Paige Palliser
About Paige Palliser
Paige Palliser is a Graduate Mechanical Engineer currently employed at Venator Materials Plc in Greatham, Hartlepool, United Kingdom. She has a background in mechanical engineering, having studied at Teesside University and previously worked at ALE and Huntsman.
Work at Venator Materials
Paige Palliser has been employed at Venator Materials Plc since 2019, serving as a Graduate Mechanical Engineer. Her role involves applying engineering principles to support various projects within the company. Venator Materials is known for its production of titanium dioxide and other specialty chemicals, and Palliser contributes to the engineering efforts aimed at enhancing operational efficiency and product quality.
Previous Experience at ALE
Before joining Venator Materials, Paige Palliser worked at ALE as an Assistant Project Engineer from 2016 to 2019. In this position, she assisted in the planning and execution of engineering projects, focusing on logistics and project management. This experience provided her with valuable skills in project coordination and technical problem-solving.
Education and Expertise
Paige Palliser studied Mechanical Engineering at Teesside University, where she earned a Master of Engineering (MEng) degree from 2014 to 2019. Her education equipped her with a solid foundation in mechanical principles, design, and analysis, which she applies in her current role as a Graduate Mechanical Engineer.
Background in Engineering
Palliser's engineering background includes a brief tenure as an Assistant Engineer at Huntsman in 2015, where she worked for four months. This early experience in the engineering field contributed to her professional development and understanding of engineering practices before pursuing further opportunities at ALE and Venator Materials.
Academic Involvement at Teesside University
During her time at Teesside University from 2014 to 2019, Paige Palliser was actively involved in her studies, which included practical and theoretical components of mechanical engineering. Her academic journey laid the groundwork for her career in engineering and provided her with essential skills for her professional roles.