As public transit agencies strive for sustainability and zero-emission goals, battery-electric and hydrogen fuel cell buses are gaining traction. These buses provide different pathways to environmental sustainability but share common operational priorities that transit leaders must address: workforce training, safety enhancements, and resilience considerations. While battery-electric buses have historically led the market, hydrogen buses are experiencing a surge in interest due to lower capital costs for fueling and storage infrastructure, especially on a larger scale. The article emphasizes the importance of workforce development, recommending a gap analysis to identify staff training needs for handling modern vehicles powered by both technologies. Key skills like electrical troubleshooting and safety measures are essential, with a focus on high voltage systems unique to hydrogen fuel cell buses. Safety is highlighted as operators must be trained to handle high-voltage systems and potential risks, with modern buses incorporating safety features like hydrogen detectors and warning sensors. Resilience is also a critical aspect, with microgrids enhancing resiliency for battery-electric buses and challenges in securing hydrogen for fuel cell buses, considering associated carbon emissions. Overall, the article presents a positive outlook on transitioning to zero-emission public transit, advocating for careful planning and investment in sustainable alternatives.