Chemical Process Engineer II - Process Optimization

Solstice Mobile, Inc.; Bryan (TX); On-site; USD 97,000 - 121,000; Full time

Benefits offered by this job

Medical Insurance

Dental Insurance

Vision Insurance

Life Insurance

Short-Term Disability

Long-Term Disability

401(k) match

Flexible Spending Accounts

Health Savings Accounts

Educational Assistance

Parental Leave

Paid Time Off

12 Paid Holidays

Job summary

Solstice Advanced Materials in Bryan, TX is seeking a Chemical Process Engineer to ensure 24/7 operations meet quality, cost, and efficiency goals. You will lead continuous process improvement, scale up developmental products, and provide technical guidance to the operations team.

Responsibilities include day-to-day process support, troubleshooting, overseeing OEE/MTBF, and implementing RCA-driven changes. Requires a bachelor’s degree in chemical/mechanical/industrial engineering and experience

Qualifications

• Bachelor’s degree in chemical, mechanical, or industrial engineering.
• Six Sigma/Lean certification preferred.
• Experience in chemical manufacturing and process improvements.

Responsibilities

• Lead day-to-day support for manufacturing processes and off-hours troubleshooting.
• Understand and optimize process models, heat/material balances, P&IDs, and equipment specs.
• Track OEE/MTBF, identify issues, and drive continuous improvement initiatives.
• Develop SOPs and manage MOC changes; support process safety efforts.

Education

Bachelor’s degree in chemical, Mechanical Engineering, or Industrial Engineering

Tools

ASPEN

HTRI

PIPE-FLO

Honeywell Experion

Honeywell Uniformance

Job description

Solstice Advanced Materials in Bryan, TX is seeking a Chemical Process Engineer to ensure 24/7 operations meet quality, cost, and efficiency goals. You will lead continuous process improvement, scale up developmental products, and provide technical guidance to the operations team.

Responsibilities include day-to-day process support, troubleshooting, overseeing OEE/MTBF, and implementing RCA-driven changes. Requires a bachelor’s degree in chemical/mechanical/industrial engineering and experience