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Exploring Rust
Eindhoven
di 16 jun. 2026
This training stands out due to:
Strategic approach: goes beyond syntax to cover adoption barriers and strategies.
Experienced instructor: led by an industrial software developer.
Versatile scope: relevant to various application domains, from embedded to cloud/web application development contexts.
Classroom interaction: encourages engagement and peer networking.
The Rust programming language offers guaranteed memory safety: a tremendous benefit in security-critical or concurrency-heavy software systems. Still, Rust is a compiled language without garbage collection, and it offers zero-overhead abstractions as well as top-tier performance optimization possibilities. And if that is not enough in and of itself, Rust features an expressive, modern syntax and an excellent tooling ecosystem.
Even though the Rust programming language is relatively young, it has been stirring up the software engineering community for some years now. But is Rust fit for production? Can it be applied in any software engineering field? Is Rust hard to learn? Can Rust interact with my existing code base or hardware? Despite its age, Rust is being widely adopted in production environments, in small and large tech companies alike. Rust is definitely fit for production, and can be applied in a plethora of use cases, from embedded environments, systems programming environments up to web applications. Furthermore, there are plenty of possibilities to have Rust interact with other programming languages or hardware devices. Even though there's excellent documentation on Rust and many related topics, a good preparation is recommended, as the learning curve for Rust can be quite steep.
As a software engineering business, it may be challenging to adopt a new tool like Rust. Preparing for such a process is important, and will determine the success of the adoption as a whole. In this intense, two half-days introductory training course, experienced software engineers will learn about the benefits the Rust programming language can offer, and how to proceed for successful adoption of the language.
This training is available for open enrollment as well as for in-company sessions. For in-company sessions, the Exploring Rust training can be adapted to your situation and special needs.
€790
Klassikaal
max 12
Project Leadership (1 day)
eindhoven
di 3 nov. 2026
This one day training will help you to lead your technical project better in the future. Together we explore the drivers and detractors of your projects. Understanding those will be the foundation for your renewed effectiveness and efficiency.
Why would you need that? As a project manager you are constantly challenged: be faster, use less resources, be cheaper, be earlier on the market. This is typically something that makes your job feel rather exhausting and overwhelming. We will look into how you can get a new grip on your task and your team, whilst enjoying the ride on white waters rather than swallowing it!
This basically comes down to leading the pack rather than managing a project organization.
We have only one day together and will spend it wisely. Wilhelm Claussen will dive into the very essentials to enable you to take a step towards a higher level.
This training is available for open enrollment as well as for in-company sessions. For in-company sessions, the Project leadership training can be adapted to your situation and special needs.
€825
Klassikaal
max 16
Introduction to Optics and Photonics
Eindhoven
do 29 okt. 2026
At its core, optics encompasses the study of light and its interaction with matter. Photonics, a closely related discipline, focuses on the generation, manipulation, and detection of light, or light particles (photons). Together, these fields underpin a vast array of modern technologies, shaping industries ranging from telecommunications to healthcare, and from entertainment to manufacturing. The relevance of optics and photonics in nowadays society cannot be overstated. In communications, optical fibers form the backbone of the internet, facilitating rapid data transmission across the globe. In medicine, laser-based technologies enable precise surgical procedures and non-invasive diagnostics. In renewable energy, photovoltaic cells harness the power of sunlight to generate electricity sustainably. The list of applications is virtually endless, illustrating the indispensable role of optics and photonics in our daily lives.
Beyond practical applications, the fascination for optics and photonics lies in its intrinsic beauty and complexity. The study of light encompasses a wide variety of phenomena, from the wave-particle duality to the mesmerizing interplay of colors in optical spectra. Exploring these phenomena not only deepens our understanding of the natural world but also inspires wonder and curiosity, driving scientific discovery and innovation. Moreover, optics and photonics represent a frontier of interdisciplinary research, bridging the gap between physics, engineering, chemistry, biology, and beyond. This interdisciplinary nature stimulates collaboration and cross-pollination of ideas, leading to groundbreaking discoveries and paradigm shifts in diverse fields.
This training is available for open enrollment as well as for in-company sessions. For in-company sessions, the training can be adapted to your situation and special needs.
