The Agentic Ecosystem team is building the foundation for AI-native enterprise software. We create platform capabilities that allow AI agents to understand context, discover tools, invoke capabilities, and execute governed actions across TeamViewer products and connected third-party systems.
The work sits at the core of agentic experiences: MCP servers and clients, tool catalogs, context assembly, orchestration, evaluation, observability, secure integration patterns, and production-grade guardrails. The goal is to make agent behavior reliable, measurable, auditable, cost-aware, and safe for enterprise use.
You will help define how autonomous agents become trusted components of real-world software, not experiments or demos. This means combining strong engineering standards, AI-native development practices, human accountability, and customer trust. Join us if you want to build the ecosystem that will power the next generation of intelligent digital work.
Own the architecture of TeamViewer’s agentic platform, including Tia, third-party agents, tool use, retrieval, memory, orchestration, and governed actions across TeamViewer ONE.
Define reference architecture for MCP servers and clients, tool catalogues, context assembly, memory, orchestration, and trust boundaries.
Establish evaluation and observability discipline by defining quality criteria, tracing agent behavior, catching regressions before release, and using results to guide architectural decisions.
Set pragmatic positions on model choice, routing, fallback behavior, cost governance, vendor dependency, and production reliability.
Design safety architecture with security partners, covering prompt injection containment, permission models, tenancy isolation, auditability, and AI component risk.
Guide teams hands-on through early project phases, conduct architecture and design reviews, mentor senior engineers, and maintain clear architecture documentation for both engineers and agents.
Requirements
10+ years of software engineering experience, including demonstrated expertise in complex architectures, strong Python and TypeScript skills, and deep knowledge of distributed systems.
Extensive experience designing and delivering agentic systems, including tool-using agents, MCP or comparable protocols, retrieval, context engineering, multi-agent orchestration, and evaluation frameworks.
Proven track record of bringing AI solutions into enterprise production environments, with a strong understanding of security, compliance, multi-tenancy, cost management, reliability, and operational excellence at scale.
Strong ability to evaluate AI systems responsibly by defining quality standards, developing evaluation approaches, interpreting results, and identifying real-world failure modes.
Deep understanding of common AI model failure modes, including hallucinations, context degradation, prompt injection, non-determinism, and silent regressions, as well as the architectural controls required to mitigate them.
Regular use of AI coding agents, combined with critical review practices and accountability for correctness, security, maintainability, and architectural alignment.
Ability to communicate complex architectural concepts effectively to both technical and non-technical stakeholders, balancing business value with technical considerations while collaborating across global teams.
Solid knowledge of software licensing, open-source compliance, and AI dependency risk, complemented by a Bachelor's or Master's degree in Computer Science, Software Engineering, or a related field.
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