You will contribute to an industrial research project focused on the investigation and characterization of sustainable materials for air-to-water heat pump applications. You will combine experimental work, data analysis, and model-based methods to evaluate materials and components, supporting the development of improved acoustic and functional performance. Your main responsibilities will be:
Material Investigation & Characterization: Investigate, characterize, and analyze materials for heat pump applications, evaluating relevant material properties and their potential impact on system performance.
Acoustic Characterization: Perform acoustic characterization of materials and components, assessing their behaviour and contribution to the acoustic performance of heat pump systems.
Sustainability Assessment: Investigate and assess material sustainability based on available databases, material properties, and applicable sustainability requirements.
Simulation & Model-Based Methods: Apply model-based methods and simulation tools to analyse and support improvements in acoustic performance.
Experimental Testing: Prepare experimental setups, perform testing activities, and carry out data acquisition to support material and component evaluation.
Test Planning: Define and elaborate structured test plans and experiments to evaluate the acoustic properties and performance of components used in heat pump systems.
Data Analysis & Documentation: Analyse experimental and simulation data and prepare clear technical documentation, translating results into relevant insights to support engineering decisions.
What distinguishes you
Education: Master's degree or PhD in Materials Science, Materials Engineering, Mechanical Engineering, Physics, or a comparable technical field.
Material Expertise: Knowledge of material characterization, including relevant material properties and sustainability-related requirements.
Acoustic Knowledge: Good understanding of acoustic principles and wave propagation, with an interest in applying this knowledge to engineering applications.
Testing & Experimentation: Understanding of testing techniques and methodologies, with experience in preparing experimental setups, performing tests, and defining structured test plans.
Data Acquisition & Analysis: Experience with data acquisition and analysis, with the ability to interpret experimental results and support technical conclusions.
Technical Knowledge: Understanding of rotating machines and experience working with hardware and/or laboratory testing activities.
Digital Tools: Good knowledge of Microsoft Office tools, particularly Excel, Word, PowerPoint, and OneNote. Experience with MATLAB and/or Simulink for engineering, testing, or simulation activities.
Working Style: Structured, proactive, and detail-oriented, with the ability to take responsibility for your own work and independently propose solutions.
Teamwork & Communication: Strong communication and organizational skills, with the ability to work effectively both independently and as part of a multidisciplinary engineering team.
Work #LikeABosch includes
⚖️ Flexible work conditions
🔀 Hybrid work system
🌐 Exchange with colleagues around the world
🧑⚕️ Health insurance and medical office on site (general surgeon, psychology, physiotherapy, general clinic)
📚 Training opportunities (p.e., technical training, foreign languages training) & certifications
📈 Opportunities for career progression and continuous professional development
💲 Access to great discounts in partnerships and Bosch products
🏋️ Sports and health related activities
💰 Flexible benefits platform
🅿️ Free parking lot
🍽️ Canteen
Success stories don´t just happen. They are made...
Make it happen! We are looking forward to your application!