€1.450
Klassikaal
max 16
Applied Statistics for R&D
Eindhoven
ma 22 jun. 2026
Applied statistics is a key enabling skill in Research and Development. From setting up the experiments with adequate statistical power in early research, to design exploration, optimization and tolerance analysis in development and engineering – all phases in R&D benefit from correct application of appropriate statistical tools.
This training stands out due to:
Practical R&D toolkit: combining GRR measurement error, confidence intervals, sample size estimation, DOE, multi-response optimization, Monte Carlo tolerancing— tailored to research and product development contexts.
Hands-on Minitab/Excel exercises: ensures immediate skill application.
Hands on fun Gage R&R exercise, Hands on fun DOE/ Optimization exercise
Worked exercises which provides how-to examples of common engineering calculations for future reference.
trainer and renowned expert Wendy Luiten, with extensive domain knowledge through decades of industry experience.
In research and early development, measurement statistics are used to obtain the measurement error and subsequently calculate a sample size that large enough to obtain sufficient statistical power– the ability to see an effect if it is present. For example, using duplicate measurements, the power of finding a difference between two prototypes when the difference is about equal to the measurement error is below 10%. Underpowered experiments are undesirable because they result in a waste of time and money. Pursuing an underpowered experimental has no merit as it will not yield a repeatable result, instead either the measurement needs to be improved to reduce the error, or the sample size needs to increase, i.e., experiments have to be repeated more often.
In later development and in engineering, activities pursue fulfilling a function in terms of a specific output parameter ending up inside a required range. Failure rate is the proportion of instances where the output is outside of the desired specification window and the intended function is not fulfilled as required. A high failure rate is undesirable, it is a hallmark of bad quality and carries a financial penalty.
Part of the failure rate is ‘designed in’ – it is the result of a combination of design choices and design input variations, resulting in a distribution of the output parameter that partly falls outside the specification limits. Direct measurement of this failure rate to guide design decisions is typically not feasible as it needs too many tests – for example, a failure rate of 1% implies that on average 100 tests need to be performed to see 1 failure. To see the designed-in failure rate with accuracy, many more tests are needed, and this is generally infeasible. This poses a dilemma: By the time you have sufficient data on the failure rate, the time window for changes in the design has already closed.
The timing dilemma is not uncommon, and not limited to statistical parameters. The general solution is to use a stand-in and resort to modelling, using calculated values instead of measured data – CAD modelling, Circuit modelling, FEM modelling and CFD modelling are all examples where a model is used to assess a design before direct testing is possible. In the same way, statistical modelling is used to investigate statistical behaviour of a design when testing is not feasible. Statistical modelling is foundational to design optimization and robust design. Specific experimental designs are used to derive surrogate functions that model the expected output values as a function of design inputs. Next, the surrogate functions are used to optimize. Finally, the expected distribution of the output parameter and the resulting designed -in failure rate are obtained from the surrogate function and the distribution of the input parameters.
This training is designed to familiarize participants with relevant statistical tools and way of working using linked statistical tools in their daily jobs. The trainer is a certified Master Black Belt in Design for Six Sigma with 35+ years of industry experience in R&D. All statistics are demonstrated using Minitab (industry standard) and Excel. The training contains exercises on individual statistical tools and a group exercise practicing the way of working, using the tools in conjunction. The training focus is on correct application of appropriate statistical tools to achieve development goals: “You do not need to know the workings of the engine in order to drive a car from A to B”. The training applies to continuous numerical parameters and covers both physical experiments and virtual experiments like CFD or FEM simulations.
This training is available for open enrollments in Eindhoven as well as for in-company sessions all over the world. For in-company sessions, the training can be adapted to your situation and special needs.
€2.700
Klassikaal
max 16
Analog / Mixed-Signal Test and Design-for-Test for Integrated Circuits
Integrated circuits (ICs) are manufactured by a long sequence of high-precision and hence defectprone processing steps. Each IC must undergo stringent electrical tests to weed out defective parts and guarantee outgoing product quality to the customer. The field of ‘Design-for-Test’ (DfT) focuses in the broad sense on developing economically adequate tests for ICs. The tests must ensure sufficient quality at acceptable test application costs, corresponding to the target application area (e.g., wireless consumer products have less stringent quality requirements, but also different test cost budgets than medical or aerospace products).
