Senior Mechanical Design Eng (P3) - HSE Mil Turbines (Hybrid)

RTX•Aguadilla, PR

2d•Hybrid

About The Position

The Hot Section Engineering Design team is seeking an experienced Mechanical Design Engineer, preferably with turbine experience. The Engineer will work with the other disciplines of the Integrated Product Team (IPT) including project, structures, durability, aero-thermal, and product definition. Engineer will lead interactions with other Hot Section Engineering IPTs. Engineer also will be leading all technical capability aspects of the team. If you have strong leadership skills, experience in rotors or airfoils design and a passion for our mission, we are interested to hear from you! The Hot Section Engineering (HSE) design Mission is to develop the best turbine designs in the world. We are committed to changing the way to design, produce and sustain the next generation of turbine engines through innovation, process improvement and technology development. We continue to develop a world class aerospace engineering organization that is second to none, prioritizing talent development and a culture of excellence. We have an exciting opportunity for a Sr Engineer – Mechanical Design to work on the HSE organization!

Requirements

Bachelor of Science Degree in Mechanical or Aerospace Engineering.
5 years of engineering experience or an Advanced Degree with 3 years of engineering experience.
3 years of experience with hardware, blueprints, dimensions & tolerances, and/or manufacturing methods including experience with GD&T.
U.S. Citizen - U.S. citizenship is required, as only U.S. citizens are authorized to access information under this program/contract.

Nice To Haves

Aircraft engine rotors or airfoils experience including design, development, manufacture, testing and/or maintenance of jet engine turbines.
Proficiency in Teamcenter, Unigraphics NX, ANSYS, and classical methods of analysis.
Experience working in a fast-paced environment with attention to detail and deadlines.

Responsibilities

Serve as a technical leader specializing in Turbine module design, analysis, and sustainment, resolving complex and high-impact mechanical engineering challenges with minimal oversight while ensuring safe, balanced, and robust system-level solutions.
Provide clear technical direction for Turbine hardware outsourcing activities, owning the review, governance, and integration of supplier and partner engineering work to ensure high-quality design outputs and adherence to HSE standards.
Build and maintain credibility with internal and external customers by consistently delivering validated, data-driven engineering solutions and demonstrating accountability for the performance, life, and reliability of Turbine hardware.
Collaborate closely with Customer Technical Support (CTS), Maintenance Repair & Overhaul Engineering (MRO‑E), and field service teams to interpret customer data, assess limits expansions, update maintenance manual limits, and lead timely root cause investigations of Turbine-related field events.
Support Operations by partnering with Manufacturing, Quality, and Engineering Support Teams to address production issues for Turbine components, resolving nonconformances, enabling smooth execution, and ensuring timely delivery of hardware for engine assembly.
Represent Turbines within cross-functional forums, technical reviews, and design boards, providing clear engineering rationale, influencing decisions, and ensuring alignment across Hot Section Engineering.
Demonstrate strong mentorship by coaching junior engineers and design contributors in Turbine design fundamentals, analytical methods, problem-solving approaches, and best-in-class engineering practices.
Foster a culture of collaboration, openness, and shared accountability across the Hot Section Engineering organization by modeling effective communication, active listening, and high-integrity decision-making.
Lead with empowerment by providing actionable feedback, encouraging ownership, supporting professional growth, and cultivating a high-performance technical team environment.
Promote continuous improvement by driving adoption of digital tools, advanced analysis methods, standard work, and lessons‑learned processes that elevate organizational capability.