Principal Engineer – AI-Enabled Embedded Software (Multi GenAI Orchestration) at NXP Semiconductors
Berlin, Berlin, Germany -
Full Time


Start Date

Immediate

Expiry Date

26 Nov, 26

Salary

0.0

Posted On

28 Aug, 26

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Yes

Skills

Industry

Information & Data Services

Description

About the job

Role Overview


We are looking for a Principal Engineer / AI Architect to lead the transformation of embedded software engineering through AI-first digitalization.


This role focuses on orchestrating multiple Generative AI systems (Multi‑GenAI) using NXP AI Community–approved tools, tightly integrated with the Atlassian platform (Jira, Confluence, Bitbucket) to enable autonomous, scalable, and intelligent software development ecosystems.


You will design and deliver AI-driven SDLC platforms that combine agentic AI, GenAI, DevOps, and embedded engineering workflows—enabling self-optimizing and highly automated development pipelines.


Key Responsibilities


Multi‑GenAI Orchestration & Platform Architecture


  • Define and lead architecture for Multi‑GenAI orchestration platforms leveraging NXP-approved GenAI tools
  • Design orchestration across:
    • Multiple LLMs and AI services
    • Agent-based systems
    • Engineering toolchains including Atlassian (Jira, Confluence, Bitbucket)
  • Build modular orchestration layers for:
    • Multi-agent collaboration
    • Cross-model reasoning
    • End-to-end workflow automation
  • Ensure enterprise-grade scalability, governance, and secure deployment

AI-Driven SDLC Transformation


  • Architect and implement an AI-enabled embedded SDLC
  • Deeply integrate AI into:
    • Jira (AI-assisted backlog, requirements, traceability)
    • Confluence (automated documentation & knowledge generation)
    • Bitbucket (AI-driven code workflows & reviews)
  • Enable traceable, closed-loop AI systems across requirements → development → validation

Agentic AI & Autonomous Engineering Systems


  • Design agentic AI systems for autonomous execution of engineering workflows
  • Build multi-agent orchestration frameworks using:
    • LangChain, AutoGen, CrewAI
  • Enable:
    • AI-driven code generation and optimization
    • Automated debugging and root-cause analysis
    • Intelligent test creation linked to Jira workflows
  • Implement self-learning pipelines using feedback from developers and toolchains


Responsibilities
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