Duties: Research, design, and implement algorithms in Deep Learning for Medical Image Analysis problems; Close collaboration with clinical customers to define, implement and validate clinical prototypes; Advance the state-of-the-art, including generating patents and publications in top journals and conferences; Work on large-scale, real-world problems; Fast prototyping, feasibility studies, specification and implementation of image and video analysis product components; Working on challenging and impactful clinical problems with large-scale data sets
Requirements: Ph.D. in an engineering or science field such as Computer Science, Electrical Engineering, Statistics, or Applied Math; Strong background in Deep Learning and/or Medical Image processing; 4+ years of industry experience or post-doctoral studies in Computer Vision, Machine Learning and Image Understanding preferred

Workload: 80-100%
Duties: Understand ABB UPS product architecture and designs; Develop, implement and validate innovative FW/SW solutions for new products as well as for the lifecycle of existing products; Deploy Special FW/SW features for dedicated execution of Customer Specific Projects; Work in Agile Teams that are spread globally; Handle Change Requests, Product localization, optimization and life cycle management in your functional area; Create and update technical documents
Requirements: A University degree in computer science or electrical engineering; Minimum of 5 years of professional experience in embedded systems working as software/firmware developer; Sound knowledge of C/C++ programming languages and software architecture design; Knowledge of real-time operating systems (e.g. Linux, RTOS) is considered as a plus; Experience with continuous integration tools such as GIT, MS Azure DevOps or equivalent tools

Duties: At Sulzer, you are in charge of your career and continued development. Take the opportunity to broaden your skills by seeking new roles that reflect your experience. Create your own impact by building solutions that help make lives safer, smarter and more sustainable
Requirements: Bachelor’s or master’s degree in mechanical engineering or manufacturing engineering from an ABET-accredited program; Basic understanding of Robotic Programming, CAM, PLC programming and wiring, Arc Welding, and lean manufacturing practices

Duties: Lead technical overhauls of steam and gas turbines on-site; Provide expert guidance to site teams during overhaul practices; Assist in outage planning and management; Collaborate with customers and internal teams to ensure seamless operations; Travel opportunities throughout APAC region
Requirements: Degree in Mechanical Engineering or relevant field; Minimum 10 years' experience in Gas or Steam Turbines; Completed OEM backed training on turbines

Workload: 80-100%
Duties: Manage, guide, and supervise a team of software engineers and control theory experts who are responsible for medium voltage drives; Coordinate activities related to the software development life cycle: Requirements engineering, design, implementation, tests, and maintenance; Manage troubleshooting and field support for installed base; Liaise with key stakeholders within the areas of Product Management, Service and Product Engineering; Ensure effective and efficient operational procedures in all dealings with other local and global R&D teams; Perform line management duties such as hiring, HR development and coordination of various tasks at team level
Requirements: Strong background in Electrical Engineering; Proven track record in the field of control of variable speed drives; Experience in project management related to software development; Well-developed organizational and strategic abilities; First experience in leading teams; Excellent command of English, preferably complemented by German

Workload: 60-100%
Duties: Develop medium frequency high-power transformers, incorporating medium voltage insulation, for emerging applications within power electronics; Generate innovative concepts at the crossroads of power electronics and magnetics; Plan, setup and execute experimental characterization and model validation; Apply your expertise in magnetic components to contribute to relevant research projects; Draft patent applications, craft scientific publications and write technical reports. based on your achieved results; Cultivate a professional network within the company, actively sharing your knowledge and expertise
Requirements: Ph.D. in electrical engineering, power electronics, physics, or a related field; Excellent scientific publication record in high impact journals and top power electronics conferences; Possess expertise in designing medium frequency transformers with medium voltage insulation; Demonstrate experience working with various magnetic core materials and windings (e.g., Litz, foil) within the medium to high frequency range

Workload: 100%
Duties: Interpret and define relevant standards for application across service centres; Conduct fault finding electrical/mechanical testing rotating equipment; Provide Quality Assurance inspection for overhauled rotating equipment; Troubleshoot issues with electro-mechanical rotating machines in service centre and on-site; Root cause analysis (RCA) of issues, and recommendations of repair and upgrades; Develop technical report and proposal, and support cost estimation; Support Service Centres with overhaul and asset maintenance projects; Support quality team conducing internal audits and preparing for external audits; Initiate and participate in the planning and development of engineering policies and procedures
Requirements: Bachelor’s degree in Electrical Engineering with Professional Engineering Registration; 10+ years technical experience with electrical rotating equipment services; Strong communication and time management skills; Experience conducting and facilitating Root Cause Analysis (RCA) investigations; A technical background in engineering preferably in power generation heavy industry; Machine diagnostics (electrical testing/vibration analysis) is a plus

