Our stories

Voice of the Customer: De ervaring van ABT met de CEMS Software

by ing. Camille Luichies on 27/11/2024

ABT is een van onze enthousiaste early adopters, en we zijn ontzettend blij met hun betrokkenheid. We spraken met Arian Kamphuis, specialist Geotechniek, om te horen hoe de implementatie van de CEMS Fundering Suite hen na driekwart jaar bevalt.

VibraCore Lazy Tool

by Robin Wimmers MSc on 05/11/2024

The VibraCore Lazy Tool is an easy tool to assess the risks associated with construction-induced vibrations from sheet piles and hammered piles. This tool simplifies the often time consuming process of assessing vibration risks, making it efficient, accurate, and convenient for early-stage project planning.

Anne's Internship: Machine Learning at CEMS

by ing. Camille Luichies on 01/10/2024

Anne van der Pauw, a master's student in Civil Engineering at TU Delft with a specialization in geotechnical engineering, recently completed a research internship at CEMS. During her time with us, she explored the use of machine learning to improve the process of generating ground profiles from cone penetration test data.

Colleagues Become Shareholders!

by Karin Veenman on 04/09/2024

We are thrilled to announce that two of our dedicated team members, Robin Wimmers (Consultant | Developer) and Thomas Versteeg (Senior Software Developer), have officially become shareholders of CEMS!

How to access BRO data: Your Gateway to Subsurface Data on GitHub

by Robin Wimmers MSc on 27/08/2024

Unveiling our OpenSource path to access BRO data on GitHub: BROmodels.

Major Update: Introducing PileCore V3.0

by Jay Srigopal MSc on 25/07/2024

We are excited to announce the release of PileCore V3.0, our latest major update designed to enhance the user experience with a number of improvements and new features. After months of diligent work, we are excited to bring you this upgrade.

How have we validated ShallowCore?

by Ivaylo Pantev on 09/07/2024

During the development of ShallowCore, the results obtained for a number of typical and extreme examples were compared with calculations performed using software commonly used in design practice and manual calculations.

Technical inside – How do we ensure that you are able to run 100 calculations at once?

by Robin Wimmers MSc on 27/06/2024

In the rapidly evolving AEC (Architecture, Engineering, and Construction) industry, CEMS leads the way in geotechnical and geohydrological innovation. We believe it is important that users of our software have full control over data processing and reporting. Learn more about our methods and approach.

Victory for CEMS at the UCODE24 Hackathon

by Thijs Lukkezen MSc on 19/06/2024

Last week, CEMS developers Thijs Lukkezen and Robin Wimmers participated in the UCODE24 Viktor Hackathon. They created innovative apps in less than 2 days and eventually went home with the FIRST PRIZE!

Check the recordings of our webinar series!

by Karin Veenman on 23/04/2024

Automation services for geotechnical and geohydrological workflows

by Jay Srigopal MSc on 14/12/2023

Did you know CEMS not only excels in the development in geotechnical and geohydrological software, but also provides automation services for related workflows.

SDK for PileCore and VibraCore

by Robin Wimmers MSc on 28/11/2023

Hold on to your hats because we're unleashing something extraordinary!

DEC launched the Working Platform Stability App

by Jacco Haasnoot MSc on 03/11/2023

We are excited to announce that the Digital Engineering Community has launched the Working Platform Stability App.

Data and monitoring platform for Oranje Loper

by Jay Srigopal MSc on 04/10/2023

Together with some great partners, we are building a data and monitoring platform for the Oranje Loper project in Amsterdam.

The DEC-sheetpiles library is a success!

by Martina Pippi on 22/12/2022

DEC-sheetpiles is a Python module developed by the DEC (Digital Engineering Community). It is built on top of the DSheetPiling GEOLIB's API and it aims to simplify the process of automating a DSheetPiling calculation.

CEMS spins 3 new Cores

by Jacco Haasnoot MSc on 15/12/2022

The hard work of the CEMS team in the last months resulted in 3 brand new Cores! Although we have presented some of the features before, the product comes to live when the 3D block is spinning on the website!

Publication GeoTechniek (in Dutch): Rekenregels = Programmeerregels?

by Karin Veenman on 13/12/2022

Bij het automatiseren van rekenregels uit de NEN9997-1 voor paalfunderingen blijkt dat een aantal niet gemakkelijk zijn te vatten in programmeertaal. Daarbij leidt het nadenken over hoe we dit kunnen oplossen in universele principes die in alle gevallen gelden, tot onverwachte inzichten en tot het besef dat een aantal rekenregels met een praktische insteek (en niet perse een logische) is gekozen. We vonden deze opvallend genoeg om te delen in dit artikel.

