Aeroderivative Performance & Operability Engineer

Job Description Summary

L'ingénierie des systèmes est une discipline d'ingénierie interfonctionnelle axée sur une approche, un état d'esprit et un processus. Toutes les activités qui tiennent compte des besoins à la fois commerciaux et techniques des clients dans le but de fournir un produit de qualité qui réponde aux besoins des utilisateurs. Discipline qui exécute un processus robuste de conception, de création et d'optimisation de systèmes, comprenant l'identification et la quantification des exigences système, la création de concepts de conception de système alternatifs, la réalisation d'études commerciales de conception, la sélection et la mise en œuvre des meilleures conceptions et la vérification que la conception est correctement intégrée et exécutée. Processus allant du concept à l'exploitation en passant par la production.
Influence la qualité de son propre travail et du travail des collègues de son équipe. Exécute les tâches opérationnelles/techniques standard généralement soumises à des instructions et à des routines professionnelles. Une certaine latitude est accordée pour réorganiser l'ordre des tâches en fonction de l'évolution des situations professionnelles.

Job Description

Roles and Responsibilities

• Execute Cycle Model Development: Run thermodynamic cycle models using NPSS and related simulation platforms to support various engineering analyses and customer deliverables.
• Drive Model Validation: Validate cycle models against data, performing statistical analysis to quantify differences, and identifying root causes when discrepancies arise between predicted and measured performance.
• Learn and Apply Thermodynamic Principles: Develop expertise in gas turbine thermodynamics, performance characteristics, and the modeling methodologies that drive our business decisions.
• Collaborate Across Teams: Work with ITR (sales support), OTR (project execution), and methods development engineers to understand requirements and deliver accurate models.
• Develop Data Processing Skills: Build proficiency in data science techniques for engineering applications-including data cleaning, filtering, correlation analysis, and visualization-to support model validation and status-matching efforts.
• Contribute to Process Improvement: As you gain experience, identify opportunities to streamline workflows, improve model accuracy, and enhance team efficiency.
• Develop Technical Skills: Build proficiency in NPSS, Python, and other engineering tools through hands-on work and mentorship from senior team members.

• This role requires basic experience in the Engineering/Technology & Performance Engineering. Knowledge level is comparable to a Bachelor's degree from an accredited university or college ( or a high school diploma with relevant experience).

• Curious & Eager to Learn: You're genuinely excited to dive deep into complex gas turbine systems and simulation tools. You ask "why" and "how" because you want to truly understand-not just follow steps. The idea of becoming a subject matter expert in performance engineering energizes you.
• Detail-Oriented Problem Solver: You love working with data, making the numbers align perfectly, and troubleshooting when they don't. You're methodical and persistent-when something doesn't match, you see it as an engaging puzzle to solve.
• Collaborative & Impact-Driven: You thrive working with experienced engineers and cross-functional teams, bringing fresh ideas while learning from others. You want your work to matter-and you're motivated knowing your models will guide real turbines in the field.