Are you an HBO/University student and passionate about computational modelling? Do you want to apply your knowledge to optimize high-tech measurement instruments? Then this internship might be the perfect opportunity for you!
About Avantes
Avantes is a leading innovator in fiber-optic spectroscopy, with over 30 years of experience developing cutting-edge spectrometers, light sources, fiber optics, software, and accessories. Our technology enables spectroscopy and material characterization in various industries, supporting scientific and industrial advancements. We achieve this through a service-oriented mindset, encouraging and motivating each other with a professional and constructive attitude. We envision a future where our advanced optical solutions serve as catalysts for driving innovations that enhance the quality of life and contribute to a thriving, sustainable society. Curious to discover how our products can be implemented in the field? Check out this video!
Assignment
In UV spectrometry, purging the instrument with an inert gas is essential to eliminate oxygen and moisture, which can absorb UV light and interfere with measurements. However, optimizing the purging process requires a more systematic approach to ensure the chamber is fully purged with minimal gas usage. Computational modelling provides a cost-effective and efficient way to predict the effects of different purging parameters on the system, making it possible to fine-tune the process without conducting numerous physical experiments.
Modelling and simulation of the purging process can help identify optimal purging conditions and better understand the relationship between various factors such as flow rate, chamber geometry, and gas mixing behavior. This allows for a more efficient and targeted approach to optimizing spectrometer performance in UV analysis.
Objective
The primary goal of this internship is to develop a computational model that optimizes the purging process in spectrometers, particularly for UV measurements. This involves:
- Developing a model to simulate gas flow dynamics and interactions with spectrometer components
- Analyzing the influence of parameters such as gas flow rate, purging time, and chamber geometry
- Optimizing purging conditions to improve spectrometer performance with minimal gas usage
Scope of the Assignment
During this internship, you will:
- Conduct a literature review on existing computational models for gas flow and purging systems
- Develop a computational model (e.g., using Computational Fluid Dynamics (CFD) or another suitable technique)
- Simulate and analyze different purging conditions to determine optimal settings
- Validate the model using experimental data and fine-tune its predictive accuracy
- Provide recommendations for improving purging efficiency in UV spectrometry
We are looking for:
We are looking for an enthusiastic HBO or WO student with a background in:
- Mechanical Engineering
- Physics
- Or a related field
You should be interested in computational modelling, fluid dynamics, and/or data analysis.
We offer:
- A good compensation per month
- Travel reimbursement of €0,23 per km (when traveling by car)
- Informal work atmosphere, short lines of communication
- Working in a high-tech environment
Interested?
Are you an HBO/university student and excited about this opportunity? Fill out the form below, or send an email to hr@avantes.com and join us in optimizing spectroscopy technology!