The beta release of the new MLU is here!

by Johan Zwaan BSc on 10/10/2022

Brand new Samples available in Nuclei!

by Karin Veenman on 22/09/2022

BRO database CPT interpretation tool for FREE!

by ir. ing. Jorrit de Vries on 14/09/2022

Foundation works vibration risk assessment for FREE!

by ir. ing. Jorrit de Vries on 07/09/2022

Optimize your Foundation Pile plan for FREE!

by ir. ing. Jorrit de Vries on 31/08/2022

Launcing NUCLEI Samples

by ir. ing. Jorrit de Vries on 25/08/2022

CEMS is continuously developing and improving its software and Cores. To give everyone a sneak preview of our products we introduce the free-to-use CEMS NUCLEI environment. In NUCLEI, everybody can try our application (beta) and Samples, all for free!

Publication Land + Water: Revising drainage plans at lightning speed

by Karin Veenman on 23/08/2022

Windpark Windplanblauw is being realised in the north-western corner of Flevoland. The wind turbines in the wind farm need a foundation. In order to make this foundation, excavation work is necessary. Partly through smart programming by CEMS further delay was avoided.

An application of GEOLIB: route N243

by Martina Pippi on 28/06/2022

In this article I want to tell you about that time in which we could run roughly ~5000 D-SheetPiling calculations by using the Python library GEOLIB and we were able to obtain a highly optimised design.

CEMS attended the #CPT22 conference

by Martina Pippi on 16/06/2022

Check your site investigation coverage with PileCore

by Johan Zwaan BSc on 15/06/2022

One of the new functions of the PileCore version 2.0 release is the centre-to-centre validation of CPT's in the grouper. The PileCore grouper finds optimal pile groups based on the group size of CPT's, minimum pile tip level or consecutive valid pile tip levels. With the addition of the centre-to-centre validation of adjacent CPT's, valid subgroups are now also verified based on the NEN9997-1 3.2.3 and NEN9997-1 A.3.3.3.

Less piles with PileCore – Smart Grouper

by Johan Zwaan BSc on 21/04/2022

Existing pile foundation design software does not include tools to optimize your pile foundation. Conventional software lacks the ability to deal with the variation of the subsurface, which is an important factor that influences the design and amount of construction material (piles) used. Smart grouping of CPTs can lead to a lower Xi factor and thus higher pile load capacity and an optimal design.

Implementing a vibration design method into a Python package

by Jacco Haasnoot MSc on 05/04/2022

Leon Vrielink has written a blog about his experiences during his internship at CEMS:

From the beginning of September 2021 until February 2022, I did an internship at CEMS. During my Internship I worked on developing a python package that is able to run calculations to determine settlement that could occur when sheet piles are vibrated into the ground.

A complete vibration risk assessment in 5 simple steps, VibraCore delivers

by Robin Wimmers MSc on 04/04/2022

Installation of sheet piles in urban areas can lead to building damage. Driving of sheet piles is usually done with a vibratory hammer, which creates a vibration at the surface. This vibration travels through the subsurface to the surrounding buildings. The installation force, soil profile and building characteristics influence the intensity of the vibration and the impact on the surroundings. VibraCore uses the Dutch CUR166 for sheet piles and PrePal for foundation piles to predict the vibration velocity. Using the SBR-A the vibration limit values are set for each building and the predictions are tested. Because most attributes have a spatial component, the result is presented in maps, allowing the user to get a good overview of the spatial distribution of the risks. The VibraCore tool for calculating the impact based on sheet piles is now available in the VIKTOR platform. This blog will tell u some more about this new piece of software.

Easy Plaxis Plots with PEEC

by Jacco Haasnoot MSc on 29/03/2022

Introducing PEEC, our straightforward and easy to use Plaxis post-processing tool in Excel. Developed by our colleagues at CRUX Engineering BV, this tool imports the calculated data from Plaxis and plots it in Excel.

Södertälje Canal automated Plaxis quay design

by ir. ing. Jorrit de Vries on 17/03/2022

In June 2021, GeoMind KB, a Swedish geotechnical consultancy firm, commissioned CEMS: CRUX Engineering MicroServices BV to develop a code that automates the generation of cross sections of a quay in Plaxis. The Södertälje Canal, a 5,2km busy ship transport route containing the biggest lock in Scandinavia, was due for maintenance.

Webinar new versions of PileCore and VibraCore – March 24th

by Johan Zwaan BSc on 10/03/2022

On March 24th, we will be hosting a Webinar together with VIKTOR to talk about the latest updates in the new versions of PileCore and VibraCore.