Workload: 50-100%
Duties: Testing and analyzing of materials to support research projects with a direct industrial relevance; Driving of material testing and analytics from planning and sample preparation to measurements and documentation; Maintaining and updating measurement equipment infrastructure; Working in interdisciplinary project teams at the interface between material science and electrical engineering; Contributing to a deep scientific understanding of the processing-structure-property relationships in materials; Monitoring of new material developments and technologies
Requirements: BSc/MSc in material science, mechanical science or physics is a plus; Knowledge of and experience in state-of-the-art materials analysis techniques; Basic understanding of the properties of all materials classes (metals, polymers, ceramics, composites); Experience in sample preparation techniques; A strong background in metallography, optical and scanning electron microscopy, X-ray diffraction, gas and combustion analysis and mechanical testing is a plus; Genuine enthusiasm for working on topics enabling the energy transition and ensuring a greener society

Duties: Assist in developing and conducting research projects and investigations, including experiment design, experiment execution, data analysis and documentation of experiment results requiring originality, creativity and innovation; Work in close collaboration with clinical partners; attend clinical meetings, help solving clinical and practical problems, present and discuss results with clinicians; Perform complex statistical analysis of collected/processed data and write interpretative reports; Proactively undertake development to grow effective researcher capabilities to support career interest and goals; Assist with grant preparation and reporting
Requirements: A doctorate (or will shortly satisfy the requirements of a PhD) in a relevant discipline area, such as medical imaging, neuroscience or related field. Please note: To be eligible for this role you must have no more than 3 years (full-time equivalent) of postdoctoral research experience; Ability to investigate issues of complex and ill-defined problems and develop appropriate responses by adapting/creating and testing alternative solutions; Demonstrated performance in developing, implementing, and validating new medical image analysis algorithms with experience in one or more of the following: machine learning, deep learning, image segmentation, or image registration

Department: Chemistry; Analytical Chemistry
Duties: L'obiettivo principale è lo sviluppo di un sensore multi-analita per il rilevamento selettivo di diverse specie in prossimità degli aggregati cellulari. L'obiettivo della ricerca sarà perseguito mediante l'integrazione sullo stesso substrato plastico economico di diversi sensori basati su OCMFET per Ca2, pH, Dopamina e Cortisolo. L'attività riguarda: i) la funzionalizzazione dell'area di sensing di sensori OCMFET (organic charge modulated field effect transistor) ottimizzando le procedure sperimentali sviluppate dal gruppo di ricerca o riportate in letteratura; ii) la caratterizzazione dell'area di rilevamento per verificare il successo della modifica e studiare la trasduzione del segnale; iii) la valutazione delle prestazioni dei dispositivi preparati determinando la sensibilità, il campo di risposta, il limite di rilevamento, la riproducibilità e la ripetibilità di ciascun sensore
Requirements: Early stage researcher or 0-4 yrs (Post graduate)

Duties: The Faculty of Kinesiology and Health Studies at the University of Regina is seeking an enthusiastic, collaborative academic leader to fill a three (3) year term position (August 1st 2024; April 30th 2028) in its growing Human Kinetics program with a focus on biomechanics. The successful applicant will teach 6 courses per year in our undergraduate/graduate programs as well as engage in research through the supervision of graduate and undergraduate honours students
Requirements: Our future colleague will have earned a PhD in Human Kinetics, Kinesiology or related discipline, with a concentration in biomechanics and will have demonstrated a passion and ability to teach undergraduate and graduate courses associated with the Human Kinetics major

Duties: The research assistant will work on mainly on the Efficient Construction research project, but partially also on other related research projects
Requirements: Applicants should hold a Master’s Degree in Construction Management and Engineering or similar

Duties: This appointment will add further strength to the Department’s research in Control Engineering. This includes, on the theory end, large-scale, embedded, robust and distributed optimisation, polynomial/sum of squares methods and optimal, robust and model predictive control. At the same time, the group covers applications ranging from Biology to battery/energy management systems, transportation, aerospace manufacturing systems and agriculture. Applications from candidates with research interests both within and complementary to the above areas are welcome
Requirements: Candidates will have a strong research background, including a doctorate in Control Engineering or its applications, and will be expected to engage in and lead high-quality original research. They will be able to secure external research funding and engage in the management of research projects. This will require the supervision of research students and research assistants. They will lecture undergraduate courses and give six hours of tutorials per week during the eight weeks of the undergraduate term. They will have the ability to teach effectively, both at undergraduate and graduate levels, and have excellent interpersonal skills for undertaking tutorial teaching

