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Segula Technologies

Simulation and Analysis Engineer

Career Insights for Wind Energy Engineer

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Based on North Carolina data

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What they do

A Wind Energy Engineer engineers and designs wind energy equipment and components or designs wind energy sites. Develops site specifications and design and installation plans for wind farms.

$104,610 / year median in North Carolina

+10% projected growth

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Job Description

Position Overview Step into a state-of-the-art research and development organization dedicated to delivering high-tech transportation solutions to the North American market. As a Simulation and Analysis Engineer , you will have the unique opportunity to shape the future of commercial transit across multiple platforms, working directly on Diesel, Natural Gas, and Battery Electric Trucks . In this role, you will analyze complex thermo-mechanical systems, run full-vehicle simulations, and act as a technical leader. You will work closely with cross-functional engineering teams—including Chassis, Cab, Electrical, and Testing—as well as Product Design to optimize exterior surfaces and ensure strict functional and cooling requirements are met.
Key Responsibilities CFD Simulation & Thermal Management Advanced Simulations:
Conduct comprehensive CFD analyses of individual components, sub-systems (e.g., heat exchangers, exhaust systems, air intake systems), and full-vehicle under-hood thermal simulations.
Vehicle Aerodynamics:
Interface directly with the Product Design team to evaluate exterior surfaces, providing crucial feedback to improve airflow characteristics and minimize drag.
Methodology & Validation:
Perform validation studies comparing CFD results to experimental data, collaborating with global technical strategy teams to continually improve simulation workflows.
Technical Leadership & Cross-Functional Collaboration Design Optimization:
Post-process and analyze simulation results to write engineering reports and deliver actionable design recommendations that identify, rectify, and prevent potential flaws.
Testing Alignment:
Partner with testing and project teams to develop test plans, establish instrumentation roadmaps, and interpret physical test data to anchor your models.
Project Ownership:
Drive design solutions from the concept stage all the way to final production, maintaining total ownership of the analysis until an acceptable outcome is achieved for all stakeholders.