Sentence examples for electromechanical engineer from inspiring English sources

Mr. Hall, a retired electromechanical engineer, went on the offensive against mosquitoes.

Mr. Musk, born in Pretoria in 1971 to a father who was a electromechanical engineer and a mother who was a model, emigrated at age 17 to Canada.

So Mr. Hall, 60, who retired as an electromechanical engineer in the military and intelligence sectors to spend his days dreaming up inventions in his backyard skunk works, went on the offensive several years ago in the war against the mosquito.

Onewheel is the brainchild of Kyle Doerksen, an electromechanical engineer and board sports enthusiast who previously worked at IDEO.

Last year at CES we were introduced to Onewheel, a crazy new self-balancing skateboard built by electromechanical engineer and board sports enthusiast Kyle Doerksen.

Igor has previously worked as an Electromechanical Engineer at the Smolensk aviation factory, USSR, a Senior Programmer and Design Engineer at the Institute of Advanced Computations, Central Statistic Bureau of USSR, and as a Head of Fault Tolerant System Branch in Institute of Control Sciences.

I want to study electromechanical engineering.

"Root's programming environment needed to be approachable for any first-time-coder, no matter the age or background," said Raphael Cherney, former Electromechanical Staff Engineer at the Wyss Institute and now co-founder and Chief Technical Officer of Root Robotics.

The superior electromechanical properties of these domain engineered single crystals have prompted the design of a new generation electromechanical devices, including sensors, transducers, actuators and other electromechanical devices, with greatly improved performance.

Progenitor-derived myocardium had significantly less contractile stress and slower longitudinal conduction velocity than neonate-derived myocardium, indicating that the developmental state of the cardiomyocytes affects the electromechanical function of the resultant engineered tissue.

The findings of our work reveal that the respective axial and normal electromechanical couplings in graphene can be engineered by changing the size of non-centrosymmetric pores and radii of curvature.