Optimization Engineer II - New Product Development

Optimization Engineer II - New Product Development

The Optimization Engineer II - New Product Development engages in the system model development, design optimization and qualification of new technologies related to domestic potable water heating, space heating hydronic systems, and combination potable and space water heating systems. The position also entails collaboration, advisory, and joint development projects among Rheem Global operating units and/or with outside partners.

This position will serve our Water Heating Division, located in Montgomery, AL. Relocation assistance is available.

Responsibilities

• Design and optimize solutions for new and existing products
• Engage in early-stage concept ideation, concept analyses and reductions of concepts to practical prototypes for demonstrations of feasibility.
• Create computer-based component and system level simulations in the prediction of vapor compression cycle behavior, gas combustion, heat transfer, fluid flow, system performance of water heating, space heating, combinational water heating designs and applications.
• Devise methods of fabrication, testing, coordination of experiments, evaluating test results in comparisons to predicted outcomes, and prepare research summaries contextually relevant to the business.
• Develop technology path with high fidelity prototypes that represents critical functionality and carry business case components.
• Coordinate customer testing and early-stage VOC via agile project management approach.
• Engage and advise engineering teams on matters of expertise, coaching on analysis tools and methods, and engineering problem solving assistance.
• Serve as a project engineer on select objectives as assigned

Qualifications

• Bachelor's degree in Mechanical Engineering
• 3 years of related experience in the heat transfer, mechanical design, modelling, analytics, optimization and validation methods
• Working knowledge of analysis & system development tools (e.g., ANSYS/Fluent, ANSYS/Mechanical, MATLAB, LabView, SolidWorks, EnergyPlus, CoilDesigner, VapCyc, GT Suite, and the like)
• Prior experience with computational modeling using computer simulations and mathematical algorithms to create virtual prototypes and complete multiscale analysis
• Demonstrated ability to self-determine, prioritize, and manage multiple tasks
• Proven professional mentoring and communications skills
• Ability to compose professional business correspondence for internal and external dissemination
• Demonstrated ability to work constructively with all levels of internal team members, senior staff, external suppliers, and customers

HOW TO STAND OUT

• Master's or PhD degree in Mechanical Engineering
• Related experience in the heat transfer, mechanical design, modelling, analytics, optimization and validation methods.
• Working knowledge gas-fired systems, Vapor compression cycles and working fluids
• Proficiency in 1D thermodynamic heat and mass transfer calculations
• Understanding of common energy conversion components

As a leader at Rheem, how you achieve results is as important as the results you achieve. While LEADING SELF, you will be expected to demonstrate the following competencies and behaviors:

• Adapting
• Business Understanding
• Collaborating
• Communicating Effectively
• Continuously Improving
• Customer-Orientation
• Developing Self
• Focusing on Results
• Influencing
• Managing Relationships
• Managing Work
• Problem Solving & Decision Making

Equivalent combination of education, experience, and skills may supplement above minimum job requirements.

Rheem is an Equal Opportunity Employer. Rheem encourages all qualified candidates to apply, including those of any race, color, religion, gender, gender identity or expression, sexual orientation, national origin, genetics, disability, age, or veteran status.

Job Info

• Job Identification 3743
• Job Category Engineering & Science
• Degree Level Bachelor's Degree
• Job Schedule Full time
• Job Shift Day
• Travel Up to 10%
• Worker Category Hybrid