About the job
Position: Machine Learning Engineer
About Us:
At UnitX, we are pioneering the development of cutting-edge physical AI systems designed to automate repetitive visual tasks within manufacturing environments. Our dynamic startup thrives on a diverse team of experts from renowned institutions such as Stanford, MIT, and Google. To date, we have successfully implemented over 1,000 mission-critical AI systems across more than 190 of the world's top manufacturing production lines. Annually, our AI inspection systems oversee the quality of products valued at $15 billion.
Join us for a unique opportunity to contribute to groundbreaking computer vision technologies that are transforming global manufacturing efficiency.
Your Responsibilities:
Design and implement innovative algorithms to analyze raw sensor data for defect detection, focusing on pixel-level precision in high-resolution image and 3D data segmentation.
Develop robust software solutions that operate continuously on production lines, executing our algorithms in real-time with decision-making latency under 20ms.
Create metrics and tools for comprehensive model performance evaluation, enhancing system visibility and interpretability.
Research and explore novel methodologies, pushing the boundaries of AI technology, including Stable Diffusion and SAM, to deliver critical applications in manufacturing.
Who You Are:
Bachelor's degree in Computer Science, Mathematics, Physics, or a related technical discipline, or equivalent experience showcasing solid mathematical foundations.
A minimum of 2 years of experience developing machine learning models focused on computer vision applications in production settings.
Deep understanding of Deep Learning theories and practical applications, with proficiency in frameworks such as PyTorch or TensorFlow. Strong Python programming skills for creating efficient, maintainable solutions within extensive codebases.
Excellent communication and decision-making abilities, able to articulate experimental rationale and judiciously navigate between exploration and exploitation strategies.
Demonstrated resilience and adaptability in complex, uncertain environments.
Preferred Qualifications:
Experience with large-scale data processing and algorithm optimization.
Familiarity with tools for machine learning and data visualization.

