Red 6 is an innovative Augmented Reality (AR) technology startup leading the way in synthetic air combat training. Our primary technology, supporting our ATARS product, enables pilots to simulate the cognitive challenges of flying while accessing realistic, scalable training in dynamic outdoor environments.
As a Principal Optical Software Engineer at Red 6, you will be a key part of the core technology team, involved in all aspects of optics design and usage. You'll collaborate with other engineers to optimize Red 6's image distortion correction and headset metrology methodologies. Your role will be crucial in informing the design of future devices to push the boundaries of FOV and resolution, creating highly accurate and realistic augmented reality experiences that redefine the state of the art.
Key responsibilities include designing and implementing robust optical calibration systems, performing optical calibration, developing algorithms for real-time computer vision applications, incorporating sensor data to improve optics system performance, and collaborating with various teams to establish new metrology tools. You'll also assist in developing Red 6's computer vision-based technologies and effectively communicate optics and computer vision successes and challenges to the leadership team.
The ideal candidate will have a strong foundation in computer vision methodologies, computer graphics, and optical systems. Proficiency in Python or C++ is required, along with a solid understanding of linear algebra, projective geometry, and trigonometry. Experience with image processing, algorithm development, and the ability to troubleshoot mechanical, hardware, and software issues are essential.
This role offers the opportunity to work on cutting-edge AR technology in the field of air combat training, making a significant impact on pilot training and safety. Join Red 6 to be at the forefront of innovation in augmented reality and contribute to redefining the future of military training technology.