Senior UPW Process Engineer – Microelectronics Systems

Veolia; Portland (OR); Remote; USD 125,000 - 180,000; Full time

Benefits offered by this job

Flexible Spending & Health Saving 
— 


Life Insurance

Paid Time Off

Paid Holidays

AD&D Insurance

Disability Insurance

Tuition Reimbursement

Job summary

Veolia is seeking a Senior Process Engineer for the Ultrapure Water (UPW) team. You will design UPW treatments, size equipment, and ensure integration across multiple unit operations to deliver reliable microelectronics water solutions.

You will engage in design reviews, piloting, benchmarking, and optimization, balancing capital and operating costs while working with customers and internal experts across North America.

Qualifications

• Bachelor's or advanced degree in an Engineering field (Environmental, Chemical, or Mechanical) or related with UPW system experience.
• 10+ years in UPW treatment design and/or field operations.
• Experience with UPW processes and microelectronics industry requirements.
• Ability to integrate multiple unit operations into cohesive, optimized systems.

Responsibilities

• Lead design and sizing of UPW treatment units and reclaim-to-UPW applications.
• Own system integration across unit operations and coordinate with system integrators on complex flowsheets.
• Evaluate operation under design and upset conditions and participate in HAZOPs.

Skills

UPW design

System integration

Engineering judgment

Cross-functional collaboration

Education

Engineering degree (Environmental/Chemical/Mechanical)

Tools

WinFlows

WAVE

GasCAD

Liqui-Cel GTM

Excel

Google Sheets

Job description

Veolia is seeking a Senior Process Engineer for the Ultrapure Water (UPW) team. You will design UPW treatments, size equipment, and ensure integration across multiple unit operations to deliver reliable microelectronics water solutions.

You will engage in design reviews, piloting, benchmarking, and optimization, balancing capital and operating costs while working with customers and internal experts across North America.