CEMS joins the DEC!

by Karin Veenman on 09/12/2021

With great pleasure we share the news that we can call ourselves partner of the DEC!

CEMS-CRUX wins Cobouw Digitalisation Award 2021

by Karin Veenman on 17/11/2021

The Afas Theatre in Leusden, where the Cobouw Awards were presented on Tuesday afternoon 16 November, was only filled with the nominees, due to the COVID-19 measures. However, that did not spoil the party for the construction industry. CEMS director Jacco Haasnoot received the Cobouw Digitalisation Award on behalf of CEMS!

Try CEMS Digital Toolkit, presented at 'Geotechniekdag'

by Jacco Haasnoot MSc on 10/11/2021

The theme of 'Geotechniekdag' (Geotechnical Day) 2021 was "Hello World". This theme represents two different aspects of our profession. "Hello World" represents the first steps a beginning programmer takes. But it can also be read as the relationship between engineers and their environment.

PEEC Plaxis Excel Exporter by CRUX

by Jacco Haasnoot MSc on 01/11/2021

With gratitude to our colleagues of CRUX we introduce PEEC - Plaxis Excel Exporter by CRUX.

Publication in Dutch magazine Civiele Techniek nr.7, September '21

by Karin Veenman on 05/10/2021

There are several initiatives and developments in progress in the construction industry that show that the digital transformation is also taking shape in this sector. Where frontrunners have set a clear line, others are still struggling with the question of what digitization means to them and how to shape it.

Vote for CEMS and CRUX!

by Jacco Haasnoot MSc on 27/09/2021

Nominated for the Dutch Cobouw Award 2021, category Digitalization CEMS and CRUX are among the last three companies to be considered for the Cobouw Award Digitalization 2021!

Results Survey MLU | MicroFEM & Roadmap to the future

by Jasper Havik on 26/08/2021

It has been a few months since CEMS acquired ownership of MLU / MicroFEM from dr. Kick Hemker and we are hard at work on the new releases.

VibraCore

by Robin Wimmers MSc on 09/08/2021

In this blog post, we will introduce our most recent core: VibraCore, the tool that automates risk management of building damage during vibration work. This tool uses the cpt-model from the previous blogpost. If you haven't read it, you can find it here: Part 1 and Part 2.

Publication in the Dutch magazine GWW July '21

by Karin Veenman on 06/07/2021

Jacco Haasnoot has been involved in the Dutch publication 'Automatische tool als basis van een compleet paalfunderingsontwerp', in the magazine Grond-, Weg- en Waterbouw (GWW) no. 3 (June 2021).

Automated levee stability calculations with GeoLib

by Martina Pippi on 01/07/2021

This article is written by Hassan Ali, a recently graduated student from the civil engineering program of The Hague University. The subject of his thesis regarded the automation of the current process for assessing macro stability inwards to perform calculations with a high spatial density. Hassan's work has been supervised by the CRUX and CEMS employees Silvia Bersan and Martina Pippi.

Partnership CEMS and VIKTOR

by Karin Veenman on 17/06/2021

On 17 June 2021 CRUX and VIKTOR signed a partnership to jointly develop automation products for the geotechnical and geohydrological engineering market.

Applications of the CPT-MODEL (part 2)

by Martina Pippi on 10/06/2021

This is the second article about the cpt-model, where I will show you some of the possible applications of the cpt-model. If you haven't read the first part yet you can find it here.

The CPT MODEL (part 1)

by Martina Pippi on 25/05/2021

This article is the first of a series of articles about the services that CEMS offers, their characteristics and usages.

Ownership MicroFEM and MLU transferred to CEMS

by Johan Zwaan BSc on 18/05/2021

In January 2021 the ownership of both MicroFEM and MLU was transferred from dr. Kick Hemker to CEMS BV.

Met software tool LEoPart nauwkeurig simuleren

by ir. Guido Meinhardt on 03/09/2020

Nauwkeurig simuleren van complexe, geohydrologische transportprocessen (zoals verspreiding van bodemverontreinigingen, effect van WKOs op omgeving of effectiviteit van de energiedamwand), met de open-source software tool LEoPart van Jakob Maljaars lukt dat.

CRUX started a new company: CEMS B.V. is born!

by Karin Veenman on 30/06/2020

The last few months a small baby boom has been going on at CRUX Engineering and now a new baby sister company has been 'born' on a business level as well. Since last year, CRUX invests heavily in the development of the automation of its consultancy and engineering activities.