Platform Engineer - Precision Timing & Secure Infra

Platform Engineer - Precision Timing & Secure Infra

Full-Time 40000 - 50000 Β£ / year (est.) No working from home possible
National Physical Laboratory (NPL)

At a Glance

  • Tasks: Deliver high-quality code and automation for precise timing solutions.
  • Company: Join the National Physical Laboratory, a leader in time and frequency standards.
  • Benefits: Work in a collaborative team environment with a focus on security practices.
  • Other info: Position located within the Time & Frequency department.
  • Why this job: Contribute to essential UK digital infrastructure through innovative timing solutions.
  • Qualifications: Candidates must have scripting capabilities and a relevant degree.

The predicted salary is between 40000 - 50000 Β£ per year.

The National Physical Laboratory (NPL) is looking for a skilled individual to join their Time & Frequency department, focusing on precise timing solutions essential for UK digital infrastructure. You'll be responsible for delivering high-quality code and automation while ensuring systems remain robust.

Candidates should possess scripting capabilities and a relevant degree. This role requires collaboration and strong communication skills within a team environment, as well as a commitment to improving security practices.

Platform Engineer - Precision Timing & Secure Infra employer: National Physical Laboratory (NPL)

The National Physical Laboratory is at the forefront of precision timing solutions, crucial for the UK's digital infrastructure. Employees benefit from a collaborative work environment and a commitment to enhancing security practices. Located in Teddington, NPL offers a unique opportunity to impact national standards.

National Physical Laboratory (NPL)

Contact Details:

National Physical Laboratory (NPL) Recruitment Team

We think you need these skills to ace Platform Engineer - Precision Timing & Secure Infra

SQL
Python
Problem-Solving Skills
Automation
Communication Skills
Data Engineering
ETL/ELT Processes