Design and implementation of BCU-based control systems for high-voltage direct current (HVDC) transmission systems Development and integration of control functions in DIGSI and verification of these functions in hardware-in-the-loop (HiL) test environments Creation of design specifications, technical documentation, and effort estimates Clarification of technical requirements within the project team as well as with customers and suppliers Conducting training sessions and knowledge sharing with colleagues and customers Remote support during commissioning and servicing of HVDC systemsDesign and Implementation of BCU-based Steering System for Hochspanungs-Gleichstrom-Übertragungssysteme (HVDC) University degree in electrical engineering with a focus on power engineering and relevant, in-depth experience in application Sound knowledge of the parameterization of Bay Control Units (BCUs), preferably SIPROTEC 5 devices with DIGSI and CFC (Continuous Flow Chart) Experience in implementing the IEC 61850 standard for substation control and data exchange with higher-level automation and SCADA systems Deep understanding of high-voltage technology, protection and control schemes, and automated control sequences Good knowledge of the secondary interfaces of high-voltage components such as switchgear, transformers, and current and voltage transformers (CTs and VTs) Native-level English skills; fluent German is an advantage You benefit from exclusive access to interesting companies and exciting projects in collaboration with Hays as a solid and stable partner Compensation in accordance with the industry's collective agreement (IGZ-DGB) Annual vacation entitlement of 30 days Working time account with the option to pay overtime or take time off in lieu Professional and trusting collaboration Ihr Kontakt Ansprechpartner Marco Strötker Referenznummer 859208/1 Kontakt aufnehmen E-Mail: marco.stroetker@hays.de Anstellungsart Anstellung bei der Hays Professional Solutions GmbH
Design and implementation of BCU-based control systems for high-voltage direct current (HVDC) transmission systemsDevelopment and integration of control functions in DIGSI and verification of these functions in hardware-in-the-loop (HiL) test environmentsCreation of design specifications, technical documentation, and effort estimatesClarification of technical requirements within the project team as well as with customers and suppliersConducting training sessions and knowledge sharing with colleagues and customersRemote support during commissioning and servicing of HVDC systemsDesign and Implementation of BCU-based Steering System for Hochspanungs-Gleichstrom-Übertragungssysteme (HVDC) University degree in electrical engineering with a focus on power engineering and relevant, in-depth experience in applicationSound knowledge of the parameterization of Bay Control Units (BCUs), preferably SIPROTEC 5 devices with DIGSI and CFC (Continuous Flow Chart)Experience in implementing the IEC 61850 standard for substation control and data exchange with higher-level automation and SCADA systemsDeep understanding of high-voltage technology, protection and control schemes, and automated control sequencesGood knowledge of the secondary interfaces of high-voltage components such as switchgear, transformers, and current and voltage transformers (CTs and VTs)Native-level English skills; fluent German is an advantage You benefit from exclusive access to interesting companies and exciting projects in collaboration with Hays as a solid and stable partnerCompensation in accordance with the industry's collective agreement (IGZ-DGB)Annual vacation entitlement of 30 daysWorking time account with the option to pay overtime or take time off in lieuProfessional and trusting collaboration Ihr Kontakt Ansprechpartner Marco Strötker Referenznummer 859208/1 Kontakt aufnehmen E-Mail: marco.stroetker@hays.de Anstellungsart Anstellung bei der Hays Professional Solutions GmbH
Your Responsibilities: Design of BCU-based substation control systems for high voltage direct current (HVDC) systems Implementation of control software using simulation tools and real-time test environments Verification and validation of control solutions in simulated and real-time environments Preparation of design specifications and technical documentation Creation of effort estimations for project planning purposes Clarification of technical requirements within cross-functional project teams Coordination and alignment with customers and suppliers on technical matters Remote support during commissioning of HVDC systems Providing remote service and troubleshooting support for HVDC installations Your Profile: University degree in electrical engineering with a focus on energy technology First professional experience in a relevant field Proficiency in parameterisation of bay control units (BCUs), ideally SIPROTEC 5 devices with DIGSI and CFC (Continuous Flow Chart) Experience in implementing the IEC 61850 standard for substation control and data exchange with higher-level automation and SCADA systems Solid understanding of high voltage and substation technology as well as the design of interlocking schemes and automated control sequences Good knowledge of secondary interfaces of high voltage components such as switching devices, transformers, CTs and VTs Very good English language skills; proficiency in German is an advantageStrong analytical and problem-solving abilities Excellent communication skills in cross-functional and international team environments Structured and detail-oriented working approach Ability to quickly adapt to new technologies and processes High level of initiative and a hands-on mentality Your Benefits: What our client offers: Responsible position in a future-oriented company Creative freedom for sustainable innovations Training opportunities and career prospects We support you on your journey: Above-average pay Permanent employment contract 30 days of annual leave Opportunity to be taken on permanently by the client Employee referral bonus Christmas and holiday bonus Personal support and guidance Does this sound like you?
