Principal Mechanical Engineer, Next-Gen Sequencing

Pharmaceutical Company; Santa Clara (CA); On-site; USD 120,000 - 160,000; Full time

Job summary

A leading life sciences firm in Santa Clara is seeking a Principal Mechanical Engineer to innovate and develop advanced systems for DNA sequencing. The selected candidate will lead projects in mechanical design and manage cross-functional teams. Ideal candidates will have a PhD in Mechanical or Bioengineering, with extensive experience in complex system design, 3D CAD proficiency, and a solid foundation in fluidics. The position emphasizes a hands-on approach and offers a unique opportunity to contribute to next-generation sequencing technology in a dynamic environment.

Qualifications

• You have deep expertise in designing complex mechanical systems.
• Experience in developing precision temperature control systems is necessary.
• Proficiency in creating manufacturing drawings using CAD tools is required.

Responsibilities

• Lead mechanical design and development of subsystems.
• Collaborate with interdisciplinary engineering teams.
• Develop mechanisms for automated reagent loading and clamping.

Skills

Expertise in mechanical engineering

3D CAD software proficiency

Problem-solving skills

Thermal management expertise

Hands-on experience with fluidics systems

Experience in testing pneumatic systems

Education

PhD in Mechanical Engineering or Bioengineering

Master's degree with 4 years of experience

Bachelor's degree with 7 years of experience

Tools

SolidWorks

Python

LabVIEW

CNC mills/lathens

Job description

A leading life sciences firm in Santa Clara is seeking a Principal Mechanical Engineer to innovate and develop advanced systems for DNA sequencing. The selected candidate will lead projects in mechanical design and manage cross-functional teams. Ideal candidates will have a PhD in Mechanical or Bioengineering, with extensive experience in complex system design, 3D CAD proficiency, and a solid foundation in fluidics. The position emphasizes a hands-on approach and offers a unique opportunity to contribute to next-generation sequencing technology in a dynamic environment.