ApplyBlast uses AI to match you with the right jobs, tailor your resume and cover letter, and apply automatically so you can land your dream job faster.

Features

Auto Apply Resume Optimizer Cover Letter Optimizer Interview Prep

Company

Social Media

Need Help?

team@applyblast.com

Advanced Engineer, Combustion Aerodynamics at Hyliion - ApplyBlast

Advanced Engineer, Combustion Aerodynamics

Hyliion

23 days ago

3.0 on Glassdoor

Cincinnati, Ohio, United States

Onsite

Full Time

Senior

0 applicants

View Job Listing

Apply to 100+ jobs

About this role

The Advanced Engineer, Combustion Aerodynamics is a hands-on technical contributor to the research, testing, and development program for the KARNO generator's reactor and oxidation system. This position executes combustion aerodynamics test campaigns, analyzes experimental and simulation data, and supports development and validation of combustion hardware. The role works closely with mechanical, thermal, and performance engineering to translate combustion test data into system design decisions and supports emissions testing in connection with regulatory certification requirements.

Responsibilities

Execute combustion aerodynamics test campaigns and analyze experimental data
Apply 1D reactor network models and CFD tools for thermal analysis
Support emissions testing and regulatory certification efforts

Skills

Qualifications

Bachelor's degree in Aerospace, Mechanical, or Chemical EngineeringMaster's degree in a related engineering discipline

About Hyliion

hyliion.com

Headquarters

Cedar Park, Texas, United States

Company Size

51-200 employees

Founded

2015

View Profile

Hyliion is a clean‑energy company that designs and commercializes fuel‑flex linear generators and distributed power systems. Their linear‑generator technology delivers low‑emission, highly efficient on‑site power for data centers, microgrids, EV charging, and other commercial and industrial applications. The systems run on multiple fuels and are designed to integrate with renewables and storage to provide flexible, reliable baseload or backup power while reducing emissions. Hyliion positions its solutions as modular, lower‑cost, faster‑deploying alternatives to traditional diesel generators to support decarbonization and grid resiliency.