Suriya Kumar
About Suriya Kumar
Suriya Kumar is an Instrumentation Engineer at Quest Global in Singapore with extensive experience in engineering projects and a background in control algorithms and instrumentation.
Company
Suriya Kumar is currently employed at Quest Global, a prominent engineering services company. He has been with Quest Global since August 2014, working in Singapore. His role revolves around various advanced engineering projects within the domain of instrumentation.
Title
Suriya Kumar holds the title of Instrumentation Engineer. His responsibilities include developing and applying advanced instrumentation techniques in engineering projects. This role emphasizes the significance of accurate and effective instrumentation in various engineering applications.
Education and Expertise
Suriya Kumar completed his Bachelor of Engineering in Instrumentation Engineering at Psg College of Technology, graduating in 2014. He also studied Computer Science from 2007 to 2010. His academic background provided him with a solid foundation in both instrumentation and computer science, allowing him to tackle complex engineering challenges effectively.
Professional Background
Suriya Kumar began his career as a Graduate Engineering Trainee at Quest Global in 2014 before taking on his current role as an Instrumentation Engineer. His career also includes multiple project roles at Psg Tech, where he worked on advanced engineering projects such as designing control algorithms for Segway, detecting and quantifying valve stiction, and developing a smart surveillance bot. Additionally, he gained practical experience as a Trainee at Seshasayee Papers and Boards in 2012.
Project Experience
During his time at Psg Tech, Suriya Kumar was involved in various projects focused on advanced instrumentation and control algorithms. These projects included the design of a control algorithm for Segway, optimizing state feedback control in continuously stirred tank reactors, and creating a smart surveillance bot. Additionally, he worked on a project dedicated to the detection and quantification of valve stiction using unknown input estimation.