 pages)
Advanced models
High accuracy simulations for critical design decisions and compliance.
โHigh fidelity model
Parameter sensitivity studies
DOE and topology optimization
Engineering standard verification
Detailed engineering reports
โโ
Maximum confidence
Supports regulatory requirements
Strong documentation for stakeholders
Testimonial
what our clients say
"It is a true pleasure to work with Simulax. They quickly understand the complexity of our projects and our need to work extremely solution-oriented. Their in-depth understanding of our systems and simulations has resulted in high-quality modal and thermal performance analysis, as well as excellent suggestions for design improvements. The team’s clear communication ensures well-structured presentations and reports, but more importantly, it makes for a very pleasant collaboration."
Dr. Isja de Feijter
Head of sales and marketing
Success stories
how we helped our customers
Work-flow
From 3D design to simulation results
Define geometry
Material properties
Solve equations
Discretize geometry
Boundary conditions
Analyse results
The geometry needs to be defined in terms of its shape and size. This can be done using a CAD software.
The behavior of the material is described by mechanical and thermal material properties.
The particular analysis equations need to be solved using a numerical solver.
The geometry needs to be discretized into small elements, across which the solver iterates and calculates the results.
To simulate the problem accurately, it is necessary to define the loads and boundary conditions based on the real-life scenario.
The calculation results are presented using colors to enhance clarity and understanding.
Abous us
The Team
Imre Toth
Founder & CEO
Imre Toth holds a master's degree in mechanical engineering from Aarhus University and is a Dassault Systèmes Certified Simulation Engineer. He has extensive experience in the consumer electronics market, specializing in plastics, contact mechanics, and large deformation problems using explicit FEM simulations.
Imre has previously worked as simulation engineer at companies like Bosch GmbH and GN group.
Andrzej Stupakowski
Founder & CTO
Andrzej holds a master's degree in electro-mechanical engineering from Aalborg University. He has deep expertise in simulating and optimizing electric motors and a strong background in engineering-focused software development. His experience spans across major industries, including wind, automotive, and aerospace.
Andrzej has previously worked as simulation/software engineer at companies like Liftra, DIS, Traxial.
Daniel Meister Molnar
Business and technical development advisor
Daniel brings a special combination of hands-on engineering experience and strategic business perspective, shaped by years of working at the intersection of product, technology development and deployment while focusing on value creation in complex technical environments.
In his advisory role, Daniel will support us in sharpening our strategic direction, structuring growth initiatives, and challenging how we translate technical excellence into customer value.
Phd. Panagiotis Seventekidis
Senior expert
Panagiotis is a senior expert at SimulaX, providing expertise in his specialized fields.
He is currently a Postdoctoral researcher at Aristotle University of Thessaloniki, focusing on areas including machine learning and condition monitoring, deep learning models, data-driven methodologies, vibration response data processing, carbon fiber-reinforced materials, and optimization using C++, Python, and MATLAB.
