Aaron Pinto, P.E.
About Aaron Pinto, P.E.
Aaron Pinto, P.E., is an experienced Electrical Engineer specializing in safety instrumented systems and motor control. He has worked in the chemical manufacturing industry and currently holds positions at BP and Eastman Chemical Company.
Work at Eastman Chemical Company
Aaron Pinto has been employed at Eastman Chemical Company as an Electrical Engineer since 2013. His role involves applying his expertise in electrical systems to enhance the safety and reliability of industrial processes. His work contributes to the company's operations in the chemical manufacturing sector, where he utilizes his knowledge of safety instrumented systems.
Current Role at BP
Since 2018, Aaron Pinto has served as an Instrumentation Engineer at BP in Whiting, Indiana. In this position, he focuses on the design and implementation of instrumentation systems that are critical for monitoring and controlling industrial processes. His experience in the chemical manufacturing industry supports his contributions to BP's operational efficiency.
Education and Expertise
Aaron Pinto earned a Bachelor of Science degree in Electrical and Electronics Engineering from the University of Tennessee, Knoxville, from 2009 to 2013. His education provided a strong foundation in electrical engineering principles, which he applies in his current roles. He possesses specialized skills in safety instrumented systems and motor control, enhancing the performance of electrical systems.
Background in Power Generation
Prior to his current positions, Aaron Pinto worked at Duke Energy Corporation as a Power Generation Operations College Co-op from 2011 to 2013. This role in the Charlotte, North Carolina area allowed him to gain practical experience in the energy sector, further developing his skills in electrical engineering and operations.
Specialization in Chemical Manufacturing
Aaron Pinto has a demonstrated history of working in the chemical manufacturing industry. His experience in this sector includes roles that emphasize the importance of safety instrumented systems and motor control, both of which are essential for optimizing industrial processes and ensuring operational safety.