Pararajasingam Mathivannan
About Pararajasingam Mathivannan
Pararajasingam Mathivannan is a Test Engineer currently employed at Smiths Detection in Watford, United Kingdom, where he has worked since 2015. He has extensive experience in testing and calibrating detection systems, having previously held positions at various companies including FFEI, Axell Wireless, and BT.
Work at Smiths Detection
Pararajasingam Mathivannan has worked at Smiths Detection as a Test Engineer in two separate periods. His first tenure lasted from 2004 to 2006, where he spent two years in this role. He returned to the company in 2015 and has been employed there for nine years, continuing his work in Watford, United Kingdom. His responsibilities include ensuring the delivery of high-quality detection equipment and specializing in the calibration and fault rectification of detection systems.
Previous Experience as Test Engineer
Before his current role at Smiths Detection, Mathivannan worked at FFEI as a Test Engineer from 2008 to 2014, accumulating a total of six years in this position. He briefly worked at Axell Wireless as a Test Engineer for one month in 2013. His experience also includes a one-year stint at FFEI from 2013 to 2014. His background in testing spans various companies, contributing to his expertise in the field.
Background in Engineering
Mathivannan's engineering background includes a degree in Electrical & Electronics from the University of Greenwich, where he studied from 1992 to 1995. He also completed a program at City & Guilds, achieving qualifications in Microcomputer Installation & Maintenance at levels 1-3. His foundational knowledge supports his current role in testing and calibration of detection systems.
Expertise in Detection Systems
In his role as a Test Engineer, Mathivannan specializes in the calibration and fault rectification of detection systems designed for explosives, chemicals, biological agents, and narcotics. He is involved in reporting and escalating faults related to manufacturing and design/software issues, ensuring that detection systems meet quality standards and operational requirements.