Calculate thermodynamic performance models and heat balances for steam turbine requisition (REQ) projects
Use existing system modeling tools for design analysis, test data analysis and optimization including performance/cost trade-off studies
Apply fundamental scientific and statistical principles to complex design problems within the broad field of steam turbine engineering
Contribute to improving the organizational workflow and processes with the team and interfacing teams
Collaborate with other multidisciplinary integral engineering teams to ensure successful project completion
Issue documentation of technical data generated for the assigned projects and/or tasks consistent with engineering policies and procedures
Support technical project risks related to design and performance for steam turbines
Communicate results, findings and observations in clear and concise documents (presentations, reports, memos, technical articles) to peers and or leadership in formal and/or informal design reviews
Requirements
Bachelor's degree from an accredited university or college
Some relevant engineering experience
Excellent communication (verbal and written), interpersonal, and collaboration skills
Strong analytical skills working independently and in a team environment
Experience in process integration and simulation tools (e.g. ALPRO, HBPRO, Ebsilon, Thermoflow, Gatecycle, Aspen)
Experience in steam turbine design processes and engineering design tools, power plant performance testing and test code
Understanding of process flow diagrams, plant operational concepts, water steam/operating cycle technology, or performance guarantees
Customer and team focused
Core Competencies
Demonstrates expertise in thermodynamic performance modeling and heat balance calculations for steam turbine projects, utilizing advanced engineering design tools and process integration techniques. Strong communication and collaboration skills are essential for effective teamwork and project documentation.