Vollzeit
Obdach
10.08.2026
Obdach
Ihre Aufgaben
- Entwicklung elektronischer Neuprodukte inklusive Embedded Software (C/C++) für Robotik, Smart Home und Akku-Plattform
- Konzeption, Aufbau und Test elektronischer Baugruppen vom Prototyp bis zur Serienreife
- Entwicklung von Test- und Serviceprogrammen sowie technische Unterstützung bei Neuentwicklungen
- Mitarbeit in Projekten und Sicherstellung von Qualitäts- und Normanforderungen inklusive Auditunterstützung
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Ihr Wirkungsbereich
- Eigenverantwortliche Leitung, Konzeption und Durchführung von Lehrveranstaltungen und Studienmodulen (teilweise in englischer Sprache) mit Auf- und Ausbau der Schwerpunkte Elektronik und Leistungselektronik
- Begleitung von Studierenden
- Eigenverantwortliche Initiierung, Akquisition und Umsetzung von Forschungsprojekten sowie Mitarbeit in laufenden Forschungsaktivitäten
- Mitwirkung an der Weiter-/Entwicklung der Studien- und Weiterbildungsangebote des Studienbereichs
- Organisatorische & administrative Tätigkeiten im Rahmen der akademischen Selbstverwaltung des Studienbereichs
- Vertretung der Hochschule als Fachexpert*in in regionalen und internationalen Partnerschaften und in Kooperationen mit der öffentlichen Verwaltung, der Wirtschaft und der wissenschaftlichen Community
- Vermittlung wissenschaftlich fundierter Kenntnisse mit hohem Praxisbezug
- Betreuung von Abschlussarbeiten (Bachelor- und Masterarbeiten)
- Bereitschaft zur Mitarbeit an internationalen Aktivitäten der CU, insbesondere im Rahmen der European
University „ACE²-EU“
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Research Engineer – Solid-state quantum systems on chip (all genders)
- Experimental work in the Applied Quantum Sensing team
- Design, develop, and test optical, electronic, magnetic, and microwave solutions for quantum systems-on-chip.
- Drive the development and exploration of novel quantum control protocols and implement software and hardware solutions.
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In your career, let’s prove what’s possible.
- Design, develop, and maintain analogue and digital electronic circuits throughout the complete product lifecycle
- Perform component selection, schematic capture, circuit simulation, and PCB design to meet performance, cost, and reliability targets
- Drive technical requirements from concept through implementation, test, and release
- Collaborate with mechanical, software, systems, manufacturing, quality, and service engineering teams during product development
- Support system integration activities involving sensors, actuators, communication networks, and control systems
- Create and maintain engineering documentation including schematics, test reports, BOMs, design reviews, and technical specifications
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Senior Scientist - Ion-trap chips (all genders)
- Establishment of infrastructure and set-ups for testing and operation of ion trap devices and development of ion trap systems for Quantum technology applications.
- Coordination and alignment of internal efforts and activities with industrial and academic partners in the pilot line.
- Contribution to design, simulation and characterization of new ion trap chips.
- Dissemination, communication and reporting of research findings to both scientific and non-scientific audiences.
- Supervision of students.
- Activities in relevant networks.
- Project management.
- Project and funding acquisition.
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Responsibilities:
- Conduct applied research in humanoid robotics, with a focus on kinematics, dynamics, full-body control, balance, motion planning, and industrial task execution
- Support commissioning, calibration, and testing of humanoid robot platforms, including actuators, sensors, SDK interfaces, safety functions, and operational procedures
- Develop and maintain ROS 2-based software modules for robot state handling, motion commands, sensor interfaces, simulation, data logging, and task execution
- Implement and evaluate classical robot-control methods such as inverse kinematics, inverse dynamics, impedance/admittance control, feedback control, model predictive control, and torque-level control
- Support whole-body motion generation for humanoid manipulation tasks such as reaching, grasping, button pressing, pick-and-place, object handover, inspection, and simple machine-operation tasks
- Assist in translating research outcomes into teaching activities and course content
- Co-supervise bachelor’s theses related to ongoing research projects
- Support proposal preparation for public research funding and cooperation with industry partners
- Actively represent the research group in scientific networks and at conferences
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Senior Research Engineer – Technology development and process integration for MEMS-based applications (all genders)
- Technology development for MEMS-based devices in various fields such as optics, acoustic, inertial sensors from concept to prototype.
- Development and implementation of DOE to improve device performance.
- Microfabrication and prototyping in cleanroom facility by using 200 mm wafer level technology.
- Advanced testing of developed MEMS devices (electrical, mechanical, acoustic, …).
- Scientific communication / reporting of research results.
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Semiconductor Equipment Engineer (all genders)
- Independently carrying out maintenance, troubleshooting, and servicing of high-end cleanroom equipment
- Planning and coordinating preventive and corrective maintenance activities on semiconductor tools
- Supporting the continuous improvement of maintenance processes and equipment reliability within the cleanroom environment
- Performing regular inspections of cleanroom facilities and infrastructure
- Assisting the cleanroom team with daily operational and technical tasks
- Preparing and maintaining technical documentation, maintenance records, and operating procedures
- Working closely with equipment suppliers and process engineers to improve tool performance and support advanced process development
- Coordinating service activities with external vendors as well as internal stakeholders
- Supporting organizational and administrative activities within the team to ensure smooth day-to-day operations
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R&D Process Engineer - Stepper-based Lithography (all genders)
- Develop, optimize, and maintain stepper-based lithography processes for a diverse multi-project R&D environment.