Independent design of control and protection systems for high-voltage direct current (HVDC) transmission systemsImplementation of control software in MATLAB/SIMULINK and verification using simulation tools and real-time test environmentsPreparation of related design specifications, documentation, and effort estimationsClarification of technical requirements within project teams as well as with customers and suppliersRemote support during commissioning and in service cases Completed university degree in Electrical Engineering with a focus on power engineering or control engineering, along with relevant professional experienceStrong knowledge of converter and high-voltage technology, as well as plant, control, and automation engineeringSolid MATLAB/SIMULINK skills, including model-based implementation and verificationExperience in engineering automation systems, preferably SIMATIC TDC / S7Very good command of EnglishGerman language skills desirable You benefit from exclusive access to interesting companies and exciting projects in cooperation with Hays as a solid and stable partnerRemuneration in accordance with the industry collective agreement (GVP)Annual vacation entitlement of 30 daysWorking time account with the option of overtime pay or time off in lieuProfessional and trusting cooperation Ihr Kontakt Referenznummer 860505/1 Kontakt aufnehmen Telefon:+ 49 621 1788-4297 E-Mail: positionen@hays.de Anstellungsart Anstellung bei der Hays Professional Solutions GmbH
Independent design of control and protection systems for high-voltage direct current (HVDC) transmission systems Implementation of control software in MATLAB/SIMULINK and verification using simulation tools and real-time test environments Preparation of related design specifications, documentation, and effort estimations Clarification of technical requirements within project teams as well as with customers and suppliers Remote support during commissioning and in service cases Completed university degree in Electrical Engineering with a focus on power engineering or control engineering, along with relevant professional experience Strong knowledge of converter and high-voltage technology, as well as plant, control, and automation engineering Solid MATLAB/SIMULINK skills, including model-based implementation and verification Experience in engineering automation systems, preferably SIMATIC TDC / S7 Very good command of English German language skills desirable You benefit from exclusive access to interesting companies and exciting projects in cooperation with Hays as a solid and stable partner Remuneration in accordance with the industry collective agreement (GVP) Annual vacation entitlement of 30 days Working time account with the option of overtime pay or time off in lieu Professional and trusting cooperation Ihr Kontakt Referenznummer 860505/1 Kontakt aufnehmen Telefon:+ 49 621 1788-4297 E-Mail: positionen@hays.de Anstellungsart Anstellung bei der Hays Professional Solutions GmbH
YOUR TASKS You develop impedance models for wind farms and battery energy storage systems in dq0 coordinates within a hybrid power plant setting You validate impedance models against EMT simulations and raw field measurement data You design control strategies for voltage and frequency control in hybrid power plants while considering coupling effects You perform tuning processes for PMS control loops in MATLAB/Simulink You contribute to improving impedance measurement methods and modelling workflows YOUR PROFILE You are enrolled in a Master's program in Electrical Engineering, Control Engineering, Power Systems or equivalent You have knowledge of electrical energy systems, ideally with exposure to wind energy You bring experience in MATLAB/Simulink or PSCAD, ideally including power system toolboxes You are interested in stability analysis, system modelling and control design Experience with converter control or wind farm control systems is an advantage You have programming skills in MATLAB; additional languages such as Python or C/C++ are a plus You work in a structured, analytical and self‑organized manner on complex technical topics DEINE BENEFITS Nordex bietet eine Vielzahl an attraktiven Benefits – hier findest du einen Auszug dessen, was Dich bei uns erwartet.
YOUR TASKS You develop impedance models for wind farms and battery energy storage systems in dq0 coordinates within a hybrid power plant setting You validate impedance models against EMT simulations and raw field measurement data You design control strategies for voltage and frequency control in hybrid power plants while considering coupling effects You perform tuning processes for PMS control loops in MATLAB/Simulink You contribute to improving impedance measurement methods and modelling workflows YOUR PROFILE You are enrolled in a Master's program in Electrical Engineering, Control Engineering, Power Systems or equivalent You have knowledge of electrical energy systems, ideally with exposure to wind energy You bring experience in MATLAB/Simulink or PSCAD, ideally including power system toolboxes You are interested in stability analysis, system modelling and control design Experience with converter control or wind farm control systems is an advantage You have programming skills in MATLAB; additional languages such as Python or C/C++ are a plus You work in a structured, analytical and self‑organized manner on complex technical topics DEINE BENEFITS Nordex bietet eine Vielzahl an attraktiven Benefits – hier findest du einen Auszug dessen, was Dich bei uns erwartet.
Work in an international, multicultural environment alongside leading engineering experts, where innovation meets precision and sustainability. This role offers you the opportunity to develop deep technical expertise in item designation and asset management while collaborating with global teams, customers, and partners on mission-critical projects that shape the energy transition.
Including TBT’sEscalation of Specialist Vendor performance issues, detailing accurately the areas of performance concerns.Ensure technical / legislative updates are effectively communicated with all team members.Maintain minimum levels of resourcing onsite, support the arrangement of suitable cover/replacement.Liaise with the supply chain, when ordering M&E components for remedial works.management in line with the account training matrix.