Completed degree in a medically related field (e.g., Health Sciences and Technology, Biomedical Engineering at a University of Applied Sciences) or a comparable medical-technical professional backgroundExperience with biophysiological measurement methods (e.g., EEG, EMG) is an advantageExperience in conductance of medical device studies is an advantageFluent in English (spoken and written); good German skills are an advantageStrong technical affinityGood computer skills; experience with programming languages such as MATLAB, Python, or similar is an advantageVery thorough, structured, and independent working style with a strong commitment to qualityAbility to work well in a team as well as independently and flexibly
Your Contribution Assist with the development and implementation of new products, processes, equipment, and controls.Prepare and executes design sheets for drawing fiber optic material made from various glass components.Operate various complex equipment including drawing, fusing, finishing, polishing, and inspection equipment.Coordinate experiments, compiles data, documents results, and writes technical reports.Prepare process documentation for newly developed products and processes.Participate in manufacturing engineering task force meetings to ensure effective transfer of technology to Manufacturing.May require some travel domestic and international including customer and internal meeting and conferences.
Working in an interdisciplinary team of engineers to develop and improve designs and manufacturing processes for thick film sensors Improve and maintain the data infrastructure and pipeline for production and process control data from various sources and ensure timely data availability Act as a technical interface between R&D and Production and between various R&D departments to harmonize data handling and standards Improve and maintain data visualization tools (dashboards, interactive charts) and support in routine data analysis Support in defining and improving image analysis methods and tools to derive quantitative feature values from images Extend the data infrastructure with additional information, e.g. from sensor performance characterization Data driven improvements of manufacturing processes Completed technical training in process engineering, data science, bioinformatics, or similar professional education Professional experience in industrial R&D or manufacturing environment, ideally in the medical device industry or a comparable regulated environment Experience in building and maintaining data pipelines (ETL processes) from diverse sources such as SQL databases, CSV, and machine log files Ability to create interactive dashboards and visualization tools with a solid understanding of applied statistics (e.g. correlation analysis, cluster analysis) to support the development teams Skills in digital image processing, object-oriented programming (OOP) in Python, and knowledge of SQL are a strong advantage, adding significant value to this opportunity Good communication skills in a multicultural and multidisciplinary environment A thorough way of working and documentation Motivated team player with passion in promoting and driving fast-paced and ambitious projects Aptitude to understand and improve the underlying technical processes Proficiency in both English and German Unlimited project contract Fascinating, innovative environment in an international atmosphere Ihr Kontakt Ansprechpartner Jannik Fabio Eichin Referenznummer 865639/1 Kontakt aufnehmen E-Mail: jannik.eichin@hays.ch Anstellungsart Freiberuflich für ein Projekt
Working in an interdisciplinary team of engineers to develop and improve designs and manufacturing processes for thick film sensorsImprove and maintain the data infrastructure and pipeline for production and process control data from various sources and ensure timely data availabilityAct as a technical interface between R&D and Production and between various R&D departments to harmonize data handling and standardsImprove and maintain data visualization tools (dashboards, interactive charts) and support in routine data analysisSupport in defining and improving image analysis methods and tools to derive quantitative feature values from imagesExtend the data infrastructure with additional information, e.g. from sensor performance characterizationData driven improvements of manufacturing processes Completed technical training in process engineering, data science, bioinformatics, or similar professional educationProfessional experience in industrial R&D or manufacturing environment, ideally in the medical device industry or a comparable regulated environmentExperience in building and maintaining data pipelines (ETL processes) from diverse sources such as SQL databases, CSV, and machine log filesAbility to create interactive dashboards and visualization tools with a solid understanding of applied statistics (e.g. correlation analysis, cluster analysis) to support the development teamsSkills in digital image processing, object-oriented programming (OOP) in Python, and knowledge of SQL are a strong advantage, adding significant value to this opportunityGood communication skills in a multicultural and multidisciplinary environment A thorough way of working and documentationMotivated team player with passion in promoting and driving fast-paced and ambitious projectsAptitude to understand and improve the underlying technical processesProficiency in both English and German Unlimited project contractFascinating, innovative environment in an international atmosphere Ihr Kontakt Ansprechpartner Jannik Fabio Eichin Referenznummer 865639/1 Kontakt aufnehmen E-Mail: jannik.eichin@hays.ch Anstellungsart Freiberuflich für ein Projekt
