F

Focused

Laser-driven inertial confinement fusion for power

Principal Control Systems Engineer

Controls & Automation EngineeringConfirmed live in the last 24 hours
Full-timeDarmstadt, GermanyIn-person

About the Job

Requirements

  • A degree in Electrical/Electronic Engineering, Control/Automation, Mechatronics/Robotics, Physics, or a similar field is required.
  • Typically 10+ years of experience in control/embedded systems, factory or plant automation, automated test systems, or complex scientific experimental work, with architectural ownership across multiple projects or products.
  • Deep experience in at least one relevant domain, such as high energy lasers, nuclear, robotics, power/energy, automotive, aerospace, or industrial automation, including understanding of domain constraints, standards and regulations, supplier ecosystems, and main players.
  • A proven track record specifying control cabinet hardware, defining house standards, ensuring compliance with regulations, liaising with system integrators, and creating test plans and quality control processes.
  • A proven track record specifying control software and/or SCADA and data acquisition systems, defining interfaces, patterns and coding standards across teams, and guiding technology trade-offs.
  • Extensive experience with embedded and real-time platforms, such as PLCs in ST IEC 61131-3, FPGAs, RTOS-based systems, or robotics, including selecting platforms and scaling architectures with clear RAM versus cost/reliability trade-offs.
  • Understanding of software/firmware engineering best practices, including version control, branching, design for test, CI/CD, automated testing, and defensive programming; experience introducing or improving these practices, and organizing or conducting training programs across teams or organizations.
  • Ability to communicate in English and influence technical direction at organization level, handle and resolve ambiguities in requirements and processes, and build alignment across hardware, software, product and operations teams in hybrid, cross-site environments.
  • A practical, hands-on approach and a strong track record orchestrating large-scale hardware/software integration, resolving integration challenges, and leading complex debugging and fault-finding on real systems.

Responsibilities

  • Design system-level architecture for control systems across facilities, making strategic platform and technology choices in collaboration with program and system owners.
  • Direct real-time and embedded control solution implementation, selecting and guiding use of PLC, FPGA and other real-time platforms while balancing performance, reliability, safety and cost trade-offs.
  • Work with system integrators, electrical engineering, cabinet builders, and technicians to specify, design, review, test, install, and commission control cabinet hardware and field devices.
  • Work with the software team to architect and deliver integrated SCADA, HMI and data systems for alarms, logging, historian, analytics, data reduction, and dashboards, ensuring scalability and high performance.
  • Orchestrate system integration across multiple complex subsystems and teams; define observability, logging and diagnostic strategies; and lead root-cause investigations and post-mortem studies of active systems to deliver lessons learned and improve continuous availability.
  • Shape system-level requirements, documentation and validation approaches, including design specifications, interfaces and test strategies for reliability, safety and long-term maintainability.
  • Coach and mentor senior and junior engineers, identify capability gaps, grow technical capabilities in key skill areas, and champion best practices for software engineering, testing, quality, and ways of working within the controls team and beyond.

Desired Qualifications

  • PhD or equivalent experience, with recognition as a technical expert in control/embedded or real-time systems.
  • Deep experience with PLC programming in ST (IEC 61131-3), Beckhoff PLCs and TwinCAT system design and architecture, and multi-PLC distributed control.
  • Experience with SCADA, especially Ignition, and/or designing and deploying SCADA systems and applying cross-site HMI standards for large-scale and complex systems.
  • Experience with embedded or real-time systems, including FPGAs, RTOS, microcontrollers, or robotics, including platform selection and long-term maintainability strategies.
  • LabVIEW architect level (CLA), with a focus on FPGA and embedded targets.
  • Experience with complex scientific equipment or large-scale facilities, including diagnostics, vacuum systems, motion platforms and safety interlocks.
  • Experience with image processing and machine vision, motion control and robotics, high-precision stepper/piezo systems and encoders.

About the Company

Focused

Laser-driven inertial confinement fusion for power

Focused Energy uses laser-driven inertial confinement fusion to produce commercial fusion power by directing high-powered, precisely timed laser pulses at tiny fuel pellets to compress them into fusion conditions and generate carbon-free electricity. Its approach centers on advanced laser systems, fuel optimization, and integrated prototypes to scale toward power plants, working with scientific and industrial partners across plasma physics and engineering. The company differentiates itself by pursuing a practical path to commercialization through plant-ready laser and system designs rather than purely theoretical research. Its goal is to deliver safe, abundant, and carbon-free electricity in the global energy mix within the coming decades.

Company size
51-200
Company stage
Series A
Total funding
$326.6M
Headquarters
Darmstadt, Germany
Founded
2021

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