Transfer Path Analysis with Hilti
Finding the dominant vibration paths in compact power tools to guide targeted redesign. Advanced TPA strategies applied to Hilti power tools using the open-source pyFBS platform.
12/23/2025
/ Who We Are /
Advanced Engineering for High-Tech Industries
INVENTUM is an engineering consulting firm dedicated to solving complex mechanical and mechatronic challenges. We are a team of experienced and academically connected engineers who specialize in developing innovative, high-performing solutions for industry and research. Our multidisciplinary approach converges on engineering dynamics, combining advanced numerical methods with experimental strategies and mechatronic system design.
We work closely with industrial partners and research groups, translating cutting-edge academic knowledge into practical, high-impact engineering solutions. By applying state-of-the-art techniques that go beyond conventional practices, we deliver reliable, future-ready solutions that push the boundaries of current technologies.
ABOUT US
/ Forms of Collaboration /
Two ways to work with us
Projects
We deliver tailored engineering solutions that address challenges in mechanical engineering, structural dynamics, vibration analysis, and mechatronic systems. From improving machine performance to revealing deeper insights into system dynamics, our projects accelerate your development cycle, validate critical components and help you clearly understand real-world operational behaviour.
1
Courses
We offer practical engineering courses and workshops that provide a comprehensive overview of state-of-the-art methods and technologies. Each program focuses on explaining the principles, strengths, limitations and implementation approaches of modern techniques, giving participants the understanding and confidence to navigate complex engineering challenges and explore innovative approaches within their field.
2
/ 01 /
Numerical Methods
We use advanced simulation methods to analyze and optimize complex multi-physical systems. Our expertise includes finite-element and flexible multibody dynamics, rotating machinery, vibroacoustics, and nonlinear behavior, supported by data-driven and AI-based modeling. Through modern model-reduction and solving strategies, we provide accurate and scalable simulations that enable fast evaluation and design iteration.
/ 02 /
Experimental Strategies
We use advanced experimental techniques to characterize and validate dynamic systems. Our capabilities include vibration and modal testing, material and component-level identification, nonlinear behavior analysis, and substructuring and transfer-path analysis. With modern actuation and sensing technologies such as high-speed imaging and laser vibrometry, we provide precise measurement data for reliable model validation, machine monitoring, and comprehensive system assessment.
/ 03 /
Mechatronics
We develop integrated mechatronic solutions that combine sensing, actuation, and intelligent control architectures. Our expertise spans robotic applications, advanced motion planning, custom actuator development, and rapid prototyping. By applying model-based design and modern control strategies, we create high-performance systems with precise, reliable, and predictable behavior.
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Contactless Motion Analysis
Applied AI-powered motion magnification algorithms in testing to visualize full-field deformation and support component and model validation.
2
Reduced-Order Simulation
Developed a model order reduction and substructuring framework to accelerate design optimization for large-scale multiphysics applications.
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Nonlinear Component Testing
Detected and characterized nonlinear behavior through dedicated testing to support reliability assessment and design validation.
Public Workshop on Nonlinear Vibrations in Structural Dynamics
Applied nonlinear structural dynamics training for engineers delivered in collaboration with XCTE. The workshop brought together participants from industry and academia across Europe and the United States.
11/24/2024
European Hybrid and EV NVH Summit 2025
Inventum Engineering participated in the European Hybrid & EV NVH Summit 2025 in Frankfurt. Francesco Trainotti delivered a keynote on experimental and hybrid substructuring, addressing current challenges in test-based substructuring and scalability for vehicle-level applications.
11/22/2024
Contactless Motion Analysis with BMW Motorcycle
Making motorcycle NVH visible with full-field, contactless motion measurement. Inventum applied contactless motion analysis using optical measurement and video-based vibration processing to accelerate understanding of motorcycle vibration behavior.
08/25/2025