Analog and mixed-signal (A/MS) ICs require different testers than for digital ICs, as well as different DfT techniques, measures of test quality, fault simulation, and test programs. Until quite recently, there has been very little automation to address these differences, mostly due to a lack of standardization in defining analog faults and defects, measuring a test’s coverage, test access to ICs, and DfT circuitry. This course teaches the principles of practical A/MS DfT and test, and the imminent IEEE standards that facilitate systematic solutions now and eventually much more automation.
This course is presented by a world-renowned speaker in the field with broad scientific and industrial experience: Stephen Sunter, Engineering Director for Mixed Signal DfT of Siemens EDA.
His course stands out due to the fact that:
it is highly practical: combining specification-based and structural tests for manufacturing defects and functional safety
it has an industry-standard focus: up-to-date details on IEEE P2427 (defect coverage) and P1687.2 (analog IJTAG)
it is interactive: balanced lectures and Q&A tailor the content to participants' real challenges.
This training is available for open enrollment as well as for in-company sessions. For in-company sessions, the training can be adapted to your situation and special needs.
€1.490
Klassikaal
max 16
Project Leadership Masterclass
Are you leading a project in technical development or product definition, or contributing to such projects? If so, you're undoubtedly familiar with the constant struggle between the demand for innovative products and the constraints of time pressure and cost reduction. The wide gap between the theory of project management and the daily chaos of projects can often be striking!
This project leadership training empowers you to confidently surf on the top of the waves of project management, rather than constantly swallowing water and sinking.
The approach is not tied to a specific methodology, but encourages you to pursue a flexible, customer-oriented approach that meets the true needs of your project at every stage. The focus is on the art of deliberately not doing certain things and avoiding common pitfalls and mistakes.
This program is based on 26 years of international experience in project leadership of the trainer in sectors such as automotive, special machine construction, and semiconductor manufacturing. It will cover the integration of different disciplines like software and hardware into a shared final delivery to the customers. It offers a balanced mix of theory, practical case studies, and interactive exercises aimed at enabling participants to master the complexity of product development.
The project management training is available as a 3-day course and can also be customized as an in-house course to address the specific challenges and requirements of your organization.
Each section begins with an introduction to help participants understand the key concepts. The core points taught in each section are deepened through a related practical case study, allowing participants to apply the theoretical knowledge gained to a real-world example. This includes the integration of hardware and software, including the pitfalls and limits of the method.
€2.590
Klassikaal
max 12
Model-Based Systems Engineering
Eindhoven
di 13 okt. 2026
In this MBSE training course we will introduce the modern approach to Systems Engineering known as Model-based Systems Engineering, or MBSE. The awareness and use of Model-based Systems Engineering is essential learning for any modern-day Systems Engineer. A Model-based Systems Engineering approach provides a set of effective tools and techniques that will enable the realization of successful Systems whilst managing the complexity of today’s connected System, and allowing all relevant aspects of the System to be understood is as simple a manner as possible. This will also enable all information concerning the System to be communicated to the appropriate stakeholders.
This training stands out due to:
the emphasis on an ontology-driven framework that ties all modeling views together into a coherent blueprint.
the fact that it teaches not just modeling, but also how to introduce MBSE into existing organizational processes.
trainer Prof. Jon Holt, a prominent MBSE authority with deep academic and industrial experience over several decades.
24 INCOSE PDUs toward certification renewal, underlining its rigor and industry alignment.
This training is available for open enrollment as well as for in-company sessions. For in-company sessions, the MBSE training can be adapted to your situation and special needs.
€2.590
Klassikaal
max 12
Understanding Software Quality for Managers
Eindhoven
do 4 jun. 2026
In the software industry, many people work in related functions that are not the core of software development: recruiters, recruiting software specialists, account managers making deals about software projects, but also product owners and project leaders who have never written a line of code. Even quality managers might not have written a line of code themselves but still need to think about and define processes for software developers.
This training is meant for those who are working in the software industry but are not a software specialist themselves. Wouldn't it be good to have an understanding about concepts of software without being a specialist? Wouldn't it be good to understand what these specialists are talking about and why they take certain decisions? Wouldn't it be good to understand why certain aspects cannot be measured or why some measurements do not have the desired effect?
