Doctoral Qualification
Ph.D. in Civil Engineering, Ghent University (2018-2023), focused on multi-scale modeling of advanced fiber-reinforced composites.
Dr. Hossein Ahmadi is the director of Elevanty BV.
His academic background includes a Ph.D. in Civil Engineering from Ghent University (2018-2023).
His Ph.D. research focused on multi-scale modeling of short and continuous fiber reinforced composites, with M3-Program ProPel as the main industrial project. Postdoctoral work included collaboration with Beaulieu Fibres on nonwoven materials, micromechanics, and microstructure analysis.
"Our consulting approach is technical, practical, and transparent about assumptions and limits."— Dr. Hossein Ahmadi
Simple principles used in consulting engagements.
Recommendations are based on mechanics, material behavior, and explicit assumptions.
Projects define scope, assumptions, validation criteria, and expected outputs from the beginning.
Model setup, data handling, and reporting are structured so results are repeatable and reviewable.
When needed, we deliver templates, scripts, and tools teams can reuse after project completion.
Elevanty BV provides engineering consulting and selected product supply based on this technical background, delivered under the company scope.
Modeling and analysis of short-fiber, continuous-fiber, and nonwoven materials, including fatigue, damage, and validation support.
Support for method selection, technical risk review, and planning of simulation and testing activities.
Development of scripts, workflow tools, and full-stack applications for simulation automation and reporting workflows.
These points describe the director's background, not a full list of company projects.
Ph.D. in Civil Engineering, Ghent University (2018-2023), focused on multi-scale modeling of advanced fiber-reinforced composites.
M3-Program ProPel: process and performance simulation of lightweight thermoplastic structures during the Ph.D. research period.
Postdoctoral collaboration with Beaulieu Fibres on nonwoven materials, with emphasis on micromechanics and microstructure analysis.
Technical collaboration across industrial and academic environments, with outputs aligned to engineering decision-making and review requirements.
Only the main project and directly relevant exchange context are listed here.
Main Ph.D. project (2020-2023): process and performance simulation of lightweight thermoplastic structures. Partners included Siemens, Honda R&D, DOMO Chemicals, REIN4CED, Vitalo, and MatchID, with UGent, KU Leuven, and Tokyo University.
Technical exchanges with industrial stakeholders and postdoctoral collaboration with Beaulieu Fibres on nonwoven micromechanics and microstructure analysis.
Service fit 1: simulation and engineering analysis for composites and nonwovens, from microstructure-level modeling to component-level assessment.
Service fit 2: engineering software, workflow automation, and advisory support for technical consulting teams.
Elevanty is based in Brussels and supports projects in Belgium and across Europe.
Experience includes coordination with industrial and academic stakeholders in multi-partner projects.
Consulting work is organized around clear scope, explicit assumptions, and documented deliverables.
Outputs are prepared for technical reviews, internal audits, and decision meetings.
Elevanty focuses on practical engineering consulting at the intersection of materials mechanics, simulation, and software. We also supply selected products to industrial partners.
Composite and nonwoven analysis, simulation support, and engineering advisory.
Automation scripts, full-stack engineering apps, and workflow tools.
Selected materials and components supplied to industrial partners, as agreed in writing.
If your project matches this profile, contact us to discuss scope, methods, and expected deliverables.