Vollzeit | Teilzeit | Praktikum
Auf einen Blick
- Unterstützung der elektrotechnischen Betriebsführung vom 110kV Trafo bis zur Steckdose
- Durchführung von Bestandsaufnahmen, Analysen und Auswertungen
- Erarbeitung von Konzepten und Präsentationen
- Berechnung von Leistungsreserven an Verteilungen
- Abwicklung von Kleinprojekten
|
In your career, let’s prove what’s possible.
- Troubleshooting and regular maintenance of the lab equipment
- Mechanical and electrical start-up of new lab tools
- Support the process engineers in executing the customer demonstrations
- Support the product development by conducting design validation tests and delivering improvement proposals
- Documents the tools configuration and reports the tests results
- Support LAB facilities and willingness to support LAB On-Call team
|
din – Dietmar Nocker Sicherheitstechnik GmbH & Co KG
Vollzeit
Das erwartet dich
- Service und Wartung von Notlichtsystemen sowie Störungsbehebungen
- Zusammenarbeit mit Kunden, einschließlich Vertriebsunterstützung
- Inbetriebnahme-Tätigkeiten vor Ort
- Vernetzung von Anlagensystemen
- Protokollierung von Serviceaktivitäten im ERP-Programm
|
din – Dietmar Nocker Sicherheitstechnik GmbH & Co KG
Vollzeit
Das erwartet dich
- Technisches und operatives Projektmanagement
- Erstellung und Aktualisierung von Projektplänen
- Projektdokumentation und Unterstützung bei Ausschreibungen
- Projektbesichtigungen und Bestandsaufnahmen vor Ort
- Schnittstellenfunktion und enge Zusammenarbeit mit internen Abteilungen (z. B. Vertrieb)
|
In your career, let’s prove what’s possible.
- Ensure OT projects are delivered on time and within budget, minimizing any impact on OT environments.
- Act as a liaison between engineering and manufacturing OT business units, providing guidance on BU projects and ensuring adherence to Lam OT Standards and procedures.
- Participate in global OT alignment meetings.
- Collaborate with both engineering and manufacturing teams to address IT-related issues that affect production.- Implement and maintain IT solutions to enhance manufacturing efficiency and quality control.
- Implement and maintain IT solutions to enhance engineering efficiency and quality control.- Ensure the security and reliability of all OT systems, including backups and disaster recovery plans.
|
At a glance
- Design and simulate power electronic circuits using PSpice, SIMetrix, and PLECS
- Develop and test PCBs for power electronic applications
- Apply basic mechanical engineering skills using CAD systems
- Conduct lab experiments to characterize devices and perform high-power measurements
- Analyze and interpret data from experiments and simulations
|
At a glance
- Assist the team in regular team meeting and exchange in multiple locations
- Maintain team database and structure
- Assist engineers in board design for DC-DC power conversion and motor control
- Prepare design documentation, application notes and get started guides for various solutions
- Collaborate and contribute to development projects
|
In your career, let’s prove what’s possible.
- Troubleshoot equipment problems and conduct diagnostic procedures to isolate problems and take steps to minimize downtime or system interruptions and eliminate equipment malfunctions. Determine corrective actions as required.
- Installations and/or relocations of equipment at customers’ sites.
- Remain up to date on equipment/tools through appropriate training, manuals, factory periodicals and other relevant materials.
- Assist in complex field modifications and updates as released in Engineering Change Notifications.
- Maintain records and reports as required to properly coordinate activities with supervisors and customers.
- Assist in the planning, management, and execution of projects of a limited scope and duration
- Providing high-quality on-site support for repair and maintenance service of complex electro-mechanical systems.
- Assists with the full installation and relocation processes, including system start-up services
|
At a glance
- Be responsible for the development and further optimization of SiC epitaxy single process solutions in terms of reliability and yield toenable world class devices
- Hand over qualified processes and control concepts to the production team
- Work in close collaboration with the technology development team and production in Villach and Kulim
|
Vollzeit | befristet | Praktikum
At a glance
- Analog blocks in Infineon microcontrollers
- Analog to Digital (ADC) and Digital to Analog (DAC) converters
- High speed interfaces
- High Precision Oscillators and PLLs
- Power Management Systems (PMS)
- Battery Management Systems (BMS)
- DCDC Converter for low voltage applications and Linear Voltage Regulators (LDOs)
- RF blocks for radar systems
- Bias & Control circuits for 5G antennas
|
In your career, let’s prove what’s possible.
- Responsible for providing quality on-site repair and maintenance service of complex electro-mechanical systems. Analytical troubleshooting of technical problems to component level. Performs complete installation/relocation start-up services
- Troubleshoot equipment problems and conduct diagnostic procedures to isolate problems and take steps to minimize downtime or system interruptions and eliminate equipment malfunctions. Determine corrective actions as required.
- Installations and/or relocations of equipment at customers’ sites.
