At a glance
- Get experience with Mixed-Signal High Speed, RF and mmWave and Integrated Circuits.
- Get experience with measurements related to High-Speed PLLs and Data Communication: Jitter, Eye Diagram, BERT.
- Get experience with high-end RF/mmWave measurement equipment.
- Get hand-on experience in Validation and Debugging.
- Design of PCBs for the measurement of products
- Prototype and evaluate new tools and methodologies.
- Familiarize yourself with Validation flow: definition of appropriate measurement setup, automation, data post-processing and analysis.
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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
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Shortfacts
- Einsatzort:
Graz - Ausmaß:
Full-time - Eintrittsdatum:
ab sofort - Anstellungsverhältnis:
unlimited
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Shortfacts
- Einsatzort:
Graz - Ausmaß:
Full-time - Eintrittsdatum:
ab sofort - Anstellungsverhältnis:
unlimited
|
Your future responsibilities
- Continue to develop the unit of 10 researchers focused on control platforms for power electronic converter systems for a wide range of sectors and applications.
- Provide vision for long-term research opportunities in power electronics.
- Establish and manage research projects with a wide range of industrial and academic partners.
- Shaping the department's research programme and project portfolio with supervisors and peers.
- Effectively delegate research issues to the right combination of SAL scientists and researchers for best team performance.
- Plan and control the research unit's budget and resources.
- Provide overall leadership for the research unit to deliver high quality research outputs, innovation and economic impact.
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At a glance
- Investigate both centralized and decentralized DPP systems
- Develop secured data carriers for robust product passport applications
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At a glance
- Conduction of literature reviews on quantum sensing and SiC color-center-defect technologies
- Development and implementation of simulation models to predict sensor performance
- Investigation of novel quantum centers for quantum sensing, device simulation, implementation, characterization, system architecture, and fabrication
- Analysis of data to identify key parameters influencing sensor performance.
- Collaboration with researchers and engineers to refine sensor designs
- Documentation and presentation of findings to both technical and non-technical audiences
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Your future responsibilities
- Educational Background:
- PhD in digital IC design with at least 3 years of relevant experience, or
- MSc in a relevant field with at least 5 years of relevant experience.
- Technical Expertise:
- Demonstrate strong proficiency in HDLs (SystemVerilog, VHDL).
- Excel in architecture exploration and micro-architecture development.
- Possess in-depth knowledge of on-chip infrastructure (AMBA/PCIe/USB/JTAG, NoC).
- Have a solid background in silicon development and digital IP design/integration.
- Utilize experience with back-end tools (synthesis and Place & Route).
- Exhibit proficiency in Static Timing Analysis tools and Clock Domain Crossing.
- Show expertise in functional and formal verification.
- Apply skills in scripting languages (Tcl, Python, Perl, MATLAB, Shell-scripting).
- Leverage experience with EDA tools (simulator/debug/synthesis/timing analysis/place & route) from major vendors (Synopsys, Cadence, Mentor).
- Experience with FPGA tools (e.g., Xilinx)
- Communicate effectively in verbal and written English; knowledge of German is an advantage.
- Software development skills (bare metal, RISC-V/ARM) are beneficial.
- Additional Skills:
- Proven project management experience.
- Autonomous, well-organized, and thrive in a dynamic and multicultural team environment.
- Experience in team leadership or PhD supervision is highly desirable.
- Effective in strategy development is an advantage.
- Strong track record in business development and winning projects.
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Be part of our Team!
