Introduction to Thermoelectricity

Learn the fundamentals of thermoelectric science and technology through this comprehensive short course designed for semiconductor scientists and engineers. Explore two essential modules covering both theoretical foundations and practical applications of thermoelectricity. Master the theory behind thermoelectric transport coefficients including electrical conductivity, Seebeck coefficient, Peltier coefficient, electronic thermal conductivity, and figure of merit calculations. Examine thermoelectric devices and systems with focus on power generation applications, efficiency limits, cost-performance tradeoffs, topping cycle applications, and Peltier coolers. Gain fresh perspectives on overcoming the roadblocks that have prevented widespread commercial adoption of thermoelectric technologies despite substantial improvements in material figure of merit over the past two decades. Develop the knowledge needed to follow current research literature and contribute innovative solutions to advance the field, with content delivered by experts Mark Lundstrom and Ali Shakouri through detailed lectures covering everything from fundamental theory to real-world system considerations.