
Bio
Meridian Haas
Education
- Ph.D., Mechanical Engineering
University of California, Davis - Bachelor's degree, Mechanical Engineering
University of Idaho
- Ph.D., Mechanical Engineering
Meridian’s research focuses on the optimal design and control of hybrid electric powertrains, emphasizing the interaction between component sizing and control strategies.
Her work involves studying both traditional hybrid electric vehicles and electric-hydraulic hybrid powertrains for heavy-duty construction vehicles.
She is also investigating EV charging infrastructure, analyzing usage patterns and long-term battery health in DC fast chargers integrated with battery storage.
Additionally, she has developed a battery electrothermal model that supports control applications, providing insights into the impact of heavy-duty vehicle electrification.
Publications
- Control and control-oriented modeling of PEM water electrolyzers: A review A Majumdar, M Haas, I Elliot, S Nazari - International Journal of Hydrogen Energy, 2023
- LiFePO4 Battery Thermal Modeling: Bus Bar Thermal Effects M Haas, A Nemati, S Moura, S Nazari - IFAC-PapersOnLine, 2024
- Lifetime cost analysis of concrete barriers and steel guardrails A Nemati, M Haas, D Torick, S Nazari - Scientific reports, 2024
- Sizing and Life Cycle Assessment of Small-Scale Power Backup Solutions: A Statistical Approach A Abdolmohammadi, A Nemati, M Haas, S Nazari - IEEE Access, 2024
- Combined Design and Control Optimization for a Series Hybrid Electric Vehicle with an Opposed Piston Engine M Haas, J Drallmeier, R Middleton, JB Siegel, S Nazari - IEEE Control Systems Letters, 2024