Explore, Create, and Shape the Future of Radar Technology with Our Specialized Scholarships. If you're passionate about engineering, artificial intelligence, or electronic design, this is your opportunity to work on cutting-edge projects—from anti-drone solutions and coastal surveillance to R&D initiatives such as space debris detection (S3T) and bird protection in wind farms.

Are you looking to complete your Bachelor's/Master's Thesis or gain professional experience while studying?

Join our team and work on innovative projects in radar technology, AI, big data, electronics, or RF systems.

What Do We Offer?

• Real-world projects with global impact, from terrestrial surveillance to space applications.

• Collaboration with experts in a constantly innovative environment.

• Flexible working hours to balance learning and professional development.

• A wide range of topics for your Bachelor's/Master's Thesis on real-world projects.

Areas of Opportunity:

Tracking & Data Fusion:

• Design advanced tools to generate simulated targets with realistic dynamic models.

• Optimize radar tracking algorithms for key applications, from birds and drones to coastal surveillance.

• Enhance video tracking algorithms for more precise and intelligent tracking.

• Create innovative algorithms to combine data from multiple sources.

Artificial Intelligence (AI) & Big Data:

• Develop AI models for real-time detection and classification of targets such as birds, drones, and coastal surveillance, integrating radar and optical sensor data.

• Design visual and dataset management tools to train next-generation AI models.

• Analyze large volumes of radar data and uncover patterns that transform decision-making processes.

Operational System Optimization:

• Evaluate real-time system performance to ensure maximum efficiency.

• Innovate with algorithms that detect and correct systematic errors in operational radars.

• Develop 3D GIS graphics engines that enhance visualization and data interpretation.

Systems/RF Engineering:

• Build automated measurement benches to characterize radar systems with millimeter precision.

• Participate in all project phases, from defining technical specifications to designing innovative solutions and validating them in real-world scenarios.

Electronic/RF Engineering:

• Develop firmware for embedded systems, acting as the brains of our solutions.

• Implement ultra-fast radar algorithms on GPUs.

• Design and test PCBs optimized for high-performance RF systems.

• Create and validate advanced electronic boards with ADCs, FPGAs, and SoC, taking hardware integration to the next level.

Interested?

Send your CV to info@advancedradartechnologies.com or apply through our LinkedIn job posting.