Modeling Thermoelectric Effects in Physics – Training Services

Modeling Thermoelectric Effects in Physics – Training Services provides specialized training on computational modeling and simulation of thermoelectric phenomena in materials and devices. The course covers principles of the Seebeck, Peltier, and Thomson effects, coupled heat and charge transport equations, and material property calculations. Participants will use Python and MATLAB to simulate thermoelectric behavior, optimize device performance, and analyze energy conversion efficiency. Emphasis is placed on numerical methods, boundary condition implementation, and visualization of thermal and electrical profiles. Case studies highlight applications in power generation, refrigeration, energy harvesting, and nanoscale thermoelectric materials. Hands-on sessions provide practical experience in coding thermoelectric models, performing simulations, and interpreting results for research and engineering applications. By the end, participants will be proficient in modeling and analyzing thermoelectric effects computationally.