C2 Systems Intern: Radar Fusion & Multi-Interceptor Ops

EGIDE; Paris; On-site; EUR 15,000 - 18,000; Part time

Benefits offered by this job

Meal vouchers

50% public transport reimbursement

Job summary

EGIDE in Paris Region is offering a 6-month internship focused on Command and Control (C2) for radar-based localization, identification, and engagement matching with multi-interceptor operations.

You will explore track-to-track association, build simulation environments, and design algorithms to fuse radar tracks with interceptor navigation data, while calibrating radar biases in real time and solving interceptor-to-target assignment challenges.

Qualifications

• Proximity to final-year engineering degree or MSc in relevant fields.
• Basic knowledge of estimation theory and tracking/matching algorithms.
• Proficiency in Python or MATLAB/Simulink.
• Proactive and able to bridge software, sensor data, and operational requirements.

Responsibilities

• Literature review on track-to-track association and multi-hypothesis state estimation.
• Build a realistic simulation with interceptor and target trajectories and radar measurements.
• Design and implement track-to-track fusion algorithms with radar tracks and interceptor navigation reports.
• Develop methods to estimate and correct radar registration biases in real time.
• Determine interceptor-to-target assignment matching using mission plans and fused tracks.
• Create a C2 display prototype showing radar tracks, interceptor positions, friend/foe labels, confidence levels, and engagement lines; include warnings when ID confidence is low.

Skills

Python

Kalman filtering

Data fusion

Tracking algorithms

Simulation of autonomous systems

Control theory

Education

Final year engineering degree or MSc program (Applied Math/Signal Processing/Data Fusion/Control)

Tools

MATLAB/Simulink

Job description

EGIDE in Paris Region is offering a 6-month internship focused on Command and Control (C2) for radar-based localization, identification, and engagement matching with multi-interceptor operations.

You will explore track-to-track association, build simulation environments, and design algorithms to fuse radar tracks with interceptor navigation data, while calibrating radar biases in real time and solving interceptor-to-target assignment challenges.