Jobid=8aca22f1b3e6 (0.0742)
About this position
Do you want to apply your academic training and technical expertise to solve real-world analytical challenges? Are you excited to play a key role in the development of cutting-edge X-ray fluorescence (XRF) solutions? Can you bridge the gap between customer needs and technical innovation? And do you want to do this within a high-tech international, yet friendly and personal environment? Then this might be your opportunity to join our ambitious XRF team!
In this role
You will play a pivotal role in bridging theoretical physics and practical analytical solutions. Your work will involve translating complex physical principles into robust numerical algorithms that drive the analytical capabilities of our XRF systems. You will also be responsible for implementing and validating these algorithms through experimental work, ensuring they meet real-world performance standards.
You will collaborate with software developers, physicists, and application specialists to design, simulate, and optimize analytical models. Your contributions will directly impact the accuracy, reliability, and usability of our XRF solutions in customer workflows.
Your responsibilities
Develop and implement analytical algorithms that translate physical models into numerical solutions for XRF systems
Perform simulations and modelling to support algorithm development and performance optimization
Design and execute experiments to validate analytical models and ensure alignment with customer workflows
Translate customer and scientific requirements into technical specifications and software features
Collaborate with R&D software teams to integrate algorithms into maintainable and scalable solutions
Communicate effectively across disciplines to ensure coherence between physics, software, and application development
Contribute to scientific partnerships and method development initiatives. Stay up to date with relevant scientific and technological advancements
What do you need to be successful in this role?
A higher degree (preferably MSc or PhD) in Physics, Chemistry, Materials Science, or a related field
Strong background in X-ray physics, numerical modelling, and analytical chemistry
Proven experience in developing and implementing analytical algorithms
Proficiency in programming languages such as C, C# (preferably) and Python, with a focus on scientific computing
Familiarity with simulation tools and algorithm validation through experimental methods
Ability to translate physical principles into practical software solutions
Excellent communication skills and a collaborative mindset
Customer-oriented approach with the ability to understand and improve workflows
Fluent in English (spoken and written)
Great to have
3–5 years of experience in a similar role or in solving comparable problems in an academic or industrial context
Experience with complementary analytical techniques
Knowledge of data science, machine learning, or statistical methods
Experience working in Agile development environments
When you join
Your career will start with a comprehensive onboarding program
We support continuous development through in-house and external training
You’ll be part of a growing company where you can shape the future of analytical science
You’ll work with a passionate team focused on delivering value to our customers and business
YES, I WANT THIS JOB!
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