Senior AWS AgentCore Architect for AI Agent Platform

Advanced Resource Managers Ltd; Greater London; Hybrid; GBP 120,000 - 157,000; Full time

Job summary

Advanced Resource Managers Ltd. is seeking a senior AWS architect to lead the design and implementation of an agentic AI platform in a London-based, hybrid role. The candidate will own architectural decisions, provide hands-on technical direction, and ensure secure, scalable integration with LLMs and API ecosystems.

The role requires deep AWS experience, Bedrock AgentCore knowledge, and a track record of delivering enterprise-grade AI solutions in regulated environments.

Qualifications

• Senior, hands-on architect who can take ownership quickly.
• Strong AWS architecture background and hands-on experience building agentic AI platforms on AWS.
• Knowledge of Amazon Bedrock AgentCore and Bedrock ecosystem.
• Ability to define architecture and technical patterns for enterprise-grade agentic solutions.
• Strong understanding of LLMs, agent orchestration, APIs, integration and security.
• Senior enough to provide architectural leadership while remaining hands-on.
• Comfortable stepping into an existing programme and taking ownership quickly.

Responsibilities

• Provide architectural leadership for the build-out of an agentic AI platform.
• Take ownership quickly and provide technical direction beyond GenAI high-level discussion.

Skills

AWS architecture

Agentic AI platforms

Bedrock AgentCore

Enterprise architecture

LLMs & orchestration

Hands-on leadership

Program ownership

Tools

Bedrock ecosystem

Job description

Advanced Resource Managers Ltd. is seeking a senior AWS architect to lead the design and implementation of an agentic AI platform in a London-based, hybrid role. The candidate will own architectural decisions, provide hands-on technical direction, and ensure secure, scalable integration with LLMs and API ecosystems.

The role requires deep AWS experience, Bedrock AgentCore knowledge, and a track record of delivering enterprise-grade AI solutions in regulated environments.