Aseem Sharma
About Aseem Sharma
Aseem Sharma is a Control Systems Engineer with a Bachelor of Engineering in Mechanical Engineering - Mechatronics from Ryerson University. He has experience in leadership from university projects and has worked at Rockwell Automation before his current position at Brock Solutions.
Work at Brock Solutions
Aseem Sharma has been employed at Brock Solutions as a Control Systems Engineer since 2015. In this role, he applies his expertise in control systems to various engineering projects. His work contributes to the development and implementation of automated solutions, enhancing operational efficiency for clients. The position allows him to utilize his technical skills and engage in problem-solving within the engineering field.
Education and Expertise
Aseem Sharma earned a Bachelor of Engineering (B.Eng.) in Mechanical Engineering - Mechatronics from Ryerson University, completing his studies from 2010 to 2015. His academic background provides a solid foundation in mechanical and mechatronics engineering principles. He has a keen interest in expanding his technical knowledge and experience in this discipline, which supports his professional development.
Background
Aseem Sharma has a background in engineering, specifically in the mechanical and mechatronics fields. He participated in various group projects during his university studies, showcasing his leadership skills and ability to work collaboratively. Prior to his current role, he gained practical experience as a Manufacturing Engineering Intern at Rockwell Automation, where he worked with sheet metal for 11 months in Cambridge, Ontario.
Skills and Competencies
Aseem Sharma possesses strong organizational and time management skills, which enable him to effectively manage multiple tasks simultaneously. His ability to prioritize and coordinate tasks contributes to his success in engineering projects. These competencies are essential in the fast-paced environment of control systems engineering, where attention to detail and efficiency are critical.