~17d ago

Control Algorithm & Connectivity Integrator

Other

1 views0 saves0 applied

Quick Summary

Key Responsibilities

For our Control Algorithm & Connectivity team within the Food Preservation Organization, your key objective will be to develop control algorithms, system models,

Requirements Summary

Bachelor's degree in Electronics Engineering, Mechatronics Engineering, Automation Engineering, Software Engineering, or a related field. Master's degree is highly desirable.

Technical Tools

Other

At Electrolux Group, a leading global appliance company, we strive every day to shape living for the better for our consumers, our people and our planet. We share ideas and collaborate so that together, we can develop solutions that deliver enjoyable and sustainable living.

Come, join us as you are. We believe diverse perspectives make us stronger and more innovative. In our global community of people from 100+ countries, we listen to each other, actively contribute and grow together.

Join us in our exciting quest to build the future home!

Responsibilities

~1 min read

For our Control Algorithm & Connectivity team within the Food Preservation Organization, your key objective will be to develop control algorithms, system models, and innovative functionalities to improve the user experience of Food Preservation Appliances (Cooler, Freezer, Combi, Multidoors).

As a Control Algorithm & Connectivity Integrator, you will be responsible for managing product control algorithm and deliver new functionalities. Help Electrolux keep shaping living for the better, and we'll help you go further than you ever thought possible.

Manage Appliance control algorithms implementation
Debug Appliance Control Algorithm and Connectivity features
Log Appliance Data and link signals to implemented software logic
Calibrate and test the algorithm in laboratories, accelerating the testing of new concepts using Rapid Control Prototyping (RCP)
Create Activity reports

Requirements

~1 min read

Bachelor's degree in Electronics Engineering, Mechatronics Engineering, Automation Engineering, Software Engineering, or a related field. Master's degree is highly desirable.
Solid understanding of dynamic systems, signal processing, and statistical analysis
Experience with data acquisition systems and data management methodologies
Familiarity with software version control tools, such as Git
Proficient in MATLAB/Simulink, with hands-on experience applying Model-Based Design principles and methodologies
Knowledge of C programming for embedded systems and microcontroller development is an advantage
Experience with Python programming, particularly for machine learning and data-driven applications, is preferred
Strong verbal and written communication skills in English