HRSG Process Leader - Hybrid Role, Global Power Impact
Nooter/Eriksen, Inc.
St. Louis (MO)
Hybrid
USD 100,000 - 130,000
Full time
14 days+
Application generator
Turn this role into an interview — a resume and cover letter built around what this employer wants.
Get past ATS filters
Benefits offered by this job
Flexible work schedule
Full benefits package
401(K) with employer match
Medical with employer contribution towards HSA
100% coverage for dental and short-term disability
Job summary
A leading engineering firm in St. Louis is seeking an experienced HRSG Process Specialist to join its Thermal Design Team. This hybrid position involves analyzing process-related issues and coordinating technical solutions. Candidates should have at least 12 years of experience in power generation, particularly with HRSGs or combined cycle plants, and a four-year degree. Knowledge in heat transfer, thermodynamics, and effective communication skills are essential. Strong problem-solving abilities are also required. The role may require domestic and international travel up to 20%.
Qualifications
At least 12 years of experience in power generation, preferably with combined cycle power plants.
Experience in developing technical papers and designs related to process engineering.
Ability to read, write, problem solve, and analyze data.
Responsibilities
Analyze process-related field issues and suggest approaches.
Lead or participate in cross-functional study teams for technology improvements.
Coordinate changes in programs and procedures related to process design.
Skills
Heat transfer
Thermodynamics
Fluid dynamics
Effective communication
Problem-solving
Education
Four-year degree, BSME or BSChE preferred
Job description
A leading engineering firm in St. Louis is seeking an experienced HRSG Process Specialist to join its Thermal Design Team. This hybrid position involves analyzing process-related issues and coordinating technical solutions. Candidates should have at least 12 years of experience in power generation, particularly with HRSGs or combined cycle plants, and a four-year degree. Knowledge in heat transfer, thermodynamics, and effective communication skills are essential. Strong problem-solving abilities are also required. The role may require domestic and international travel up to 20%.