Multiphase heat transfer involves the exchange of heat energy during phase change and is pivotal for efficient thermal management in energy systems, aerospace, and electronics cooling, among others. Our research focuses on understanding phase-change phenomena such as boiling and condensation and analyzing how interfacial dynamics, bubble nucleation, and thermal boundary layers affect heat transfer. Using advanced experimental techniques, simulations, and machine learning, we explore ways to enhance heat transfer through engineered surfaces, innovative coatings, and active techniques such as in-situ deposition. These efforts aim to optimize critical heat flux (CHF) and heat transfer coefficients (HTC), driving advancements in energy systems, electronics cooling, and thermal management technologies.