Design and develop lidar systems for autonomous vehicles, robotics, and mapping applications, focusing on performance and reliability.

Create algorithms for processing lidar data, including point cloud registration, object detection, and environmental reconstruction.

Integrate lidar sensors with other sensors like cameras and radar to create comprehensive perception systems.

Optimize lidar system performance by improving data accuracy, reducing noise, and enhancing range and resolution.

Conduct rigorous testing and validation of lidar systems to ensure they meet performance and safety requirements.

Develop and implement calibration procedures to maintain the accuracy and reliability of lidar sensors over time.

Analyze point cloud data to extract meaningful information for applications such as autonomous navigation and 3D modeling.

Develop new algorithms for lidar data processing, object recognition, and scene understanding to improve system capabilities.

Integrate lidar systems into larger robotic or automotive platforms, ensuring seamless operation and data flow.

Conduct research and development activities to explore new lidar technologies and improve existing systems.

Create data visualizations to represent lidar data and system performance, aiding in analysis and communication.

Develop software tools and applications for lidar data processing, simulation, and system control.

Designing Lidar systems for autonomous vehicles, drones, and robotics, focusing on performance and reliability.

Developing algorithms for processing Lidar data to create 3D maps and detect objects in real-time.

Testing and calibrating Lidar sensors to ensure accuracy and consistency in various environmental conditions.

Integrating Lidar systems with other sensors like cameras and radar to enhance perception capabilities.

Analyzing Lidar data to improve the performance of autonomous systems and identify potential safety issues.

Collaborating with cross-functional teams to define system requirements and develop innovative solutions.

Creating and maintaining documentation for Lidar system design, testing, and performance analysis.

Staying up-to-date with the latest advancements in Lidar technology and related fields.

Troubleshooting and resolving technical issues related to Lidar systems in the field.

Optimizing Lidar data processing pipelines for efficiency and scalability.

Conducting research and development to improve the range, resolution, and accuracy of Lidar sensors.

Developing software tools for visualizing and analyzing Lidar data.

Participating in industry conferences and workshops to present research findings and network with other professionals.

Working with suppliers and vendors to source components and materials for Lidar systems.

Ensuring compliance with safety standards and regulations related to Lidar technology.