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About

Gregory Mason is a multifaceted researcher whose work spans control systems engineering, microfluidics, and engineering education. In the early 1990s, Mason made significant technical contributions to control theory, developing novel multirate sampled-data control law structures and reduced-order compensator synthesis algorithms. These foundational works, published between 1991 and 1992, introduced parameter-optimization-based approaches for designing multirate, multi-input/multi-output control systems and established necessary conditions for minimizing infinite-time quadratic cost functions — contributions that continue to be referenced by control systems researchers. Mason's research interests also encompass micro-scale molecular gas dynamics, microfluidics, and heat transfer applications in MEMS and medical devices, as well as autonomous vehicles and robotics. Notably, Mason holds a patent for the continuous trace gas separator, reflecting a strong commitment to translating research into real-world innovation. More recently, Mason has pivoted toward engineering education, investigating how identity formation shapes engineering practice. Studies on industry immersion programs and departmental cultural transformation have garnered growing attention, with related publications accumulating over 20 citations collectively since 2020. This breadth of contribution — from rigorous control theory to human-centered engineering pedagogy — underscores Mason's enduring and evolving impact across the discipline.