The company was founded in 2014 by Mads Find Madsen and Kresten Juel Jensen who based on their industrial experience and entrepreneurial drive found that digital models should be used to a much larger extent in the industry, than was the case already. Based on the high level of expertise within Multiphysics Simulations the company quickly became the proud member of the certified COMSOL consultant’s family.
By 1st Feb. 2017 Matteo Lualdi, Tore Findsen, Anders Lindhard Christensen and Lene Gottrup Barfod joined the partnership, with a common ambition of supplying the industry with qualified insights in a fast and flexible manner. Since then the activities has increased – especially within the four core industries: Production & Process, Med. Tech, Sound & hearing, and Energy.
Together with academia we seek to participate in development projects which allows us to dig deeper into a specific area and work with the newest technologies.
We continuously strive to deliver a sustainable business impact in all our projects.
Our team consists of specialists within Chemistry, Physics, Statistics, Mechanical Engineering and assisting technologies such as ML and AI.
We all have one thing in common: the ambition of enhancing the value of data and scientific knowledge throughout the entire value chain. As we see it, the most effectful and engaging way goes via modelling and human interaction.
Lene Gottrup Barfod
M.Sc. Chemical Engineering
As managing director Lene today focuses her strengths and experiences on business development for our company. She has a strategic vision and analytic mindset as well as strong interpersonal and communication skills and use these to build and nurture relationships with strategic accounts, alliance partners and stakeholders. With a long career in international engineering companies as Haldor Topsoe and Akzo Nobel Deco she has a proven record as team leader and responsible for sales and licensing on both European markets as well as Russia and India. Beside her business focus during her career Lene has focused her engineering skills on strategic product development, troubleshooting and optimization. Lene has supplemented her engineering skills with diplomas in project and systemic management.
Anders Lindhard Christensen
M.Sc., Mechanical Engineering
All the way from studying mechanical engineering Anders has had a big interest in simulation driven development. With experience from positions a simulation expert and simulation-based product developer Anders has gained great know-how in integration of simulation right from conceptual studies to product development, test and trouble shooting. Anders acquired the passion for identifying the optimal design already in his younger years by combining theory and practise while qualifying as a boatbuilder at a shipyard building ultra light sail racing boats in close coorporation with engineers. Before joining resolvent Anders was working with simulation-based product development.
M.Sc., Mechanical Engineering
Tore is specialized in simulation (mainly mechanical), programming and data analysis.
M.Sc., Energy Engineering, Ph.D., Chemical Engineering
Matteo is specialized in process engineering, chemical and thermochemical processes, catalysis as well as Multiphysics simulations according to COMSOL certifications. With a strong background in chemical engineering Matteo has a fast pace in solving complicated engineering tasks and he is not afraid involving himself in challenging tasks. Earlier in his career, working for Haldor Topsoe, he held a position as process engineer within R&D with tasks ranging from data analysis of solid oxide fuel cell stacks to fuel processing for fuel cell systems. Matteo is a true team player being motivated by engaging collaboration with customers and colleagues. During his career Matteo has proven track record within process simulations. He has been part of several inventions and patent applications.
Kresten Juel Jensen
B.Sc., Chemical Engineering,
Kresten is specialised in unit operations, testing, and COMSOL Multiphysics simulations. With a background in chemical engineering mathematical modelling, particularly in R&D, Kresten in 2014 co-founded Resolvent together with Mads Find Madsen. Soon building up a bigger team Kresten and his partner focused on consultancy services.
Earlier in his career, working for Haldor Topsoe, Kresten was one of the main contributors to the stack concept developed within the Topsoe Fuel Cell programme. Besides co-founding Resolvent, Kresten is also co-founder of Motosumo, a network connecting people participating in group training.
He holds a diploma from INSEAD in “Making Innovation Happen” coupling technical activities to a long-term strategy and to business development
Mads Find Madsen
M.Sc., Chemistry, Ph.D., Biomedical Sciences
With a broad academic background Mads has several strings to play when it comes to specializing in numerical simulations, statistics, data analysis, and programming. Mads has professional experience in chemical engineering (fuel cells) modelling, statistical analysis and design of experiments.
In the field of programming his skills ranges from numerical algorithms over Java, Fortran, Perl, C/C++, Visual Basic, Python to Shell Scripts, Matlab and Mathematica. Apart from that Mads is also a Debian Linux super user.
Besides co-founding Resolvent, Mads is also co-founder of Motosumo, a network connecting people participating in group training.
M.Sc. Engineering Design and Applied Mechanics, Ph.D., Mechanical Engineering
Henrik is specialized in advanced Multiphysic simulation solutions and statistics.
Having a fluency in modelling techniques ranging from the finite element method over particle-based methods to probabilistic modelling combined with experience in large scale computing, generic frameworks for scientific computing, as well as the ability to program in many different programming languages, Henrik will work with any aspect of numerical analysis.
Henrik also have a strong interest in machine learning adding techniques based on convolutional neural networks to this toolbox. At the same time, he has worked extensively with classification, segmentation and anomaly detection of three-dimensional shapes related to biological statistical modelling.
M.Sc., Engineering Physics / Applied Physics
Specializing in accelerating product development with Multiphysics Morten is focusing on inspiring and helping companies realize the potential of their development departments through virtual prototyping. Firmly believing that virtual prototypes is a tool to increase knowledge about products and processes, Morten is an advocate for the idea that virtual prototypes should be incorporated as a strategic tool in development processes, before labour consuming and expensive physical prototypes are initiated. Morten is a true team player, helpful and pedagogical, on top of his technical skills. Before joining resolvent Morten has been working eight years with COMSOL, Inc., as Applications and Technical Sales Engineer and Technical Sales Manager.
PhD Mechanical Engineering
Alessandro has a broad knowledge of various engineering topics ranging from chemical and materials engineering to mechanical design and process optimization, as well as of statistical methods. His journey in the world of modelling began with the PhD at DTU in Mechanical engineering, where he implemented process and products digital twins within the framework of Industry 4.0 for tooling technologies. It progressed with the development of digital twins to aid product design and validation of electronic enclosure in relation to the risk of condensation and moisture damage for major industrial partners. Earlier in his carrier, working for Danieli Automation Spa, he held a position as R&D engineer carrying out development of virtual tools to optimize production and quality and plants data analysis. Alessandro is a professional colleague that bring positive motivation and good spirit in each project, engaging with customers or colleagues establishing good personal relationships.
M. Sc. Mechanical Engineering
Jonathan is a specialist in both numerical analysis and mathematical optimization.
His strong interest in these fields lead him to work on project such as modelling bone growth in the human jaw and creating metamaterials with extreme properties using Topology Optimization. His passion for modelling work stems from the belief that a simulation driven approach can eliminate waste in any stage of product development and thus create a more sustainable future.
Jonathan acquired expertise in both commercial modelling software such as COMSOL Multiphysics and Opensource packages such as OpenFoam and ParaView. In combination with his strong programming skills in numerous languages such as Python and C/C++, he can find creative and innovative solutions to any modelling task.
We have close collaboration with following partners offering complimentary series to ours.
COMSOL Multiphysics® is a general-purpose simulation software for modelling designs, devices, and processes in all fields of engineering, manufacturing, and scientific research.
In addition to using Multiphysics modelling for your own projects, you can also turn your models into simulation applications and digital twins for use by other design teams, manufacturing departments, test labs, customers, and more.
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