YOUR TASKS: Independently plan, structure, and execute technically complex aerodynamic design projects, including the development of new rotor blades and the detailed analysis of legacy designs Applying advanced fluid dynamics principles, leveraging high-fidelity simulation tools, and integrating multidisciplinary constraints to achieve optimal aerodynamic performance Development and continues improvement of prediction methods and industrialization of research approaches and methods Aerodynamic design, evaluation and optimization of wind turbine rotor blades Prepare and present technical results in engineering review meetings and communicate key findings, risks, and recommendations to senior management and other decision‑making stakeholders Automation of methods within the framework of in-house design tools Validation of results and method tuning using measurement data YOUR PROFILE: Master’s degree in Mechanical or Aeronautical Engineering, or a closely related field; a PhD is a strong advantage, particularly with specialization in aerodynamics Minimum of 5-8 years of professional experience in aerodynamic design or related engineering fields, ideally within the wind energy sector or similar industries involving complex fluid dynamics applications Strong organizational mindset with demonstrated ability to manage complex engineering projects from concept to execution Proficient in engineering programming, with hands-on experience in languages such as Python, C/C++, and MATLAB, applied to simulation, data analysis, and tool development Fluency in English is required; proficiency in German or Spanish is considered a plus Self-organized and self-driven personality with the ability to handle complex problems Ability to work in a multi-lingual, multi-locational and multicultural team YOUR BENEFITS Nordex offers a range of attractive benefits – here’s a selection of what you can look forward to.
YOUR TASKS: Independently plan, structure, and execute technically complex aerodynamic design projects, including the development of new rotor blades and the detailed analysis of legacy designs Applying advanced fluid dynamics principles, leveraging high-fidelity simulation tools, and integrating multidisciplinary constraints to achieve optimal aerodynamic performance Development and continues improvement of prediction methods and industrialization of research approaches and methods Aerodynamic design, evaluation and optimization of wind turbine rotor blades Prepare and present technical results in engineering review meetings and communicate key findings, risks, and recommendations to senior management and other decision‑making stakeholders Automation of methods within the framework of in-house design tools Validation of results and method tuning using measurement data YOUR PROFILE: Master’s degree in Mechanical or Aeronautical Engineering, or a closely related field; a PhD is a strong advantage, particularly with specialization in aerodynamics Minimum of 5-8 years of professional experience in aerodynamic design or related engineering fields, ideally within the wind energy sector or similar industries involving complex fluid dynamics applications Strong organizational mindset with demonstrated ability to manage complex engineering projects from concept to execution Proficient in engineering programming, with hands-on experience in languages such as Python, C/C++, and MATLAB, applied to simulation, data analysis, and tool development Fluency in English is required; proficiency in German or Spanish is considered a plus Self-organized and self-driven personality with the ability to handle complex problems Ability to work in a multi-lingual, multi-locational and multicultural team YOUR BENEFITS Nordex offers a range of attractive benefits – here’s a selection of what you can look forward to.
Your tasks As a Automation Designer (m/f/x) in the Center of Digitization, you will be involved in automation projects, working closely with process experts and automation process analysts to develop a process design that can be automated and carry out its technical implementation with the aid of tools for Robotic Process Automation (UiPath) and Digital Process Automation/Workflow (Bizagi) and other technologies such as OCR, ML and a few more.
Your tasks As a Senior Automation Designer (m/f/x) in the Center of Digitization, you will be involved in complex automation projects, working closely with process experts and automation process analysts to develop a process design that can be automated and carry out its technical implementation with the aid of tools for Robotic Process Automation (UiPath) and Digital Process Automation/Workflow (Bizagi) and other technologies such as OCR, ML and a few more.