- Remain up to date on equipment/tools through appropriate training, manuals, factory periodicals and other relevant materials.
- Assist in complex field modifications and updates as released in Engineering Change Notifications.
- Maintain records and reports as required to properly coordinate activities with supervisors and customers.
- Planning, management, and execution of projects of a limited scope and duration
|
At a glance
- Be responsible for the development and further optimization of SiC epitaxy single process solutions in terms of reliability and yield toenable world class devices
- Hand over qualified processes and control concepts to the production team
- Work in close collaboration with the technology development team and production in Villach and Kulim
|
At a glance
- Do analog focused Mixed-Signal Verification
- Create and maintain verification plans
- Define verification metrics and set-up verification environments, including analog testbenches
- Elaborate and execute tests on analog transistor level (schematic + layout) with digital RTL and gatelevel
- Team up and collaborate with colleagues from analog and digital design and verification, as well as concept engineering
|
At a glance
- EDA & Simulation Leadership: Own and advance our EDA toolchain (Ansys, Comsol, Cadence, etc.) and develop/refine innovative simulation methodologies.
- Methodology Guidance: Act as the primary technical expert for simulation methodologies, driving best practices and mentoring engineers in their application.
- Automation & AI Integration: Lead the charge in identifying and implementing automation and AI/ML opportunities within our EDA tools and design workflows.
- Cross-Team Collaboration: Partner with design, layout, and technology teams to ensure optimized and effective simulation solutions.
- Continuous Improvement: Stay ahead of industry trends in EDA, simulation, AI, and automation, bringing new capabilities into our design flow.
|
At a glance
- Develop scripts to support automation in AMS Verification (Analog Mixed Signal Verification)
- Convert golden source (Excel) to different other views (csv-based)
- Create scripts to automate frequently performed tasks
- Participate in the development of new verification solutions
|
At a glance
- Engage in the digital design front-end flow
- Write RTL, perform simulations, linting, synthesis, logic equivalence checks, and automated test pattern generation
- Collaborate with AMS IP project teams for IP designs and internal customers
- Coordinate team-related topics to support the development and growth of the team
|
At a glance
- Define test concepts and manage test specification discussion for Power semiconductor device
- Be responsible for test package development (test hardware and software)
- Closely cooperate with different development teams and production locations
- Optimize test methods to improve quality and reduce test costs
- Implement test solutions in our production locations spanning all around the world
|
At a glance
- Design and develop analog and mixed-signal circuits, with a focus on power management circuits
|
Vollzeit | befristet | Praktikum
Auf einen Blick
- Durchführung von Zuverlässigkeitsuntersuchungen von SMART Power Bauteilen für die Automobilindustrie
- Erfassung von unterschiedlichen Messdaten an elektronischen Schaltkreisen
- Organisation der Bereitstellung von Bauteilen für die Zuverlässigkeitstests
- Verifizierung von gestressten Bauteilen und deren Archivierung
|
In your career, let’s prove what’s possible.
- Endmontage & Test (Teile/Module/Komponenten/Plattformen)
- Elektrische Montage und Tests von LAM-Spin-Clean-Plattformen – Grundlage ist die Konfiguration und die Dokumentation (z.B. Produktionsplan, mechanische Zeichnungen, Schaltpläne, internes Prüfprotokoll etc.)
- Elektrische Montage und Prüfung von Neukundenwünschen (NSR's)
- Strukturierte Diagnostik und Problemlösung
- Durchführung der definierten Prüfschritte (Zwischenprüfungen) gemäß internem Prüfprotokoll
- Aktive Mitarbeit bei der Übergabe von Entwicklungsprojekten an die Produktion
- Kontinuierliche Verbesserung unserer Arbeitsabläufe und Dokumentationen
- Aktiver Wissensaustausch (z.B. interne Schulungen, Lieferantenschulungen)
- Prüfung der Dokumentation, des Materials und Berichterstattung von Abweichungen (z.B. Problembericht)
- Kontinuierliche Qualitätsverbesserung durch aktive Zusammenarbeit und Kommunikation mit den internen Kunden und Lieferanten
- Aktive Mitarbeit an der kontinuierlichen Verbesserung des Produkts, des Geschäftsprozesses und der Systeme (z.B. Dokumentation, internes Prüfprotokoll etc.)