Duties: We are seeking to appoint a Lecturer with a strong alignment to Power Systems Engineering to provide excellent postgraduate research supervision and deliver high-quality teaching. We are looking for outstanding researchers to enhance our research, join an expanding and ambitious department, shape the technology of the future in a vibrant and inclusive environment, and to engage with plans to grow teaching in this area with strategic partnerships
Requirements: You will hold a PhD and an undergraduate degree in Electronic and Electrical Engineering or a very closely related subject. Through your research and teaching, you will be passionate about addressing the global energy and power system challenges and educating the next generation of electronic and electrical engineers

Duties: You will develop time-resolved photoelectron spectroscopy capabilities in Southampton. You will be responsible for leading advanced photoelectron spectroscopy experiment as part of a collaborative team
Requirements: To be successful you will have a PhD (or within six months of completion) or equivalent professional qualifications and experience in Physical Chemistry or Chemical Physics and a demonstrable understanding and knowledge of ultrafast laser technology and spectroscopy

Duties: Research topics include distributed (cell-free) MIMO, integrated sensing and communication, passive and active sensing, exploiting macro-diversity with distributed sensing implementations, bistatic/multistatic radar sensing, fusion of sensing signals, and drone detection
Requirements: You have graduated at Master’s level in Electrical Engineering or Applied Mathematics with a minimum of 240 credits, at least 60 of which must be in advanced courses in Electrical Engineering or Applied Mathematics. Alternatively, you have gained essentially corresponding knowledge in another way

Duties: The post falls under the wide issue of understanding the fundamental physical mechanisms driving the coupled motion of liquids, gases, and granular materials, including magnetic interactions. The researcher project's goal is to improve our understanding of how different forces, both short-range (e.g., capillary and friction forces) and long-range (e.g., viscous and gravitational forces), act in various flow regimes. These interacting forces can result in instabilities and emergence of complex patterns. We are particularly interested in frictional fluids and the relationship between fluid motion, friction, and magnetic interaction, as well as understanding the pattern formations that result. Experiments will be the primary emphasis of the research, including the development of experimental setups, design, image processing, data collecting, and analysis. The research will also incorporate theory and simulations connected to the experimental investigations
Requirements: Applicants must hold a degree equivalent to a Norwegian doctoral degree in physics including statistical physics and hydrodynamics. Doctoral dissertation must be submitted for evaluation by the closing date. Only applicants with an approved doctoral thesis and public defense are eligible for appointment; Experience with the design and execution of experiments; Extensive research experience with experiments on granular materials, and flow in porous media

Duties: As senior lecturer, duties include both research and education, where the short-term need is predominantly in education. You will therefore, together with other teachers, be responsible for the development of the subject in both research and education at basic, advanced and doctoral levels, and be involved in the development of our various educational programs and courses. Depending on your qualifications, you will be responsible for courses and modules in areas such as programming, algorithms, distributed computing and their applications. You will also be given the opportunity to research and supervise doctoral students in Pervasive and Pervasive Computing and related subjects, as well as contribute to both collaboration and management at the department. The position also includes applying for, leading, and collaborating in research projects, as well as communicating and disseminating research results
Requirements: You have a background in one of these areas: Computer science including algorithms; Distributed Software Systems; Programming and Software Engineering; Computer Game Development and Media Technology Applications

Duties: Sélectionner les composants électroniques en adéquation avec le cahier des charges de l’instrument; Assurer la conception des sous-systèmes électroniques; Elaborer les méthodologies de tests pour la validation du système et rédiger des rapports de tests; Développer une interface graphique de contrôle pour un usage friendly-user; Rédiger une documentation technique; Participer aux campagnes de mesures et de validations sur échantillons biologiques
Requirements: Compétences approfondies en électronique analogique et numérique; Maitrise des techniques de l’instrumentation, en particuliers des éléments permettant l’étude de l’interaction lumière/matière (photodiode, camera CCD, …); Compétences en programmation informatique (python, C++, …) et programmation de microcontrôleurs (type esp, arduino, ATMEL); Savoir travailler en autonomie, prendre des initiatives et avoir une capacité de synthèse; Capacité à s’inscrire dans des projets collectifs et goûts du travail en équipe

Duties: Working within the Electrolysis Team and contributing to the electrocatalytic hydrogen production and storage projects. Tasks will include: Contributing to the modification, redesign and fabrication of the CSIRO electrochemical flow cell; Assisting with the characterisation and evaluation of new electrochemical cell designs; Using techniques to measure and validate electrochemical cell performance; Suggesting and evaluating worthwhile catalyst materials for alkaline water electrolysis and electrochemical hydrogenation/dehydrogenation of liquid organic hydrogen carriers; Participating in project planning, experimental design, scheduling and completion of project tasks; Contributing to the preparation of high-quality scientific papers for publication in high quality journals, conference papers, client reports and any patents arising from the research; Liaising with clients to determine their needs and taking personal responsibility for client satisfaction; Under the direction of senior ...
Requirements: A PhD, or an equivalent combination of qualifications and practical work experience, in a relevant discipline area such as electrochemistry, electroanalytical chemistry, electrochemical or chemical engineering, electrometallurgy or material chemistry; Sound knowledge of electrochemical science and technology, including its practice in a research environment; A good working knowledge of material requirements for electrochemical applications, such as hydrogen production and storage; Experience undertaking complex electrochemical measurements, experimental design, data analysis, and the resolution of difficult problems where the recorded data may be ambiguous; Ability to work effectively as part of a multi-disciplinary research team, plus the motivation and discipline to carry out autonomous research; Evidence of strong oral and written communication skills, including a proven record of writing scientific journal papers, technical reports, reviewing literature, preparing presentation mate...

