Pascal Deblois
About Pascal Deblois
Pascal Deblois is a maintenance supervisor at Cascades Forma Pak in Kingsey Falls, Québec, Canada, with a strong background in mechanical maintenance and energy efficiency. He emphasizes teamwork, safety, and customer service in his professional approach.
Current Role at Cascades
Pascal Deblois currently holds multiple positions at Cascades, including Superviseur (Relève) Maintenance at Cascades FormaPak since 2021. He also serves as Chargé de projet en efficacité énergétique since 2017 and Technicien efficacité énergétique since 2015. His work is based in Kingsey Falls, Québec, Canada. In these roles, he emphasizes equipment reliability, continuous improvement, and customer service.
Previous Experience
Prior to his current roles at Cascades, Pascal Deblois worked at Beaulieu Canada as Gérant de l'entretien mécanique from 2014 to 2015. He also gained experience as Apprenti mécanicien at QIT-Fer et Titane in 2011 and as Stage fin de DEC at Domtar for one month in the same year. Additionally, he worked at Rock-Tenn Company as Responsable des étudiants from 2009 to 2012.
Education and Training
Pascal Deblois studied at Cégep de Trois-Rivières, where he completed a program in analyse et entretien, achieving a degree in Technologie de la maintenance industrielle from 2008 to 2011. He furthered his education at Université du Québec - École de Technologie supérieure, earning a Professional Management in Maintenance (PGM) from 2011 to 2012.
Professional Values
Pascal Deblois places a high value on teamwork and safety in his professional approach. He prioritizes both internal and external customer service, reflecting his commitment to professionalism. His focus on effective communication allows him to share knowledge and learn continuously in his field.
Specializations
Pascal Deblois specializes in maintenance management, planning, and energy efficiency. His roles at Cascades demonstrate his strong focus on equipment reliability and continuous improvement, which are essential for enhancing operational efficiency.