Embedded Control Software Engineer

Belmont Lavan

. Develop advanced control solutions for electrical energy systems, power converters, and industrial drives .

Posted 10/15/2026contractHelsinki • FinlandMid-LevelSeniorWebsite

Core Competencies

Role fit

Core Competencies

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Demonstrates expertise in embedded software engineering and power electronics, with a strong focus on control algorithm development for energy systems. Proficient in translating control concepts into practical software implementations while ensuring system stability and dynamic performance.

Highest-signal resume keywords

Embedded Software EngineeringPower Electronics/Control EngineeringControl Loop DesignC/C++ and Python ProgrammingPower Converter Control

ATS Keywords

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Applicant Tracking System Keywords

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Hard Skills

Control Algorithm DevelopmentSystem Stability AnalysisDynamic Performance AnalysisFeedback and Feedforward Control PrinciplesPower Electronic Devices KnowledgeSoftware Testing MethodologiesUnit TestingHIL TestingCI/CD PracticesStatic Code Analysis

Tools & Technologies

GitAzure DevOpsJenkinsVersion Control Practices

Industry Keywords

Power ConversionSolar Energy SystemsBattery Energy StorageWind PowerMicrogridsSmart GridsPMSM ControlIndustrial Motor DrivesInverter ControlDC/DC Converter Control

Tech Stack

Tools & technologies

AzureJenkinsPythonSwitchingC++

About the role

Key responsibilities & impact

Develop advanced control solutions for electrical energy systems, power converters, and industrial drives
Design and implement intelligent control algorithms for modern energy and power conversion applications
Work at the intersection of embedded software engineering, electrical power engineering, power electronics, and control systems
Translate control concepts into practical embedded software implementations

Requirements

What you’ll need

Strong foundation in embedded software engineering and power electronics/control engineering
Programming experience in C, C++, and Python
Familiarity with Git and version control practices
Basic understanding of software testing methodologies
Knowledge of at least one relevant application area, such as power conversion, solar energy systems, battery energy storage, wind power, microgrids, or smart grids
Understanding of power electronic devices and systems, including inverters, rectifiers, DC/DC converters, and switching power supplies
Experience or a strong theoretical foundation in control loop design, system stability, and dynamic performance analysis
Understanding of feedback and feedforward control principles
Knowledge of practical control strategies used in power converters and required measurements and feedback signals
Familiarity with current, voltage, and power control loops in power electronic systems
Ability to translate control concepts into practical software implementations
Relevant academic background in Electrical Power Engineering, Power Electronics, Energy Systems, Control Engineering, or related disciplines, or equivalent practical industry experience
Relevant academic projects, research, or hands-on experience may be sufficient for recent graduates
Desirable: experience with unit testing, HIL testing, CI, Azure DevOps, Jenkins, static code analysis tools, and large multi-team engineering environments
Particularly valuable: power converter control, control algorithm development, PMSM control, FOC, BESS, industrial motor drives, and inverter, rectifier, or DC/DC converter control