Jay Amlani
Software Engineer @Wayve
Signup · Get unlimited contacts
WORK HISTORY
Software Engineer @Wayve
Sunnyvale, CA, US
I have worked extensively on the embedded software stack running on prototype vehicles. My work has spanned across the Robot Compute Module (RCM), controllers, and vehicle interface components, focusing on ensuring reliable communication and execution between hardware and software layers.End-to-end integration workflowI have contributed to multiple stages of the embedded software integration lifecycle: writing and deploying vehicle driver nodes, supporting calibration through software hooks, and validating safety-critical paths during commissioning.Cross-team technical collaborationMy work has required continuous collaboration with hardware engineers, control system developers, calibration specialists, and operations teams to ensure smooth integration of embedded software with the vehicle platform.Change management in embedded softwareI have worked within established software release pipelines, assessing impacts of changes on CAN signal mappings, configuration files, and driver node implementations to maintain system stability.Stakeholder-facing software integrationI have engaged with OEM partners to align software integration with vehicle-specific requirements, ensuring that embedded driver nodes, gateways, and communication interfaces match external system expectations.Requirements to implementationI have translated OEM requirements—such as safety signal handling or trajectory data sharing—into embedded software specifications and ensured they were implemented and validated on-vehicle.
EDUCATION
Indiana University Bloomington
Master of Science - MS, Computer Science
Stanford University
Course Certificate, Natural Language Processing with Deep Learning
SKILLS
ABOUT JAY AMLANI
I’m a systems integration engineer with deep experience building and deploying L2++ autonomy stacks across prototype vehicles. On the Nissan project, I led the full integration of hardware and software—bringing together compute modules, controllers, configuration layers, and the autonomy model into a cohesive system. My work spans drive-by-wire interfaces, CAN networks, and robot software. I’ve managed vehicle commissioning workflows end-to-end, including installation, calibration, validation, and safety testing, and built documentation and test infrastructure to streamline future integrations.I collaborate across diverse engineering teams—software, hardware, control, calibration, and model development—to translate OEM requirements into executable technical milestones. My approach balances hands-on engineering with clear communication and risk management. I focus on reliability, timing accuracy, and safety validation—ensuring that every loop from perception to control behaves predictably in-vehicle. Whether it’s orchestrating a new autonomy release, debugging an interface issue, or coordinating with OEM engineers, I aim to close the gap between system design and real-world performance.
This profile is compiled from publicly available professional sources. Unifers is not affiliated with or endorsed by LinkedIn. Request removal of this profile.