Supplier Development Engineer — High-Volume Assembly

Latent AI; Bastrop (TX); On-site; USD 80,000 - 110,000; Full time

Job summary

Latent AI is seeking a Supplier Development Engineer for their assembly processes in Bastrop, Texas. This role involves owning end-to-end process development with a focus on precision joining and automated inspection systems. Ideal candidates will have a Bachelor’s degree in engineering, along with 1+ years of experience in process development for consumer electronics. Strong technical skills in ultrasonic welding and statistical process methods are required. The position mandates on-site presence, offering opportunities for growth in a dynamic environment.

Qualifications

• 1+ years of experience in precision joining, dispensing, and automated inspection process development for consumer electronics or complex hardware.
• Strong technical background in ultrasonic welding and precision dispensing.

Responsibilities

• Own end-to-end process development for precision assembly technologies.
• Lead development of ultrasonic welding processes.
• Optimize hot plate welding processes for plastic housings.
• Establish automated optical inspection systems.

Skills

Ultrasonic welding

Precision dispensing

Automated optical inspection

Problem-solving skills

Statistical process control

Education

Bachelor’s degree in mechanical engineering, manufacturing engineering, materials science, or other engineering discipline

Tools

Minitab

Job description

Latent AI is seeking a Supplier Development Engineer for their assembly processes in Bastrop, Texas. This role involves owning end-to-end process development with a focus on precision joining and automated inspection systems. Ideal candidates will have a Bachelor’s degree in engineering, along with 1+ years of experience in process development for consumer electronics. Strong technical skills in ultrasonic welding and statistical process methods are required. The position mandates on-site presence, offering opportunities for growth in a dynamic environment.