Marvin Howard
About Marvin Howard
Marvin Howard is a Vibration Analyst at Canfor Northwood Pulp, with a background in the petroleum and gas industries. He has over 26 years of experience in the millwright field, including roles at Husky Energy and Canfor.
Work at Canfor
Marvin Howard currently serves as a Vibration Analyst at Canfor Northwood Pulp, a position he has held since 2016. His role involves applying his expertise in vibration analysis to enhance operational efficiency within the paper and forest products industry. Prior to this, he worked at Canfor as a millwright and welder for 20 years, from 1990 to 2010, in Prince George. His extensive experience at Canfor has contributed to his deep understanding of the company's operations and the industry as a whole.
Professional Background in Petroleum and Gas Industries
Marvin Howard has a professional background in the petroleum and gas industries, which complements his skills in vibration analysis. He worked at Husky Energy as a millwright from 2010 to 2016 in Prince George. This six-year tenure provided him with valuable experience in machinery maintenance and operational support within a different sector, enhancing his technical skills and industry knowledge.
Education and Expertise
Marvin Howard studied at the College of New Caledonia, where he gained foundational knowledge that supports his career in the industrial sector. He possesses strong skills in inspection and has developed significant expertise in vibration analysis, particularly within the paper and forest products industry. His educational background and hands-on experience have equipped him to effectively analyze and address vibration-related issues in industrial settings.
Career Timeline
Marvin Howard's career spans over three decades, beginning with his role at Canfor as a millwright and welder from 1990 to 2010. After a 6-year period at Husky Energy from 2010 to 2016, he returned to Canfor, where he has been working as a Vibration Analyst since 2016. His career reflects a commitment to continuous improvement and adaptation within the industrial field.