AI & Emerging technologies

Algorithm Specialist

Electus Recruitment Solutions

Bristol · Bristol · United Kingdom

Overview

In this role you will design and deliver sophisticated guidance, navigation and control (GNC) algorithms for advanced weapon systems. You will work within a high-technology defence environment, integrating algorithms into complex weapons platforms and driving innovation with agile methods. The position offers significant impact on mission-critical systems and is based in Bristol with on-site work predominantly. You will operate under security constraints and collaborate with cross-functional teams to meet stringent performance requirements. This is a permanent, technically demanding opportunity with strong career progression and reward potential for proven excellence.

Pay / Benefits
  • paid overtime
  • bonuses
  • annual performance reviews
Responsibilities
  • Develop innovative GNC algorithms and ensure they are fit for purpose
  • Integrate algorithms within complex weapons systems
  • Foster innovation and apply agile methods and process improvements
Key requirements
  • Degree qualification or equivalent experience in a mathematically intensive subject (e.g. Aerospace, Control, Mechanical, Mathematics, Physics, Computer Science)
  • Domain knowledge in Flight Dynamics, Aerodynamics, Sensors, Servo Systems, Actuators, Autonomous Systems, Robotics or Mechatronics
  • Algorithms knowledge including Modern/Classical Control, Navigation, Data Fusion, Tracking and Guidance, Machine Learning
  • Experience with MATLAB and Simulink
  • Familiar with Python or C/C++
  • British Citizens only due to high-level security clearance requirements
  • Security vetting to minimum SC level if not already cleared
  • MATLAB
  • Simulink
  • Python
  • C/C++
  • Modern Control
  • Classical Control

Reference: WJ-747_31163063

Find more on GigBlows

This role is listed on GigBlows for discovery and search. Hiring decisions and applications are handled by the employer or their chosen application system.