Vollzeit
Porto, Klagenfurt, Villach, München
21.07.2026
Porto, Klagenfurt, Villach, München
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Vollzeit | Teilzeit | befristet | Praktikum
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Vollzeit | Teilzeit | befristet | Praktikum
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Vollzeit | Teilzeit | befristet | Praktikum
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Deine Aufgaben
- Mitgestaltung von Architektur und Design unserer Softwarelösungen
- Konzeption und Weiterentwicklung skalierbarer, robuster Systemarchitekturen
- Entwicklung von Best Practices und Patterns
- Weiterentwicklung von Standards, Libraries und Framework Komponenten
- Unterstützung von Teams bei komplexen Architektur- und Design-Fragen
- Durchführung von Architektur- und Code-Reviews
- Technische Begleitung von Projekten
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In your career, let’s prove what’s possible.
- Design and deliver self‑healing automation that proactively detects common failure conditions, automatically remediates known issues, and prevents incident recurrence
- Architect and operate one‑click resolution workflows that standardize recovery actions and significantly reduce dependency on manual intervention
- Design, implement, and maintain DevOps‑based automation for software packaging, deployment, and lifecycle management across corporate client endpoints
- Build and own CI/CD pipelines to ensure automation is versioned, tested, secure, and deployed reliably at scale
- Create and maintain robust scripts, tooling, and automation frameworks to eliminate manual operational effort and reduce MTTR
- Integrate automation and remediation logic with endpoint management, monitoring, and alerting platforms to enable event‑driven remediation
- Analyze incident trends and operational pain points to identify and prioritize high‑impact self‑healing use cases
- Partner with Client Services, Security, and other operations teams to align automation outcomes with reliability and risk objectives
- Continuously improve automation coverage, effectiveness, and resilience through metrics, operational feedback, and iterative enhancement
- Document automation solutions, remediation logic, and operational runbooks to support consistent adoption and long‑term maintainability
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In your career, let’s prove what’s possible.
- Is the lead engineer of a development program (product), making sure that mechanical and electrical hardware and the tool software work together to meet the system specification
- Owns developing the system specification based on the product specification and configuration options
- Is accountable for resolving design tradeoffs/conflicts to ensure the design is integrated, such that the overall product performs as described in the system specification
- Assures that the system meets engineering- and compliance standards, especially in the concept and detailed design phases
- Owns BOM (bill of material) setup and execution of the documentation release plan
- Prepares all required program/product related Engineering deliverables (e.g. FMEA, technical specifications, risk analyses)
- Technical responsible that all interfaces for the entire product are well defined and working
- Participates in the cost allocation model and assures that designs meet the cost targets
- Owns developing the reliability allocation model, the reliability design approach and test plans
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In your career, let’s prove what’s possible.
- Lead and manage the Remote Factory (RF) commodity, including a team of Supplier Business Managers, and Strategic Commodity Managers supporting high‑volume, high‑spend operations.
- Own end‑to‑end RF supplier performance for delivery, cost, quality, capacity, and risk, with a focus on tactical execution and operational continuity.
- Manage high transaction volumes including capacity planning, order execution, reschedules, expedites, and shortage resolution to ensure uninterrupted manufacturing output.
- Align manufacturing demand, MRP signals, and capacity plans between internal factories and Remote Factories to support ramps and volume fluctuations.
- Develop and execute RF commodity strategies, including supplier segmentation, capacity reservation models, and risk mitigation plans.
- Act as primary escalation point for RF‑related supply issues; lead root cause analysis and corrective actions when required until resolution.
- Collaborate closely with other commodity leads to ensure seamless supply where non‑RF commodities feed into Remote Factories.
- Drive supplier performance metrics (OTD, lead time, inventory, capacity adherence) and lead continuous improvement initiatives.
- Partner with Operations, Planning, Engineering, Logistics, and Finance to ensure alignment across the supply chain.
- Lead contract negotiations, commercial frameworks, and service level agreements with RF suppliers.
- Support scaling and optimization of an already large Remote Factory network, including process standardization and planning maturity.
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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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