AI/ML/DSP Engineer for WiFi Vision and 3D Sensing Systems

Join us in pioneering next-generation WiFi-based vision and 3D sensing technologies that allow for real-time spatial awareness, including the ability to see behind walls. We are looking for a talented AI/ML Engineer to help develop and optimize cutting-edge algorithms that leverage wireless signals to create real-time 3D models, enabling applications such as human activity recognition, object detection, and environmental sensing without the need for traditional cameras.

• Key Responsibilities:Design and optimize advanced signal processing algorithms that convert WiFi signals into detailed 3D sensing outputs.
• Develop and implement AI/ML models for WiFi-based object detection, localization, and 3D human mesh reconstruction.
• Collaborate on innovative research, pushing the boundaries of WiFi-based vision for real-time human activity recognition and environmental sensing.
• Work closely with engineering teams to ensure real-time performance on edge devices and cloud infrastructures, optimizing for minimal latency and high efficiency.
• Validate, test, and deploy models in dynamic environments for a variety of applications, ensuring robustness and scalability.
• Required Qualifications:Bachelor’s or Master’s degree in Electrical Engineering, Computer Science, or a related field.
• 4+ years of experience in AI/ML model development, digital signal processing (DSP), and algorithm design.
• Proficiency in TensorFlow, Keras, PyTorch, and other machine learning frameworks.
• Strong programming skills in MATLAB, Python, or C++ for developing real-time processing algorithms.
• Experience in data-driven modeling for signal interpretation and 3D spatial understanding.
• Preferred Qualifications:Proven experience with computer vision and 3D reconstruction techniques.
• Familiarity with wireless sensing systems and innovative techniques like WiFi-based sensing for non-visual spatial awareness.
• Understanding of edge computing and cloud architectures for deploying real-time AI models.