Senior Lead Engineer - VES

Responsibilities & Key Deliverables

Lead and manage the audio acoustics team, providing technical guidance, mentorship, and support throughout the product development lifecycle.

Define and implement strategies for optimizing audio performance, sound quality, and acoustic comfort in automotive products, considering factors such as cabin noise, speaker placement, and audio signal processing.

Collaborate closely with design, engineering, and manufacturing teams to establish acoustic requirements and specifications for automotive audio systems, ensuring alignment with product goals and customer expectations.

Conduct research and stay up-to-date with the latest advancements in automotive audio acoustics, evaluating new technologies and methodologies to enhance audio system performance.

Plan and execute acoustic testing and validation procedures, including in-vehicle and laboratory tests, analyzing and interpreting test data to identify and address acoustic issues or deficiencies.

Work closely with suppliers and external partners to develop and integrate cutting-edge audio components and technologies into our automotive products.

Collaborate with product managers to define audio-related features, enhancements, and innovations for the automotive product roadmap.

Support cross-functional teams including POST SOP products in resolving audio-related issues, providing technical expertise and guidance to ensure high-quality audio experiences in our automotive products.

Stay informed about industry standards and regulations related to automotive audio acoustics, ensuring compliance and driving continuous improvement.

Experience

12-18 years of experience

Qualifications

Bachelor's degree in Electrical Engineering, Acoustics, Automotive Engineering, or a related field. A Master's degree is preferred.

General Requirements

Proven experience in audio acoustics, specifically in the automotive industry, with a focus on automotive product development.

Strong knowledge of automotive audio system design, acoustic modeling, and sound quality optimization.