Duties: This exciting role will undertake research on first-principle electromagnetic channel modelling that includes but is not limited to: Advanced electromagnetics methods for universal channel modelling, numerical methods for wave propagation in complex environments, statistical electromagnetics, computational electromagnetics, implementation of full-wave commercial solvers (e.g., COMSOL), standard 3GPP channel models
Requirements: A PhD degree (or equivalent) in Electronic Engineering, Applied Mathematics, Physics or other areas related to RF/Microwave Engineering; Expertise in advanced theoretical and computational electromagnetics; Recent research experience in the development of first-principle wave models; Recent research experience in the development of numerical codes for complex electromagnetic scattering scenarios, and the use of full-wave commercial electromagnetics software; Good knowledge of the main standard channel models (e.g., 3GPP)

Department: Engineering; Computer Engineering
Duration: 72 m
Duties: The Industry 5.0 paradigm prioritizes worker well-being, leveraging new technologies to enhance industrial productivity. The interdisciplinary goal of the project is to design an industrial ecosystem with a primary focus on worker well-being, enabling the integration of operators with automation, using Digital Twins to digitize and optimize production, and intelligently orchestrate the work environment
Requirements: Early stage researcher or 0-4 yrs (Post graduate)

Workload: 50%
Duties: Planung, Durchführung und Sicherstellung der Studienangebote auf Stufe Bachelor und Master gemäss Lehrplan und deren Qualitätssicherung; Personalführung inkl. Planung und Rekrutierung; Finanzverantwortung des Studiengangs; Führung der Mitarbeitenden und deren Rekrutierung; Präsenz vor Ort und Vertretung des Departements in Arbeitskommissionen u.ä; Zusätzliches Pensum in der Lehre möglich
Requirements: Abgeschlossenes Architekturstudium und langjährige Praxiserfahrung in führender Position mit sehr guter Vernetzung in der Bauwelt; Erfahrung in der Lehre, Führungsposition im Hochschulwesen; Ausgewiesene Forschungskompetenzen von Vorteil; Ausgezeichnete Führungs- und Kommunikationsfähigkeiten; Didaktische Kompetenz

Workload: 40%
Duties: Planung, Durchführung und Sicherstellung der Studienangebote auf Stufe Bachelor und Master gemäss Lehrplan und deren Qualitätssicherung; Personalführung inkl. Planung und Rekrutierung; Finanzverantwortung des Studiengangs; Führung der Mitarbeitenden und deren Rekrutierung; Präsenz vor Ort und Vertretung des Departements in Arbeitskommissionen u.ä; Zusätzliches Pensum in der Lehre möglich
Requirements: Abgeschlossenes Studium Bauingenieurwesen und langjährige Praxiserfahrung in führender Position mit sehr guter Vernetzung in der Bauwelt; Erfahrung in der Lehre, Führungsposition im Hochschulwesen; Ausgewiesene Forschungskompetenzen von Vorteil; Ausgezeichnete Führungs- und Kommunikationsfähigkeiten; Didaktische Kompetenz

Workload: 50%
Duties: Carrying out cell sorting on two 18-parameter BD FACSAria; Setting up cell sorter and performing daily quality control; Monitoring, calibration and maintenance of the analytical analyzer; Independent execution of minor repairs; Ordering, procurement and replenishing of consumables and reagents, disposing of work waste in accordance with the Biosafety guidelines of the DBM; Participation in the development of experiments, such as advising the scientific staff on the selection of reagents and methodology and assisting in the correct setting of the cytometer
Requirements: You have a BSc or higher in a life science or related scientific discipline with experience in flow cytometry. Expertise in operating BD flow cytometers and sorters (Fortessa, FACSAria, FACSMelody) is desirable. Interest in the technical aspects of flow cytometry and experience in hands-on troubleshooting, including minor repairs, would be a plus. You are enthusiastic about helping researchers and have a service-oriented attitude. You are self-motivated and have effective organisation and communication skills, being able to work independently as well as collaboratively as part of a team