Timothy Haag
About Timothy Haag
Timothy Haag is a Corporate Electrical Reliability Specialist for North America at Stepan Company, focusing on procurement strategies and asset management for electrical systems. He has extensive experience in electrical reliability and quality control, having held various roles in notable companies over the past two decades.
Current Role at Stepan Company
Timothy Haag serves as the Corporate Electrical Reliability Specialist for North America at Stepan Company. He has held this position since 2021. In this role, he focuses on developing critical asset management strategies that enhance the safety and reliability of electrical power distribution systems. He also conducts design reviews to ensure reliability is integrated into the electrical components of Capital Projects.
Previous Experience at Stepan Company
Haag previously worked at Stepan Company in two roles. He was an E&I Planner/Scheduler from 2014 to 2017 for three years in Elwood, Illinois. Following that, he served as an Electrical Reliability Specialist from 2017 to 2021 for four years in the same location. His work during this time contributed to the optimization of electrical systems within the company.
Professional Background in Electrical Engineering
Timothy Haag has extensive experience in electrical engineering across various companies. He worked at Bechtel Corporation as an I&E Supervisor/Quality Control from 1997 to 2001 at the DC Cook Nuclear Plant in Bridgman, Michigan. He also held positions at Sargent Electric, Fluor, and Enbridge, focusing on quality control and project oversight in electrical systems.
Certifications and Training
Haag is certified as an ATMT NFPA-70E Trainer in Electrical Safe Work Practices. This certification underscores his commitment to safety and best practices in electrical work, ensuring compliance with industry standards.
Focus on Procurement Strategies
In his current role, Timothy Haag emphasizes procurement strategies that aim to maximize the life cycle optimization of electrical systems. This focus aligns with his overall goal of enhancing the reliability and efficiency of electrical power distribution systems.