USS Detection Algo Eng

Pentangle Tech Services | P5 Group; Auburn Hills (MI); On-site; USD 90,000 - 140,000; Full time

Job summary

Pentangle Tech Services | P5 Group is seeking an engineering professional to advance ADAS capabilities using ultrasonic sensors. The role focuses on applying raw ultrasonic data to generate actionable insights for in-vehicle safety features, with emphasis on sensor performance and reliability.

The ideal candidate will design and validate algorithms for embedded systems in automotive environments, conduct thorough tests, and contribute to robust ADAS function development in a production context.

Qualifications

• Deep knowledge of ultrasonic sensors for ADAS.
• Comprehension of automotive sensor capabilities.
• Experience turning raw ultrasonic data into actionable ADAS insights.
• Ability to design tests to validate ADAS performance.

Responsibilities

Skills

Ultrasonic ADAS

Sensor functionality

Data to insights

ADAS testing

Job description

A functions system position requiring knowledge on the ADAS usage of ultrasonics and the ability to apply raw sensor data into useful data

Skills Needed

• In-depth knowledge of the usage of ultrasonic sensors in Advanced Driver Assistance Systems (ADAS)
• Understanding of the functionality and capabilities of ultrasonic sensors used in automotive applications
• Experience in implementing algorithms for converting raw ultrasonic sensor data into actionable insights for ADAS applications
• Proficient in designing and conducting tests to validate the performance of ADAS functions

Skills Wanted

• Proficiency in designing and optimizing functional systems
• Knowledge of sensor fusion techniques
• Experience in calibrating ADAS systems, particularly those involving ultrasonic sensors, to ensure accurate and reliable performance
• Experience in developing algorithms for embedded systems, understanding constraints and considerations in automotive environments
• Knowledge of safety standards and regulations relevant to ADAS systems, ensuring compliance in the design and implementation of functions.