Deebdarshni Balasamy, Pmp®
About Deebdarshni Balasamy, Pmp®
Deebdarshni Balasamy is the Sector Manager (Controls Systems) at Aker Solutions in Malaysia, with a background in Electrical and Electronics Engineering from Universiti Tenaga Nasional.
Company
Deebdarshni Balasamy is currently employed at Aker Solutions, a global provider of sustainable energy solutions. Aker Solutions specializes in designing, engineering, and delivering advanced systems and services for the energy industry. Deebdarshni has been with the company since 2011, contributing to various departments including quality engineering, manufacturing engineering, and control systems management.
Title
Deebdarshni Balasamy holds the position of Sector Manager (Controls Systems) at Aker Solutions. She has been in this role since 2018, where she oversees control system operations, ensuring the efficiency and effectiveness of these systems within the organization.
Education and Expertise
Deebdarshni Balasamy obtained her Bachelor of Engineering (BEng) in Electrical and Electronics Engineering from Universiti Tenaga Nasional, where she studied from 2003 to 2008. Prior to her university education, she attended St George Girls School from 1998 to 2002, where she completed her SPM in Science. Her academic background laid the foundation for her career in engineering, with a specific focus on control systems and quality engineering.
Professional Background
Deebdarshni Balasamy has extensive experience in the engineering field, having worked in various roles at Aker Solutions and MSI Group. She began her career at Aker Solutions in 2011 as a Product Quality Engineer before transitioning to roles such as Senior Quality Engineer and Manufacturing Engineer. She briefly worked with MSI Group as an E&I Engineer in 2012. Throughout her career, she has demonstrated strong expertise in quality control, manufacturing processes, and control systems management.
Achievements
Deebdarshni Balasamy has led several initiatives that have significantly improved operational efficiencies. She implemented an automated particle count technology, achieving an annual cost saving of $2,000 per valve and reducing human error. Additionally, she enhanced productivity by automating the DCV flushing system using a centralized HPU. She also led the development of a welding jig for aligning coupler bodies and adaptors, reducing welding errors. These achievements highlight her capability in process improvement and quality control.