As an Electrical Engineer, you will help lead the display subsystem electrical design including display driver IC validation, display module design, ESD and EMI mitigation design and display interface implementation. You will experiment with, and develop, novel solutions to the myriad of complex AR problems combining electronics, optics, mechanics and software.
You will design complex modular systems that may include microcontrollers, power supplies, data and power distribution systems, camera sensors and high-speed video interfaces. You will also draw up circuit schematics and PCB layouts, assemble and troubleshoot prototypes, oversee fabrication, and integrate designs into opto-electro-mechanical assemblies.
3+ years of experience in rapid prototyping and development of XR, embedded, and/or consumer electronics including component
selection, schematic design, board layout, assembly and troubleshooting.
Experience using Allegro, OrCAD, Altium, Eagle, KiCAD or other schematics/layout tools.
Experience working in small multidisciplinary teams on integrating systems in conjunction with mechanical and software engineers, in a self-motivated and self-managed manner.
Experience with physical sensor systems such as IMU, LIDAR, proximity sensors, and depth sensors, with an understanding of calibration methods.
Design, manufacture, assembly and testing of display (mainly LCD) systems.
Experience with various communications protocols such as I2C, I2S, UART, SPI, USBC.
Low-power circuit design, DC/DC converters, power supplies, LED driving circuitry, and measurement of data signals.
Experience with the following: digital signal processing, real-time operating systems, real time image processing, display engineering, various camera sensors and modules as well as other optical sensors.
Design electrical engineering solutions for end-to-end future AR devices and experiences.
Experience working with EMS, OEM, ODM, and CM providers.
Systems-level engineering experience with complex integrated electromechanical assemblies.
Display- and video-specific protocols such as MIPI, HDMI, DisplayPort.
Knowledge of low-level firmware programming for embedded systems, C/C++.
FPGA design and programming experience.
About the department
The Hardware Technology team at Red 6 engineers high performing and highly advanced augmented reality platforms and infrastructure, which support our military partners’ training and operations.
The goal of the Research department is to understand and develop how the multiverse works. Embedded within the Research department is a talented team that builds the tools that allow us to conduct R&D with a unique understanding of bleeding edge technologies. These tools tackle problems from data ingestion and storage, to data visualization and advanced communications networks. In order to achieve this goal, we require a first-rate development ecosystem. As such, we’re investing in building an AR-specific engineering team.
The Red 6 Mission
To build the best in-flight Augmented Reality flight training system in the world, and to create the most lethal combat pilots on the planet.
This job description is not a contract and confers no contractual rights, privileges, or benefits on any applicant or potential applicant. Red 6 has the right to change any and all terms of this job description, including, but not limited to, job responsibilities, qualifications and benefits. Nothing in this job description constitutes an offer or guarantee of employment.
Red Six Aerospace, Inc. is an Equal Opportunity Employer.