Keith Morrell, C.E.T.
About Keith Morrell, C.E.T.
Keith Morrell is a designer at Hatch, specializing in the design of structural and mechanical components for smelting furnaces in the mining and metal sector. He has over 12 years of experience and is involved in quality inspections, problem-solving, and ensuring adherence to industry standards.
Work at Hatch
Keith Morrell has been employed at Hatch since 2012, serving as a Designer for 12 years. In this role, he specializes in the design of structural and mechanical components specifically for smelting furnaces utilized in the mining and metal sector. His responsibilities include collaborating with Practice Area Engineers and Design Coordinators to ensure that designs can withstand both structural and dynamic loads. He actively participates in quality inspections and non-destructive testing during site visits to vendor locations, ensuring compliance with project-specific and industry standards.
Education and Expertise
Keith Morrell studied at Conestoga College, where he earned a diploma in Mechanical Engineering Technology: Design & Analysis (Co-op) from 2009 to 2012. This educational background has equipped him with the necessary skills to excel in his role as a Designer, particularly in the areas of structural and mechanical design. His expertise extends to using design tools such as Microstation, Solid Edge, and AutoCAD for creating technical drawings, which are essential in his work on smelting furnace components.
Background
Keith Morrell has a background in mechanical engineering technology, which he has applied throughout his career at Hatch. His role involves addressing construction fit errors, vendor quality issues, and design flaws during site visits. He coordinates with peers in 'squadchecks' to ensure adherence to drafting standards and the suitability of designs. This collaborative approach is crucial in maintaining high-quality standards in his work.
Achievements
Throughout his tenure at Hatch, Keith Morrell has contributed to the oversight of construction and installation of furnace components at client sites. He ensures that all operations adhere to safety protocols and that designs meet Furnace Group standards, as well as industry standards such as ASME and AWS. His involvement in quality inspections and problem-solving during site visits highlights his commitment to maintaining high standards in design and construction.