Vollzeit | Teilzeit | Praktikum | Freelancer, Projektarbeit
Auf einen Blick
- Erlerntes in die Praxis umsetzen (in folgenden Themenfeldern möglich):
- Hardwarenahe Softwareentwicklung
- Analoges und digitales Chipdesign (z.B. VHDL, Verilog, Cadence)
- Signalverarbeitung
- Unterstützung internationaler Teams bei Infineon in Linz
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DEINE AUFGABEN
- Entwicklung qualitativ hochwertiger
Softwarekomponenten
auf Basis von Java, Hibernate,
Spring Boot, ... - Gestalten und Erstellen von
modernen Benutzeroberflächen
mit Angular - Dokumentation der Software
- Erstellung von automatisierten
Testfällen (Unit-, Integrations-,
Oberflächentests) - Review und Optimierung
vorhandener Software
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At a glance
- Fundamental IC design knowledge
- Programming language skills in Python
- Basic understanding in Git, Jira and Linux
- A logical understanding and problem-solving mindset
- Ability to work effectively in a international team environment
- Strong written and verbal communication skills in English
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In your career, let’s prove what’s possible.
- Design, develop, troubleshoot, and debug software programs for our industrial machine controls applications.
- Write efficient, reliable code in C/C++ for computer devices, as well as interfaces, ensuring functionality and stability.
- Create, optimize, and integrate drivers for peripherals and interfaces like sensors, actuators, and communication modules.
- Analyze and optimize code for memory constraints, performance, and power consumption in embedded environments.
- Ensure maintainability of our first-class codebase through regular peer reviews, testing, and documentation.
- Conduct unit and functional testing, debugging, and troubleshooting of our controls software applications to ensure functionality and stability.
- Collaborate with hardware engineers to integrate software with hardware components and systems.
- Stay updated with industry trends, best practices, and emerging technologies in C++ programming for hardware equipment controls.
- Provide technical guidance and mentoring for junior engineers.
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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
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At a glance
- Studying Software Engineering, Computer Science or any technical study with focus on software engineering
- Willingness and experience working with C# and WPF
- Knowledge in other programming languages (like C/C++, JavaScript, Perl, Python, ...)
- Good English skills
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At a glance
- Studying Software Engineering, Computer Science or any technical study with focus on software engineering
- Willingness and experience working with C#, ASP.NET, JavaScript and JavaScript frameworks
- A good eye for user experience design
- Good English skills
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At a glance
- Automate the testing of software tools to identify and report defects
- Develop scripts to automate repetitive testing tasks and improve testing efficiency
- Collaborate with our team to identify areas for process improvement and implement automation solutions
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Qualifikation und Anforerung
- Abgeschlossene technische Ausbildung (HTL/ FH/ TU)
- Sehr gute Kenntnisse in der objektorientierten Programmierung (vorzugsweise C#), asynchroner Programmierung, Programmierung verteilter Systeme
- Kenntnisse über Softwarearchitekturen
- Praktische Erfahrung in der Entwicklung von Desktop Anwendungen
- Deutsch- und Englischkenntnisse in Wort und Schrift
- Selbstständige und systematische Arbeitsweise sowie hohe Kommunikations- und Teamfähigkeit
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At a glance
- Assist engineers in system board design and verification of high power density and innovative solutions in DCDC power conversion
- Build evaluation kits and perform system function verification and testing
- Prepare design documentation, application notes and getting started guides for various solutions developed
- Acquire knowledge and methodology in system design, trouble shooting and analysis
- Analyze test results and document the outcomes
- Collaborate and contribute to development projects
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At a glance
- Take responsibility: You support the understanding of a complex process and tool landscape and contribute new ideas for improvements
- Develop and maintain automatization scripts in UNIX, using Python
- Focus on the future: You assist in user centered roll-out and improvement of a new tool
- Maintain design blocks related statistics
- Be creative: You create communication as well as learning material
- Compile e-learnings with dedicated tools
- Teamwork is dreamwork: You support the team with additional tasks,e.g., first-level support, co-organizing workshops, and drafting presentations
- Elaborate and update related documentation
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Vollzeit
Innsbruck
11.07.2025
Innsbruck
At a glance
- Collaborate on the creation of reference designs (hardware and/or software), prototypes, models and system evaluation tools
- Assists in providing solutions for new applications by combining existing products and ideas for application roadmaps and go-to-market activities
- Create technical articles, application notes and represent at tradeshows and external forums
- Define and execute application-relevant measurements and testing
- Debug technical issues on embedded hardware, firmware and software, reporting relevant findings and providing work arounds
- Acquire knowledge and methodology in system design, trouble shooting and analysis
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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)
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At a glance
- Lead the design, development, and RTL coding of complex digital blocks for automotive microcontroller IPs
- Own microarchitecture design and specification based on system-level requirements
- Perform synthesis, static timing analysis, and power/performance optimization, collaborating closely with the physical design team to achieve design closure
- Work with verification teams to ensure block-level and system-level verification, addressing any issues identified
- Ensure designs comply with ISO 26262 and other automotive safety standards, implementing safety mechanisms as required
- Proactively identify and resolve technical issues related to design, timing, or functionality
- Mentor junior engineers, enabling their growth and ensuring adherence to best practices
- Contribute to the development of scalable, reusable IPs to meet platform and project needs
- Collaborate with cross-functional teams, including system architects, software engineers, and validation teams, to ensure seamless product integration
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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.
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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
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At a glance
- Assist with daily task such as soldering components and maintaining lab equipment
- Document measurement results and debugging setups
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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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At a glance
- Provide operational application support for equipment automation and systems integration in the semiconductor manufacturing field
- Work closely with manufacturing engineers to improve existing manufacturing processes via IT systems
- Drive innovation, optimization, and continuous improvement of manufacturing IT systems in the testing area
- Learn from an experienced team buddy (if not already experienced in the field)
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Your future responsibilities
- Coordinate ITC development and fabrication across different research units and cleanroom facilities.
- Execute small-scale fabrication and prototype for ITC devices in cleanroom facilities utilizing 200 mm wafer-level technology.
- Coordinate testing of developed ITC devices.
- Co-develop the design, fabrication and technological advancement of ion trap chips.
- Perform quality control and documentation for the statical process control.
- Communicate and report research findings to both scientific and non-scientific audiences.
- Communicate and align with industry and academic partners
- Project management
- R&D project acquisition
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At a glance
- Support the validation Team in their daily tasks
- Help with the development of test automation and firmware for the MCU
- Perform Analog-Mixed-Signal post-silicon validation on the MCU
- Review the results with the technical experts and designers
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Your future responsibilities
- Lead and develop the MMT Research Unit: Manage and grow the MMT unit (10-15 researchers) within the Microsystem division.
- Personnel leadership: Oversee personnel management, provide supervision and mentorship fostering a collaborative, productive, and inspiring environment.
- Strategic representation and networking: Represent the unit internally and build external partnerships with academia and industry to enhance visibility and impact.
- Project acquisition and corporate responsibility: Drive project acquisition with international partners, ensuring alignment with corporate goals and financial sustainability.
- Research program and portfolio development: Shape the unit’s research strategy and create a balanced project portfolio in coordination with the Head of Research Division Microsytem Technologies.
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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
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