Posted by Tata Steel R&D has developed its own software to monitor, predict and control steel strip temperatures in the continuous annealing and hot dip galvanising lines of Tata Steel Europe.
Are you looking for a challenging master internship? Are you interested in helping us combining the oxide evolution model with the annealing process software to generate predictions of final surface quality under different atmosphere actuator settings? We are looking for you!
Master internship Predictive Oxidation Control – Netherlands
Do you recognize yourself in this
You are looking for a master internship for a 6-9 months durations;
You are a master student with a background in materials engineering, mechanical engineering, control engineering, mathematics, chemical engineering or physics;
You are a student at a Dutch University and you live in the Netherlands;
You master the English language;
You have experience prior experience with in-house development models and/or software is considered a favourable asset;
You are analytical and eager to learn.
What do we offer you?
A paid internship with proper guidance, with an internship compensation between €347,- and €416,- (depending on the type of internship);
An assignment which fits the requirements of your university;
You can gain valuable experience within a large organization and one of the Netherlands biggest manufacturing industries;
During you internship you can participate in event such as student tours and lunch lectures;
You have the possibility to make use of our Library Services.
What is your working environment?
You will work in the Thermal Processes knowledge group, which consists of about fifteen researchers from various backgrounds. Your work will typically consist of code development, but since the final application relies heavily on first principle process models, there is also room to explore some of the physics and chemistry behind it.
As we have been working from home for most of the past year, we are looking forward to welcoming you in our office where we maintain an energetic, informal working atmosphere.
Is this the assignment you are looking for? Please apply directly via de application button below, don’t forget to upload your motivation letter.