- Specify required tools (SOW) and related tooling, perform supplier evaluations, and ensure alignment with plant requirements
- Define and select suitable process tools and tooling, including CAPEX verification, to support robust machine usage
- Enable equipment installation, qualification, process setup, and training for shift engineering, maintenance technicians, and operators
- Apply process control and documentation standards (PI, Checklists, ORPs, CPs) and ensure up-to-date process change management
- Drive supplier development, screen potential new suppliers, and implement continuous process/machine improvements to meet efficiency and cost targets
- Support new product ramp-ups, transition into high-volume manufacturing, and lead task forces or working groups for effective troubleshooting and prevention
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At a glance
- Work in the R&D mixed-signal IC design organization
- Support R&D chip designers for daily issues related to mixed-signal IC development flow and related EDA software tools and methodology (1st level support)
- Proactively consult chip design projects to ensure proper and efficient usage of working environment, software tools and related methodology
- Collect application specific requirements to the design environment and provide fast solutions (e.g. hot fixes) where needed
- Trigger and track implementation of enhancements of the design environment to ensure on-time availability for productive usage
- Work closely with internal software tool and methodology providers on improving and developing new solutions
- Promote new methodology solutions and support the roll-out of these in design projects
- Share knowledge within the (IFX world-wide) “Design Application Engineering Community”
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At a glance
- Work in the R&D mixed-signal IC design organization
- Support R&D chip designers for daily issues related to mixed-signal IC development flow and related EDA software tools and methodology (1stlevel support)
- Proactively consult chip design projects to ensure proper and efficient usage of working environment, software tools and related methodology
- Collect application specific requirements to the design environment and provide fast solutions (e.g. hot fixes) where needed
- Trigger and track implementation of enhancements of the design environment to ensure on-time availability for productive usage
- Work closely with internal software tool and methodology providers on improving and developing new solutions
- Promote new methodology solutions and support the roll-out of these in design projects
- Share knowledge within the (IFX world-wide) “Design Application Engineering Community
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At a glance
- Perform requirement analyses
- Be responsible for the user management of departments own application
- Support and supervise the software development team
- Test and document new functionalities
- Plan and prioritize work packages for the agile team
- Moderate agile ceremonies
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At a glance
- Working on a broad range of technical challenges, from application requirements for new products to product verification
- Translating customer needs into product specifications and robust implementations in the field of power transistors
- Developing your own simulation models and leveraging circuit simulations to analyze and optimize product behavior within application circuits
- Defining targets for new semiconductor power frontend technologies and packaging concepts
- Acting as a technical expert within interdisciplinary project teams, collaborating closely with technology development, packaging, and application engineering
- Driving innovation by contributing your own ideas to create impactful new products that secure long-term business success
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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
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At a glance
- Work in the R&D mixed-signal IP design organization
- Support R&D chip designers for daily issues related to mixed-signal IP development flow and related EDA software tools and methodology (1st level support)
- Proactively consult chip design projects to ensure proper and efficient usage of working environment, software tools and related methodology
- Collect application specific requirements to the design environment and provide fast solutions (e.g. hot fixes) where needed
- Trigger and track implementation of enhancements of the design environment to ensure on-time availability for productive
- usage
- Work closely with internal software tool and methodology providers on improving and developing new solutions
- Promote new methodology solutions and support the roll-out of these indesign projects
- Share knowledge within the (IFX world-wide) "Design Application Engineering Community"
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At a glance
- Lead the digital verification of complex digital and mixed signal designs, including IPs, Subsystems, ASIC and SoCs.
- Coordinate the overall digital verification activities such as verification planning, verification tracking and reporting, as well as requirement-based verification
- Conduct the clarification of verification requirements with multiple communication interfaces
- Collaborate with cross-functional teams, including concept, design, AMS verification, and post-silicon validation teams, to ensure high quality designs
- Hands-on contributor to digital verification either from scratch, or using legacy verification environments and flows
- Focus on all-directions-reuse of the Verification Components to be implemented
- Identify and mitigate risks in dynamic projects, with proactive communication to the project team
- Drive the enhancement of existing verification methodologies and flows, drive required innovation projects and get buy-in from management
- Foster process and efficiency improvements where applicable, as well as share your expertise to the other team members so that they are able to grow
- As a technical lead inspire and mentor junior verification engineers while providing invaluable technical support and guidance to development teams and business partners
- Identify and address synergies between digital and analog centric Pre-Silicon verification, and Post-Silicon validation
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At a glance
- Identify application trends and future requirements from customer discussions and internal system experts
