Reginald DesRoches, the president of Rice University, was elected to the board of directors of Texas Instruments Incorporated today, with effect from March 1.

Rich Templeton, the chairman of TI’s board, expressed his pleasure in having Reggie join the group. With a degree in engineering and decades of experience in academics, Reggie is well-versed in the effects that technology may have on both the globe and our daily lives. We have no doubt that he will add significantly to our strategic conversations.

Dr. DesRoches, 56, has a renowned background in higher education, having held increasingly responsible roles at two prestigious universities with top-tier engineering departments. from 2022, he has served as president of Houston, Texas’s Rice University, and from 2017, he has taught engineering. He served as Rice’s Howard Hughes Provost and the William and Stephanie Sick Dean of Engineering before taking on the post of president. Dr. DesRoches chaired the Georgia Institute of Technology’s (Georgia Tech) School of Civil and Environmental Engineering prior to joining Rice.

Dr. DesRoches graduated from the University of California, Berkeley with a Bachelor of Science in Mechanical Engineering, a Master of Science in Civil Engineering, and a Doctorate in Structural Engineering.

Reggie’s drive for excellence and experience in guiding teams to new heights are appreciated at TI, according to Todd Bluedorn, the board’s head of the governance and stockholder relations committee. We’re excited to collaborate with him.

Texas Instruments Incorporated is a multinational semiconductor firm that develops, produces, tests, and markets analog and embedded computing chips for use in enterprise systems, automotive, industrial, and consumer electronics sectors. As each new generation of innovation builds upon the one before it to make our technology smaller, more reliable, more efficient, and more affordable, we are still passionate about using semiconductors to make electronics more accessible and affordable. This allows semiconductors to be used in electronics everywhere. This is what we refer to as engineering progress. We have been engaged in this for many years.

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