Principal AI Architect & Tech Lead (Hybrid)

Maxwell Bond; Liverpool City Region; Híbrido; GBP 90.000 - 130.000; Tempo integral

Resumo da vaga

Maxwell Bond is looking for a hands-on Principal Developer to own the architecture of a brand-new platform on a hybrid model. You will lead backend and data engineers and drive key technical decisions, shaping how modern software uses AI.

This role targets a senior engineer ready to step up to leadership and architectural ownership. The ideal candidate brings strong C#, .NET and Azure experience, plus a track record in designing scalable, data-intensive systems, microservices, and event-driven

Qualificações

• Strong C#, .NET and Azure experience.
• Experience designing scalable, data-intensive systems.
• Knowledge of microservices, distributed systems and event-driven architecture.
• Exposure to Python and data engineering.
• Experience leading technical decisions and using AI coding agents.
• Experience with AWS, streaming data or machine learning would be a bonus.

Responsabilidades

• Own architectural decisions and technical direction.
• Lead and mentor a team of backend and data engineers.
• Shape and implement the platform architecture for a greenfield project.
• Drive real-time processing and large-scale data challenges.
• Utilise AI coding tools to accelerate development and code quality.

Conhecimentos

C#

.NET

Azure

Architectural design

Distributed systems

Microservices

Event-driven

AI coding agents

Leadership

Real-time processing

Ferramentas

Azure

AWS

Python

Data engineering

Claude Code

Cursor

GitHub Copilot

Descrição da vaga

Maxwell Bond is looking for a hands-on Principal Developer to own the architecture of a brand-new platform on a hybrid model. You will lead backend and data engineers and drive key technical decisions, shaping how modern software uses AI.

This role targets a senior engineer ready to step up to leadership and architectural ownership. The ideal candidate brings strong C#, .NET and Azure experience, plus a track record in designing scalable, data-intensive systems, microservices, and event-driven