Manufacturers & suppliers
Develop more robust processes, shorten industrialisation and strengthen internal engineering capability.
Advanced Engineering Lab - AElla GmbH
Accelerating the digital and technological transformation of sustainable manufacturing.
Make your hardest engineering decisions with confidence.
AElla is an external advanced-engineering and applied-R&D lab. We help manufacturers develop and validate better products, processes and methods — with higher performance, fewer resources and lower emissions — and make the critical calls before committing to tooling, equipment, qualification or production.
Manufacturing · Materials · Simulation · AI · Digital Twins · Industrial R&D
Who we work with
Connected across industry, technology and research.
AElla works across the organisations that shape manufacturing — connecting industrial challenges with advanced technology, engineering depth and research capability.
Equipment builders
Turn machine capability into a validated production case and stronger customer value.
Industrial technology partners
Connect advanced technologies with credible use cases, application expertise and industrial implementation.
Research & innovation partners
Move promising methods from research and prototype toward validated industrial capability.
AElla brings these worlds together to industrialise advanced technologies and push the boundaries of what manufacturing can achieve.
Performance and impact
Decarbonisation is an engineering challenge.
Our mission: engineering a competitive, sustainable industry.
Industry must reduce emissions without compromising quality, productivity or competitiveness. That requires more than targets — it requires a deeper understanding of materials, processes, equipment and their interactions. AElla uses simulation, modelling and industrial AI to make these relationships visible, quantify alternatives and identify solutions that improve both environmental and industrial performance.
Better processes
More robust process windows, fewer trials and faster industrialisation.
Fewer resources
Less material, energy, scrap and avoidable physical experimentation.
Stronger industry
Higher productivity, lower risk and evidence-based investment decisions.
Integrated capabilities
One goal. Five capabilities that work together.
We select and combine the right disciplines for each industrial problem — the ones the challenge actually calls for.
Manufacturing Transformation
Develop, optimise and industrialise processes, workflows and engineering methods — with fewer trials, less scrap and faster, more reliable ramp-up.
Materials Engineering
Connect processing, microstructure, properties and performance — for more robust, resource-efficient manufacturing routes and stronger qualification evidence.
Simulation & Digital Engineering
Use validated models and digital workflows to cut uncertainty and physical trials, lower scrap and resource use, and speed up decisions.
Engineering AI & Digital Twins
Turn physics, data and engineering knowledge into controlled, reusable decision support — with clearer energy, resource and process-performance trade-offs.
Applied Industrial R&D
Move new technologies from hypothesis toward demonstrator and implementation — spanning low-carbon routes, resource-efficient development and dual-use, mission-critical applications.
By design, process knowledge, materials expertise, simulation and digital technologies reinforce one another to create stronger industrial and environmental performance.
Methods & techniques
The techniques behind our capabilities.
The concrete numerical methods we apply across the full process chain — from forming and microstructure to structure, heat treatment and AI-based prediction.
Forming & microstructure simulation
Predict material flow, thermo-mechanical behaviour and microstructure evolution in forming processes.
Structural analysis & topology optimization
Linear and non-linear component design for the required properties at the lowest possible weight.
Heat-treatment simulation & CFD
Predict mechanical properties and heat-treatment distortion from thermal and fluid-flow processes.
Casting & solidification simulation
Model solidification and casting to anticipate defects and final properties.
AI-based surrogate models
Fast reduced-order models that approximate costly simulations for rapid design exploration and optimization.
AI-simulation & first-principles modelling
Couple physics-based methods with machine learning to build validated, reusable digital twins.
Technology partnership
Transvalor technology, applied to manufacturing challenges.
AElla supports the adoption and industrial application of Transvalor simulation technologies across the DACH region. We bring more than two decades of experience from high-performance manufacturing to validated modelling, workflow automation and simulation-driven process development.
Together, Transvalor technology and AElla's industrial application experience help customers raise engineering quality, accelerate development and establish more productive simulation practices.
Engineering depth
Grounded in industrial experience.
AElla is founder-led by Dr.-Ing. Mauricio Santaella, MBA — combining more than two decades in manufacturing, materials, simulation and industrial innovation with a clear view of strategy and implementation.
- Manufacturing-process and materials expertise since 2003
- Safety-critical forged components for aerospace, defence, energy and medical
- Dr.-Ing., RWTH Aachen — Materials Science & Metal Forming
- MBA, University of Oxford — engineering, strategy and investment decisions
- Experience building advanced-engineering capability in research and industry
- Validated simulation, automation and AI-assisted engineering at industrial scale
The company
Advanced Engineering Lab
AElla stands for Advanced Engineering Lab — with a twist. Aella — meaning “whirlwind” — was also a fierce Amazon of Greek mythology known for agility, speed and forward motion. That's the spirit we bring to engineering.
Lower emissions. Higher performance. Stronger industry.
contact@aella.engineering