|
At a glance
- Work closely with the Chip-Package-Board CoDesign team to design, implement, test, and maintain innovative software solutions that support semiconductor design processes
- Explore and apply AI/ML algorithms to enhance automation and efficiency in Electronic Design Automation (EDA) workflows and improve Chip-Package-Board CoDesign methodologies
- Develop software solutions using Python, Java, and Cadence SKILL within the EDA framework to support advanced semiconductor design challenges
- Analyze data from design workflows to identify optimization opportunities and implement data-driven solutions using AI/ML approaches
- Create tools that integrate AI/ML-based optimizations for resource-intensive processes such as simulation, design validation, and testing
- Participate in code reviews, maintain high-quality documentation, and develop test plans to ensure robust software solutions
- Acquire skills in "Cadence SKILL" programming and apply it towards developing efficient solutions for CoDesign challenges
- Stay updated with the latest trends in software development, AI/ML, and EDA technologies, actively contributing with new ideas to improve processes
|
Das zeichnet dich aus:
- Elektrotechnische Ausbildung (z.B. LAP Betriebselektriker - idealerweise mit Meisterprüfung)
- Grundkenntnisse in SPS (Siemens S7), ABB Frequenzumrichter, Lenze Servoregler
- Mehrjährige Berufserfahrung vorausgesetzt
- Selbstständigkeit und Eigenverantwortung
- Hohe Kommunikation- und Organisationsfähigkeit erwünscht
- Teamorientiertes Arbeiten
- Führerschein B erforderlich
|
At a glance
- Capture and analyze customer inputs on application and product level for the next generation Magnetic Current Sensors
- Analyze and understand relevant applications (like OBC, DCDC converters) in detail by modelling, simulation and measurements on application level to derive valuable features for best fit Magnetic Current Sensors
- Promote, explain and defend our Magnetic Sensor products to the most important Tier 1s and OEMs in Automotive Industry during Design-In activities
- Write technical documents like Data Sheets, Requirements, Manuals, Application Notes and Publications
- Perform analysis and benchmarking of competitors´ Magnetic Current Sensors as well as their support material
- Extend and develop technical training material and perform trainings for worldwide FAE colleagues and key customers to support new product launches and go to market activities
- Be the go-to person for Field Application Engineers during the world-wide Design-In of our Sensor
- Responsible for selected Application Roadmaps and Product Roadmaps
|
Ihre Aufgaben
- Technisches und operatives Projektmanagement
- Erstellung und Aktualisierung von Projektplänen
- Projektdokumentation nach Vorgabe
- Projektbesichtigungen und Bestandsaufnahmen vor Ort
- Schnittstellenfunktion und enge Zusammenarbeit mit internen Abteilungen (z. B. Vertrieb)
|
At a glance
- Handle troubleshooting technical issues and identify solutions
- Design and create drawings for 3D Printing
- Be involved in the set up of the entire hardware and measurement devices including their integration to the network
- Support the whole calibration process of the lab equipment to ensure that the used equipment is fulfilling the regulations according to the mandatory standard (IATF16949)
|
At a glance
- Tackle the field of Acoustic/Ultrasound/Photoacoustic MEMS Systems (micro-electromechanical systems) for imaging applications, with the goal of exploring modern tools in fields like the MathWorks Medical Imaging Toolbox
- Target system demonstrators based on MEMS products and multichannel signal processing platforms, which will allow you to gain experience in hardware design
- Participate and contribute to integrated circuit design and simulation as well as MEMS development activities at the edge of current technology in a global semiconductor leader like ours
|
At a glance
- Work with high voltage chip products (SiC, IGBT) used in automotive traction inverter applications
- Be part of product development projects for power electronic transistors: Define the right-fit product and technology requirements matching to application trends and customer needs
- Work closely with cross-functional teams to identify and prioritize product features, understand trade-offs and key limitations ensuring that new products meet the evolving demands of the automotive industry
- Contribute to technical design-in activities at major automotive customers with our high voltage SiC and IGBT chip products
- Closely collaborate with our regional field application engineering teams
|
At a glance
- Define target product specifications of SiC JFET variants for hotswap, Oring, protection switch and circuit breaker applications
- Be the main technical interface to the development and go-to-market teams during the product development and post product launch stages respectively
- Develop application evaluation platforms for product validation and customer promotion
- Perform measurements based on fit for use plan to validate the suitability of SiC JFET based solutions in applications environment and document the relevant results
- Run performance benchmarking tests of internal and external products
- Prepare the product datasheets; develop product and application literature such as application notes, technical articles, promotion material, webinars etc.
- Provide global product support for the customer design-in projects
- Run simulations to replicate real application use scenarios and derive analyses
- Cascade customer feedback to internal development teams
|
Ihre Aufgaben
- Technisches und operatives Projektmanagement
- Erstellung und Aktualisierung von Projektplänen
- Projektdokumentation nach Vorgabe
- Projektbesichtigungen und Bestandsaufnahmen vor Ort
- Schnittstellenfunktion und enge Zusammenarbeit mit internen Abteilungen (z. B. Vertrieb)
|
At a glance
- Learn about the concepts of self-inductance and how it influences signal integrity on printed circuit board circuits
- Improve your skills in circuit simulation and circuit simulators (pre-knowledge is highly desirable)
- Design, build and evaluate a working simulation
- Compare different layout variants and by means of simulation
- Propose optimized printed circuit board layout and verify it by your simulation
- Compare simulation results with produced printed circuit boards
|
