Lead SRE (AWS/Azure) - Hybrid, High-Impact Reliability in Cambridge

Lead SRE (AWS/Azure) - Hybrid, High-Impact Reliability in Cambridge

Cambridge Full-Time 70000 - 80000 £ / year (est.) No working from home possible
Client Server

At a Glance

  • Tasks: Build and operate resilient platforms while leading incident response activities.
  • Company: Client Server, a supportive tech company in Cambridge.
  • Benefits: Competitive salary up to £80k, private medical insurance, and generous holiday policies.
  • Other info: Enjoy a hybrid work model with excellent career growth opportunities.
  • Why this job: Make a high-impact contribution to system reliability in a collaborative environment.
  • Qualifications: Experience in site reliability engineering and strong leadership skills.

The predicted salary is between 70000 - 80000 £ per year.

Client Server is looking for a Lead Site Reliability Engineer (SRE) in Cambridge. This role involves building and operating resilient platforms, improving system reliability, and leading incident response activities. You will collaborate with engineering teams while enjoying a supportive work environment.

This position offers a competitive salary up to £80k plus bonus, private medical insurance, pension, enhanced parental leave, and generous holiday policies.

Lead SRE (AWS/Azure) - Hybrid, High-Impact Reliability in Cambridge employer: Client Server

Client Server is an excellent employer, offering a dynamic and supportive work culture in the vibrant city of Cambridge. With a focus on employee growth, you will have opportunities to lead impactful projects while enjoying competitive benefits such as private medical insurance, enhanced parental leave, and generous holiday policies, making it a rewarding place to advance your career in Site Reliability Engineering.

Client Server

Contact Details:

Client Server Recruitment Team

We think you need these skills to ace Lead SRE (AWS/Azure) - Hybrid, High-Impact Reliability in Cambridge

Site Reliability Engineering
AWS
Azure
System Reliability
Incident Response
Collaboration
Platform Resilience