Practical semester or thesis (Bachelor/Master) – Optimisation of ventilation unit handling

Background and classification: Ventilation devices perform essential tasks within the paint system. Be it the setting of the correct air sink speed in the spray booths and the customer-specific windows for temperature and humidity or the sufficient cooling of the air in order to cool workpieces again quickly after the paint drying. At the same time, ventilation equipment is one of the main energy consumers of a plant. Within the framework of this work, the prerequisite for an optimised handling of the ventilation equipment is to be created. First, annual energy consumption based on weather data should also be determined for mutually interacting ventilation devices. In the next step, the dimensions of the systems and of the associated fans are to be determined on the basis of existing data and thus an efficient handling of the ventilation devices is to be ensured. Your tasks: Development of a method for the thermal design of ventilation equipment and for the determination of annual energy consumption Structure of a database based on already unwound ventilation devices and fans Forecast of the dimensions of future ventilation devices and fans

Continuous study of mechanical engineering, process engineering, environmental engineering or a comparable study programme Good understanding of state changes of humid air in h,x diagram Basic knowledge of software development Analytical and Structured Operation and Interest in Technical Relationships Own initiative, motivation and joy in introducing your own ideas and taking responsibility Teamability and a positive and committed way of working

Support by experienced engineers Independent processing of a practical project Possibility to introduce your own ideas and take responsibility Insights into international painting systems Flexible working hours and proportionally mobile work Collaborative cooperation, company-wide du culture and short communication paths