€790
Klassikaal
max 16
Advanced Thermal Management of Electronics
ma 16 nov. 2026
New technical developments bring greater thermal challenges, requiring advanced thermal management. Data centers, cloud and AI push component heat dissipation to new levels. The energy sector and variable drives in machinery and transportation also generate high heat losses. Without proper cooling, rising temperatures reduce performance, reliability, and lifespan. While fan-cooled heatsinks may be sufficient in some cases, liquid cooling is often necessary.
This training stands out due to:
its focus on advanced topics - liquid cooling, two-phase systems, digital design optimization.
hands-on guided exercises (steady-state, transient, forced-air and liquid cooling) which ensure direct application of theory.
international peer group fostering global knowledge exchange and cross-industry insights.
worked exercises that provide how-to examples of common engineering calculations for future reference.
trainer and renowned expert Wendy Luiten, with extensive domain knowledge through decades of industry experience.
This advanced training is available for open enrollment as well as for in-company sessions. For in-company sessions, the training can be adapted upon request, for instance by adding a tailor-made case study or an extra practice day.
€1.800
Klassikaal
max 16
De rol van de vertrouwenspersoon + 1 jaar onbeperkt leren cadeau
Ben jij klaar om een cruciale rol te spelen in het welzijn van medewerkers en het creëren van een gezonde bedrijfscultuur? Dan is deze online cursus over vertrouwenspersonen en de nieuwe...
Je bekijkt nu de online cursus ‘De rol van de vertrouwenspersoon’ van Hobp. Goed om te weten: als je deze online cursus boekt, dan krijg je van Hobp tevens 1 jaar onbeperkt leren cadeau, via het leerplatform van Hobp. Dat betekent dat je – naast deze cursus – een jaar lang alle andere online cursussen kosteloos kunt volgen. Het leerplatform van Hobp is op elk moment beschikbaar via telefoon, tablet of laptop én na afronding van een cursus ontvang je een persoonlijk certificaat. Wil je meer weten over Hobp en welke (leer)mogelijkheden wij bieden voor jou of je bedrijf? Scroll dan naar beneden naar onze 'opleidersinformatie' of bekijk ons leerplatform via https://leren.hobp.nl.
Deze cursus biedt je alles wat je moet weten: van de ins en outs van wetgeving tot praktische tips voor dagelijkse uitdagingen op de werkvloer. Je leert niet alleen om vertrouwelijke situaties professioneel te hanteren, maar ook hoe je positieve veranderingen teweeg kunt brengen binnen jouw organisatie. De cursus bestaat uit tien grondige hoofdstukken en wordt afgesloten met een toets om je kennis te testen. Verrijk je carrière en maak het verschil; schrijf je vandaag nog in!
Deze training (of dit cursuspakket) maakt deel uit van het duurzaamheidsplatform van Hobp. Dit is een platform dat medewerkers helpt om gezond, gelukkig en bekwaam aan het werk te blijven én bedrijven ondersteunt met een toegankelijke oplossing voor duurzame inzetbaarheid. Het platform biedt o.a. persoonlijk inzicht met de scan (DIX) van TNO, stimuleert bewustwording en bevat 600+ online tools en interventies om duurzame inzetbaarheid te vergroten. Meer weten? Ga dan naar www.hobp.nl.
Het doel van deze cursus is om deelnemers een grondig en geïntegreerd begrip te geven van de rol van de vertrouwenspersoon in de context van de Nederlandse wetgeving en bedrijfscultuur. De cursus streeft ernaar om de benodigde kennis en vaardigheden aan te reiken om effectief te functioneren als vertrouwenspersoon, met een nadruk op zowel wettelijke verantwoordelijkheden als dagelijkse praktijken in de werkomgeving.
De cursus biedt een diepgaande blik op wat het betekent om een vertrouwenspersoon te zijn en hoe men kan navigeren door complexe situaties, variërend van ethische dilemma's tot juridische uitdagingen. Het uiteindelijke doel is om de deelnemers niet alleen uit te rusten met theoretische kennis, maar ook met praktische tools en vaardigheden om een competente, empathische en effectieve vertrouwenspersoon te zijn.
Begrijpen van relevante Nederlandse wetgeving rondom vertrouwenspersonen.
Effectief en empathisch communiceren met medewerkers.
Procedureel correcte klachtenbehandeling en -escalatie.
Veilig en efficiënt beheer van vertrouwelijke documentatie.
Continue professionele ontwikkeling en zelfzorg toepassen.
€225
E-Learning
10 uren