James Meredith
About James Meredith
James Meredith is a Mechanical Design Engineer with expertise in designing Blow and Injection Blow moulds for the plastics packaging industry. He has worked at Berry Global, Inc. since 2019 and has previous experience at Spec Tool and Die and Toyota Motor Corporation.
Work at Berry Global
James Meredith has been employed at Berry Global, Inc. as a Mechanical Design Engineer since 2019. In this role, he specializes in designing Blow and Injection Blow moulds specifically for the plastics packaging industry. His expertise contributes to the development of efficient and innovative packaging solutions, aligning with Berry Global's commitment to sustainability and quality.
Education and Expertise
James Meredith completed his secondary education at George Campbell Technical High School, where he achieved his Matric from 1998 to 2002. He furthered his education at Coastal KZN College, obtaining an Engineering Diploma in Mechanical Engineering. His academic background provides a solid foundation for his technical skills and knowledge in mechanical design.
Background in Engineering
James Meredith began his career at Toyota Motor Corporation, where he worked as a Tool Maker from 2002 to 2008. During his six years at Toyota, he gained valuable experience in tool making and held multiple positions, including being in charge of a press line and operating CNC machines. He also completed an apprenticeship at Toyota, earning certificates in CNC programming, pneumatics, hydraulics, and welding.
Previous Experience in Design Engineering
Before joining Berry Global, James worked at Spec Tool and Die as a design engineer from 2008. His focus during this time was on mould design, which equipped him with extensive experience in the design and manufacturing processes relevant to the plastics industry. This role further developed his skills in creating precise and functional moulds.
Technical Skills and Tools
James Meredith utilizes 3D CAD software, specifically Unigraphics / Siemens NX, for his design projects. His proficiency in this software enables him to create detailed and accurate designs for Blow and Injection Blow moulds, enhancing the efficiency of the design process and ensuring high-quality outputs in his engineering work.