Job Description

The Client -

A global technology leader delivering advanced automated test and assurance solutions to B2B customers. Their portfolio accelerates the development of next-generation technologies and ensures exceptional performance in real-world applications. Solutions span a wide range of industries and cutting-edge technologies, including 5G, SD-WAN, Cloud, and Autonomous Vehicles.

The Candidate -

This role requires a candidate with a strong background in mathematical modelling, systems, and software development. Ideal experience includes the development of mathematical algorithms, methods, and procedures for applications such as RF signal propagation, 3D mapping analysis and modelling, and GNSS software and positioning techniques.

The Role -

This role forms part of the Systems team and working closely with software developers, this role focuses on understanding and analysing requirements to design and implement optimal algorithms and software solutions. The GNSS System Engineer will contribute to the development of Simulation and Navigation Products, helping to innovate across systems, subsystems, and features based on cutting-edge technology.

This is a Hybrid position with 1 day a week on-site.

Responsibilities -

Algorithm selection, trialling, design, implementation, and validation, including support for system architecture, product development, and planning. Evaluation of technologies, methods, and techniques to analyse trade-offs and customise solutions to deliver efficient, high-performing systems. Exploration and investigation of options with proposals for innovative approaches. Analysis and interpretation of system requirements. Design and implementation of optimal algorithms and software solutions. Contribution to the development of positioning and test (PT) products and services. Problem-solving and analytical tasks including concept development, mathematical modelling, and prototyping. Support for analysis through the development and use of software tools including Python, MATLAB, and C++, while adhering to coding standards. Delivery of functional blocks and features for integration into existing products; definition and execution of test plans to validate requirements and ensure quality. Active participation in the full system development lifecycle, from design through to implementation and validation.

Essential Requirements -

Experience in mathematical modelling, and system and software development. Proven expertise in developing mathematical algorithms, methods, procedures, and software for: RF signal propagation 3D mapping analysis and modelling GNSS software and positioning techniques Degree in a relevant discipline, such as Mathematics, System Modelling, Physics, or Positioning. Strong analytical and problem-solving skills, with a focus on applying mathematical modelling to real-world challenges. Proficient in the development and application of tools including Python, MATLAB, and C++, with adherence to software development standards. A collaborative team player with a positive attitude, eagerness to learn new technologies, self-motivation, and excellent interpersonal and communication skills. Ability to produce clear documentation and communicate project status effectively.

Desirable (Not Essential) -

Experience in positioning data analysis techniques to assess and improve system performance. Knowledge of RF signal path transmission and modelling. Familiarity with digital 3D mapping and modelling tools such as Cesium, Blender, and QGIS. Background in GNSS fused Position Engine development, including radio-based positioning solutions, hardware/software GNSS, RTK and inertial data fusion, and navigation systems. Experience in design and delivery of Position and Measurement Engines incorporating GPS, Galileo, Beidou, Glonass, and QZSS.
We look forward to receiving your application.

Job Types: Full-time, Permanent

Additional pay:

Yearly bonus
Benefits:

Company pension Cycle to work scheme Free parking On-site parking Private medical insurance Relocation assistance Work from home
Schedule:

Monday to Friday
Work Location: In person

Reference ID: RL7766