MEMS/Microfluidics Design Engineer

Responsibilities

• Take end-to-end ownership of design, from ideation and modeling to design for manufacturability and performance validation.
• Model performance characteristics of drop ejection designs, including thermal, electrical, fluidic, and mechanical parameters.
• Design new microfluidic MEMS drop ejection devices and conduct experiments using Design of Experiments (DOE) and statistical analysis.
• Test and characterize ink/design interactions, including drop weight, printhead energy, ejection reliability, and printhead life.
• Advance and integrate material science innovations to improve drop performance and reliability.
• Develop and advance test solutions to measure and monitor the performance of drops and printheads.
• Partner with multidisciplinary teams, including wafer fabrication, ink chemists, firmware, and electrical circuit designers, to validate new solutions.

Requirements

• Bachelor's or Master's degree in an engineering discipline (Chemical, Materials Science, Physics, Mechanical, or Electrical Engineering).
• Strong knowledge of fluid mechanics and thermodynamics.
• Foundational understanding of basic chemistry and basic circuits.
• Proficiency in programming and modeling software.
• Skilled in analytical decision-making, troubleshooting, and statistical analysis.
• Excellent communication skills and the ability to work effectively within multidisciplinary, global teams.

Benefits

• Comprehensive health, dental, and vision insurance.
• Long term and short term disability insurance.
• Life insurance and employee assistance programs.
• Generous time off policies, including 11 paid holidays and flexible vacation/sick leave.
• 4-12 weeks of fully paid parental leave based on tenure.

About the Company

HP Inc. is a world leader in inkjet printing technology, driving innovation across home, office, and industrial settings. From high-speed digital printing presses to 3D printing and life science applications, HP R&D leverages world-class capabilities in MEMS, material science, and microfluidics to develop next-generation products that reshape how the world works.