- Establish repeatable process baselines and maintain control through SPC and routine performance monitoring.
- Define and document process parameters, recipes, and SOPs to support repeatable user operation.
- Own stepper tool and periphery equipment, ensuring high uptime and consistent performance for multiple technologies and flows.
- Work closely with process engineers and users to ensure lithography compatibility across varied fabrication flows.
- Work closely with equipment maintenance engineers to ensure tool health.
- Lead hands-on troubleshooting, root cause analysis, and continuous improvement in a fast-changing R&D setting.
- Support tool upgrades, new installations, and capability expansion projects.
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R&D Process Engineer - Thin Film Deposition (all genders)
- Develop, monitor, and optimize thin film deposition processes (primarily sputtering) to support R&D and prototype fabrication.
- Maintain tool health and stability through performance tracking, SPC monitoring, and preventive maintenance coordination.
- Support researcher use of deposition tools, ensuring safe operation, consistent process quality, and compliance with FAB standards.
- Lead and assist in tool upgrades, process capability improvements, and new equipment evaluation or acquisition.
- Document process parameters, tool performance, and experiment outcomes to ensure traceability and knowledge sharing.
- Serve as the technical interface between the fabrication team and research groups to enable efficient process development and experimentation.
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Senior Research Engineer – Quantum Photonic Integrated Circuit Design and PDK development (all genders)
- Designing photonic integrated circuits (passive components and modulators) for quantum applications based on AlN.
- Contributing to the development and validation of PDK components, including layout, simulation, and documentation.
- Generating layout from design and performing design rule checks
- Characterizing fabricated devices in the lab (optical/electrical testing) and analyzing measurement data
- Designing improvements based on characterization results to enhance device performance and yield
- Collaborating closely with process and fabrication teams to ensure high design-to-fab fidelity
- Contributing to reporting, documentation, publication, IP generation, and patent application
- Supporting industry and academic collaborations within multidisciplinary projects
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Senior Research Engineer - Process Development for Integrated Photonics Fabrication (all genders)
- PIC Fabrication & Development:Designing, fabricating, and testing PICs.
- Platform Specialization: Focusing primarily on process development for either Aluminum Nitride (AlN) or Thin-Film Lithium Niobate (TFLN) Platform.
- Technology ownership: Owning a platform flow (AlN or TFLN) and acting as a go-to person for fabrication topics, including coordination with cleanroom/process engineering and alignment with design/test needs. This includes mentoring and knowledge transfer, proactive risk/bottleneck identification and mitigation, and contributing to roadmap/benchmarking and experimental strategy.
- DOE- Driven process development:
- Developing and integrating process modules for stable, repeatable fabrication, increasing
- Technology Readiness Level (TRL) and pilot-line readiness.
- Planning and executing Design of Experiments (DOE) to optimize processes.
- Driving process integration, stability, and performance improvements for scalable fabrication.
- Defining Process windows
- Performing data-driven root-cause analysis
- Fabrication: Hands-on work with key fabrication processes including lithography, deposition (PVD/ALD/PECVD), dry etch (ICP-RIE), metrology/SPC, and documentation/change control.
- Collaboration & Teamwork:
- Working closely with SAL’s process engineering team.
- Collaborating to ensure high fabrication fidelity.
- Supporting industry and academic collaborations within multidisciplinary projects.
- Documentation & IP:
- Reporting and thorough documentation of work.
- Contributing to IP generation and patent applications.
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Senior Research Engineer – Nitride Thin-Film Materials (Wide Band Gap) (all genders)
- Development of thin films for piezoelectric and wide-band-gap applications.
- Design and execute experiments to optimize nitride thin film materials, guided by device specifications and performance feedback.
- Structural and functional (e.g. dielectric, electrical, ferroelectric) characterization of the deposited thin films.
- Collaboration with design, fabrication, characterization, and process engineer teams to optimize full process flow and device performance.
- Definition of strategies for material optimization and pursuing scientifically relevant investigations.
- Development of strategies to address novel material properties and novel fields of application.
- Contributing to the standardization of procedures and workflows within the Unit.
- Filing IP disclosures whenever possible and appropriate.
- Contribution to scientific dissemination (publications in high-impact peer-reviewed journals, presentations at conferences).
- Contribution to Unit workflows, project acquisition and project management.
- Position is offered within the Chips JU Pilot Lines.
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Vollzeit
Obdach
11.08.2026
Obdach
Ihre Aufgaben
- Entwicklung innovativer Hardwarelösungen für Rasenmäher und Rasenroboter - von der Konzeptphase bis zur Serienreife
- Schaltungs- und Leiterplattenentwicklung inklusive Layout, Komponentenwahl sowie Erstellung relevanter Fertigungsunterlagen
- Analyse und Auslegung sicherheitsrelevanter Funktionen inklusive Risiko- und Zuverlässigkeitsbewertung (zB MTTFd)
- Aufbau, Test und Validierung von Prototypen sowie enge Zusammenarbeit mit internen Bereichen und Unterstützung bei EMV-Themen und Audits
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Vollzeit | Teilzeit | befristet | Praktikum
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Vollzeit | Teilzeit | Praktikum
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