pSelect how often (in days) to receive an alert: /ph3Powering transformation for a sustainable future /h3pAs a leading developer of the two-stroke engines that power merchant shipping, our people drive innovative solutions for our customers on a global scale. Headquartered in Winterthur, Switzerland, since its inception in 1893, WinGD continues the legacy of the Sulzer Corporation through innovation in design. Our success in this ever evolving, competitive environment is based on the drive, innovation and collaboration of our diverse employee population, over 420 people worldwide, representing over 25 different nationalities. Come, be a part of this change. WinGD is looking for a /ph3Research Engineer (m/f/d) - Industrial PhD Candidate (Spray Combustion Research) /h3pJob Startdate: By agreement /ph3Responsibilities: /h3ulliParticipation in a funded research project as PhD candidate relating to the research of spray and combustion for alternative fuels /liliExperimentally investigate in-cylinder processes and hydraulic systems of large low-speed engines, specially focusing on the injection behaviour, combustion/emission characteristics /liliPlan, design and manage experiments and measurement campaigns, leveraging expertise in spray combustion research /liliDevelop and maintain test facilities for investigating in-cylinder and injection processes /liliImplement solutions for instrumentation, automation and control, as well as data acquisition solutions for new experimental setups /liliFurther develop data analysis tools, image-processing routines, and associated workflows for the evaluation and management of measurement data /liliPrepare high-quality technical reports, scientific publications, and presentations, and effectively communicate research findings to internal and external stakeholders /liliMonitor, evaluate, and report on international RD activities, emerging technologies, and scientific developments within the field of research /liliSupervise of allocated project personnel (e.g. Engineers, Trainees, Students) /li /ulh3Requirements: /h3ulliMinimum Master’s degree in (mechanical) engineering or equivalent /liliPreferably knowledge of internal combustion engines and related injection/in-cylinder processes /liliExperience with (laser-optical) experimental techniques and high-speed imaging for spray and combustion diagnostics is an asset /liliStrong interest in data analysis, image processing, and scientific programming (e.g., Python, Matlab and LabVIEW). /liliFlexible and open-minded way of thinking /liliBe an effective team player, open and cooperative, in a multi-cultural and multi-disciplinary environment /liliFluent in English, German is advantage /li /ulh3Our Offer: /h3ulliAn opportunity to shape the sustainability and environmental impact of the shipping industry. WinGD is on the leading edge of the technology for the future of shipping industry /liliA dynamic working environment, blending a long history of technology expertise with industry leading innovation across a global network /liliAward winning and extraordinary products /liliMulti-cultural and interdisciplinary teams offering diverse perspectives and collaborative thinking /liliDynamic and interactive working conditions. WinGD offers a non-hierarchical, agile structure where input and ideas are welcome /liliIn-house technology training and professional development opportunities /li /ul #J-18808-Ljbffr
Research Engineer (m/f/d) - Industrial PhD Candidate (Spray Combustion Research) Arbeitgeber: WinGD Ltd.
WinGD ist ein hervorragender Arbeitgeber, der seinen Mitarbeitern in Winterthur ein dynamisches und unterstützendes Arbeitsumfeld bietet. Mit einem starken Fokus auf Mitarbeiterentwicklung und kontinuierlichem Lernen fördert das Unternehmen eine Kultur der Zusammenarbeit und Innovation, die es den Angestellten ermöglicht, ihre Fähigkeiten im Bereich der Cybersicherheit für industrielle Steuerungssysteme zu erweitern. Zudem profitieren die Mitarbeiter von flexiblen Arbeitszeiten und einer attraktiven Vergütung, die die Bedeutung ihrer Rolle in der Sicherstellung der OT-Cyberresilienz anerkennt.
