Senior UPW Process Engineer — Microelectronics Systems

Veolia | Water Tech; Boise (ID); On-site; USD 120,000 - 170,000; Full time

Benefits offered by this job

Medical, Dental, & Vision Insurance

401(k) Plan

Paid Time Off

Parental Leave

Tuition Reimbursement

Job summary

Veolia Water Technology is seeking a senior Process Engineer to lead ultrapure water treatment design for North American clients. You will guide process design, system integration, and pilot studies to deliver reliable UPW solutions for the microelectronics market.

You will collaborate with customers and internal teams, applying deep technical knowledge while balancing capital and operating costs and risk to ensure project success.

Qualifications

• Requires bachelor’s or higher in Engineering (ENV/CHEM/MECH) or related field.
• 10+ years UPW design experience for microelectronics preferred.
• Proven ability to integrate multiple unit operations into cohesive treatment systems.

Responsibilities

• Characterize water chemistry and develop design basis for reclaim-to-UPW applications.
• Select unit processes, size equipment, and ensure process guarantees.
• Apply advanced treatment technologies (membranes, ion exchange, UV, gas-transfer) for microelectronics UPW.
• Own system integration across unit operations; collaborate with system integrator on complex flowsheets.
• Evaluate operation under design/upset conditions; participate in HAZOPs.

Skills

UPW design

Process integration

Engineering judgment

Communication skills

Team collaboration

PE licensure

Travel 10%

Excel/Sheets

WinFlows/WAVE

GasCAD

Education

Engineering degree (Environmental/Chemical/Mechanical)

Tools

WinFlows

WAVE

GasCAD

Liqui-Cel GTM

Job description

Veolia Water Technology is seeking a senior Process Engineer to lead ultrapure water treatment design for North American clients. You will guide process design, system integration, and pilot studies to deliver reliable UPW solutions for the microelectronics market.

You will collaborate with customers and internal teams, applying deep technical knowledge while balancing capital and operating costs and risk to ensure project success.