Engineer Navigation

• Perform a wide-variety of equations to understand and learn the basic principles of inertial and hybrid navigation
• Practice mathematical calculations using formulas to understand concepts of basic navigation sensors and describe sensor performance
• Understand the basic theory of optimal estimation filters and associated algorithms
• Develop low level hierarchical algorithms using high level programming language under the guidance of a senior engineer
• Code low level algorithms in simulation
• Understand the development of sensor models to use in a simulation as part of a navigation system development; design, implement and test sensor model in MATLAB under the guidance of Senior Engineer
• Write test code in simulation to verify the accuracy and performance of developed low level algorithms
• Support senior engineer during integration of low-level algorithms into main navigation simulation
• Support navigation team during laboratory, vehicle and flight testing of navigation systems
  

Experience & Education Qualifications:

• Bachelor’s degree in Electronics / Mechanical engineering or related discipline
• One-year training within the Halcon basic training system.