Job description
Must Have
• 1+ years of professional experience in C++ and Python.
• Strong hands-on experience with OpenCV and implementation of image
processing algorithms.
• Solid understanding of camera fundamentals, including camera calibration,
intrinsic and extrinsic parameters, focal length, field of view (FOV), lens
distortion, perspective projection, and image formation.
• Good familiarity with video streaming protocols, multimedia pipelines, and
hardware/software encoders (RTSP, H264/H265, GStreamer, FFmpeg, etc.).
Key Responsibilities
• Design, develop, and implement multi-camera real-time streaming systems
on edge devices, supporting features such as object detection, multi-object
tracking, classification, and scene understanding.
• Develop, optimize, and integrate perception pipelines using NVIDIA
DeepStream SDK and GStreamer for high-performance, low-latency video
analytics.
• Optimize computer vision and AI workloads for deployment on NVIDIA Jetson
and other edge computing platforms, considering power, memory, latency, and
computational constraints.
• Integrate USB, CSI, and other cameras into production-grade applications.
• Collaborate closely with hardware, embedded, AI, and software engineering
teams to deliver robust perception solutions.
• Debug and optimize camera interfaces, streaming pipelines, synchronization
issues, and inference performance.
Skills & Requirements
• Bachelor's degree in Computer Science, Electrical Engineering, Robotics,
Electronics, or a related field.
• 1–3 years of professional experience in the Computer Vision domain.
• Strong programming skills in C++ and Python.
• Hands-on experience with NVIDIA DeepStream SDK for building real-time
streaming and video analytics applications.
• Demonstrable experience with GStreamer for multimedia pipeline development
and debugging.
• Extensive experience with OpenCV and classical image processing techniques.
• Experience implementing object detection, multi-object tracking, and image
classification pipelines.
• Good understanding of camera vision fundamentals, and respective
algorithms.
• Familiarity with computer vision algorithms and their practical applications in
real-time systems.
Bonus
• Experience with NVIDIA Jetson platforms (Nano, Xavier, Orin).
• Experience with ROS2
• Experience with CUDA, TensorRT, or ONNX model deployment.
• Familiarity with Docker and edge AI deployment.
• Experience optimizing real-time video processing pipelines for performance and
low latency.
Skills Required
- 1+ years professional experience in C++ and Python.
- Strong hands-on experience with OpenCV and image processing algorithms.
- Good familiarity with video streaming protocols and multimedia pipelines (RTSP, H264/H265, GStreamer, FFmpeg).
- Solid understanding of camera fundamentals (calibration, intrinsic/extrinsic parameters, focal length, FOV, lens distortion, perspective projection, image formation).
- 1-3 years of professional experience in the Computer Vision domain.
- Hands-on experience with NVIDIA DeepStream SDK for real-time streaming and video analytics.
- Demonstrable experience implementing object detection, multi-object tracking, and image classification pipelines.
- Experience integrating USB, CSI, and other cameras into production-grade applications.
- Bachelor's degree in Computer Science, Electrical Engineering, Robotics, Electronics, or related field.
- Experience optimizing computer vision and AI workloads for NVIDIA Jetson and other edge computing platforms (power, memory, latency constraints).
- Experience with GStreamer for multimedia pipeline development and debugging.
- Experience with NVIDIA Jetson platforms (Nano, Xavier, Orin).
- Experience with ROS2.
- Experience with CUDA, TensorRT, or ONNX model deployment.
- Familiarity with Docker and edge AI deployment.
- Experience optimizing real-time video processing pipelines for performance and low latency.
What We Do
Paar Autonomy is a deep-tech robotics startup specializing in autonomy solutions and AI-based vision systems for unmanned aerial, ground, and sea vehicles. The company develops multi-sensor, gyro-stabilized gimbal cameras and proprietary agentic AI models designed to provide 'super-human' vision and real-time mission coordination, primarily targeting the global defense market and dual-use industrial applications.
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