- Drive the assessment of different innovative product ideas and by that influence our product roadmaps directly
- Be part of product development projects for discrete products targeting on board charger applications
- Be responsible for defining the right-fit product requirements, derive the target datasheet and be the internal technical interface to the product development teams in R&D and customers in creation phase
- Develop and coordinate projects in the area of performance benchmarking of our product performance in the application
- Drive activities from design-in to design-win at lead automotive customers developing charger applications used in electric vehicles
- Conduct intensive technical discussions with the customer, coordinate requirements and support successful product validation in system design
- Manage uncertainties in early development phases and contribute with solid assumptions to drive innovative solutions forward
- Validate functional prototypes and simulation models of our products
- Closely collaborate with our regional field application (FAE) engineering teams
- Technically lead and support team members
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At a glance
- Drive technology development for trapped-ion quantum processors, with focus on photonic interfaces
- Co-develop the next generations of QPUs with our commercial partners
- Enable the research community through projects with academic partners
- Supervise master and PhD students
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At a glance
- Drive FPGA design and implementation from SoC-level IFX product perspective
- Develop FPGA, embedded system, application-based platforms (hardware, emulation, mixed-signal)
- Drive result-oriented analysis and debug
- Organize and support system verification and prototyping projects
- Have the potential to develop from technician to team leader and organize the team for multi-dimensional projects with multiple time zones
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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
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At a glance
- Be responsible for the Power Supply Concept and Sensing Architecture for Automotive Battery Management Systems
- Breakdown stakeholder requirements and application assumptions into block-based requirements for architectural High Voltage and Sensing components
- Be responsible for High Voltage and Sensing IP handling of all platforms within Automotive Microcontroller
- Drive together with the platform lead architects a strategy which enables a family concept by modular & scalable approach
- Proactively be driving innovation (according to strategy) anticipating industry and market trends
- Modeling capability allows to transfer theoretical concept in a reference for further development
- Cooperate with technical marketing team, platform lead architects, system architects, SW development, design teams and other business lines within Infineon
- Be the interface between our application engineering as well as development teams and drive active knowledge transfer
- Own and create technical documentation in order to provide the requested functional descriptions and documents to guarantee the ISO26262 compliance – Impart implementation knowhow to others
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At a glance
- Be the go-to person of the digital verification for complex digital and mixed signal designs, providing hands-on expertise in digital verification, from building environments from scratch to leveraging existing flows
- Oversee and coordinate all aspects of digital verification, including planning, tracking, and reporting, and ensure clear understanding of verification requirements through effective communication with multiple stakeholders
- Collaborate with and contribute to coordination of cross-functional teams, including concept, design, AMS verification, and post-silicon validation teams, to ensure high quality designs
- Focus on all-directions-reuse of the Verification Components to be implemented
- Identify and mitigate risks in dynamic projects, with proactive communication to the project team
- Drive the enhancement of existing verification methodologies and flows, drive required innovation projects and get buy-in from management
- Drive process and efficiency improvements, share your expertise to enable team growth, and inspire and mentor new lead verification engineers to help them succeed in their roles
- Identify and address synergies between digital and analog centric Pre-Silicon verification, and Post-Silicon validation
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At a glance
- Be responsible for planning, execution and coordination of pre-silicon verification according to ISO26262
- Coordinate and give technical guidance to team members and consultants
- Work together with concept-, design- and verification teams to ensurethat AURIX™ will continue its success story
- Identify, analyze and eliminate design bugs
- Contribute to the development of cutting-edge verification methodology
- Ramp up fellow engineers with your technical expertise
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At a glance
- Develop product strategy based on market analysis and customer feedback for High Voltage Chips & Discretes for e-mobility
- Shape the long-term product roadmap for High Voltage Innovations in close collaboration with technical marketing team in the fastest growing automotive segment: e-mobility
- Define value propositions for innovative products used in next generation EV applications
- Be part of a cross-functional team to successfully develop business models and to collaborate closely with RnD team
- Closely collaborate with product management to enable great market introduction and G2M activities
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At a glance
- Be responsible for planning, execution and coordination of pre-silicon verification according to ISO26262
- Coordinate and give technical guidance to team members and consultants
- Work together with concept-, design- and verification teams to ensurethat AURIX™ will continue its success story
- Identify, analyze and eliminate design bugs
- Contribute to the development of cutting-edge verification methodology
- Ramp up fellow engineers with your technical expertise
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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
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