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Electrical Engineer - Electric Drive Systems & Control(m/w/x)
Developing and optimizing control algorithms for electric drive systems using MATLAB/Simulink. 5+ years of experience in electric drive systems and control theory required. 30 days vacation, hybrid work, and flexible hours.
Requirements
- Master’s degree in Electrical Engineering, Control Engineering, Mechatronics, or equivalent
- At least 5 years of professional experience in electrical engineering, electric drive systems, power electronics, or control-oriented system development
- Understanding of balance between technical excellence and product goals
- Solid knowledge of electric drive systems, AC inverter topologies, synchronous motors, control theory, and dynamic system behavior
- Experience in system modeling and simulation of electrical drive systems
- Proficiency in using MATLAB/Simulink for design, analysis, and optimization
- Knowledge of motor control algorithms for three-phase AC machines
- Knowledge of control theory and closed-loop system design
- Knowledge of HIL testing, real-time systems and validation methods
- Knowledge of motor test stands, laboratory measurements, and correlation between simulation and hardware results
Tasks
- Develop, adapt, and optimize control algorithms for electric drive systems
- Collaborate with Firmware team for end-to-end management of control development
- Build and maintain control-oriented models using MATLAB/Simulink or PLECS
- Support commissioning, validation, and optimization of drive systems in the lab
- Use HIL setups and motor test benches to compare simulation results with measurements
- Contribute to electrical design and development of drive-related hardware
- Ensure controllability, measurability, and system feasibility in hardware design
- Work closely with Electrical, Firmware, and Mechanical Engineering teams
- Document technical work transparently and manage tasks and project timelines
- Take ownership of electric drive-related system components or functions
- Contribute to full development cycle from concept to validation
- Shape tool ecosystem, control concepts, and validation methods
- Build strong understanding of EGYM’s hardware products and system requirements
- Share expertise in electric drive systems, control theory, modeling, and validation
- Establish best practices within the team
- Participate in EGYM’s lively and open working environment
- Engage in feedback culture
Work Experience
- 5 years
Education
- Vocational certification
Languages
- English – Business Fluent
Tools & Technologies
- MATLAB/Simulink
- AC inverter topologies
- synchronous motors
- electric drive systems
- power electronics
- control theory
- dynamic system behavior
- motor control algorithms
- three-phase AC machines
- closed-loop system design
- HIL testing
- real-time systems
- validation methods
- motor test stands
- laboratory measurements
Benefits
Flexible Working
- Flexible working hours
- Hybrid workplace model
More Vacation Days
- 30 days of vacation
Mentorship & Coaching
- Mentoring platform
Healthcare & Fitness
- Free training with EGYM Wellpass
- In-house gym
Corporate Discounts
- Discounted employee offers
Company Bike
- Bike leasing
Retirement Plans
- Employer-subsidized pension
Public Transport Subsidies
- €60 monthly for public transportation
Free or Subsidized Food
- Meal subsidy
Informal Culture
- Roof terrace
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Electrical Engineer - Electric Drive Systems & Control(m/w/x)
Developing and optimizing control algorithms for electric drive systems using MATLAB/Simulink. 5+ years of experience in electric drive systems and control theory required. 30 days vacation, hybrid work, and flexible hours.
Requirements
- Master’s degree in Electrical Engineering, Control Engineering, Mechatronics, or equivalent
- At least 5 years of professional experience in electrical engineering, electric drive systems, power electronics, or control-oriented system development
- Understanding of balance between technical excellence and product goals
- Solid knowledge of electric drive systems, AC inverter topologies, synchronous motors, control theory, and dynamic system behavior
- Experience in system modeling and simulation of electrical drive systems
- Proficiency in using MATLAB/Simulink for design, analysis, and optimization
- Knowledge of motor control algorithms for three-phase AC machines
- Knowledge of control theory and closed-loop system design
- Knowledge of HIL testing, real-time systems and validation methods
- Knowledge of motor test stands, laboratory measurements, and correlation between simulation and hardware results
Tasks
- Develop, adapt, and optimize control algorithms for electric drive systems
- Collaborate with Firmware team for end-to-end management of control development
- Build and maintain control-oriented models using MATLAB/Simulink or PLECS
- Support commissioning, validation, and optimization of drive systems in the lab
- Use HIL setups and motor test benches to compare simulation results with measurements
- Contribute to electrical design and development of drive-related hardware
- Ensure controllability, measurability, and system feasibility in hardware design
- Work closely with Electrical, Firmware, and Mechanical Engineering teams
- Document technical work transparently and manage tasks and project timelines
- Take ownership of electric drive-related system components or functions
- Contribute to full development cycle from concept to validation
- Shape tool ecosystem, control concepts, and validation methods
- Build strong understanding of EGYM’s hardware products and system requirements
- Share expertise in electric drive systems, control theory, modeling, and validation
- Establish best practices within the team
- Participate in EGYM’s lively and open working environment
- Engage in feedback culture
Work Experience
- 5 years
Education
- Vocational certification
Languages
- English – Business Fluent
Tools & Technologies
- MATLAB/Simulink
- AC inverter topologies
- synchronous motors
- electric drive systems
- power electronics
- control theory
- dynamic system behavior
- motor control algorithms
- three-phase AC machines
- closed-loop system design
- HIL testing
- real-time systems
- validation methods
- motor test stands
- laboratory measurements
Benefits
Flexible Working
- Flexible working hours
- Hybrid workplace model
More Vacation Days
- 30 days of vacation
Mentorship & Coaching
- Mentoring platform
Healthcare & Fitness
- Free training with EGYM Wellpass
- In-house gym
Corporate Discounts
- Discounted employee offers
Company Bike
- Bike leasing
Retirement Plans
- Employer-subsidized pension
Public Transport Subsidies
- €60 monthly for public transportation
Free or Subsidized Food
- Meal subsidy
Informal Culture
- Roof terrace
About the Company
EGYM
Industry
Wellness
Description
EGYM is a global fitness technology leader, providing intelligent workout solutions for fitness and health facilities.
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