Professional Overview
Jade Kentish-Barnes is a seasoned CMF Designer currently working at Bellroy in Melbourne, Victoria, Australia. Her key expertise areas include colour, materials, and finishes design, with a focus on the product design and automotive industries.
Experience Summary
Current Role
Jade Kentish-Barnes is currently working as a CMF Designer at Bellroy, a position she has held since September 2023. While specific details about her current role are not available, her experience in CMF design suggests she plays a critical role in shaping the aesthetic and material aspects of Bellroy's products.
Career Progression
Jade's career progression indicates a strong foundation in design, starting as a Sales Consultant at Acne Studios AB from 2014 to 2016. She then transitioned into design roles, including Colour Materials and Finishes Designer at General Motors from 2016 to 2018, and later as Colour, Materials and Finishes & Product Design at Studio 11:11 in 2019. Her experience as a Design Consultant at CRITERIA from 2019 to 2020 and as Director Of Materials at Soft Serve Studio from 2021 to 2023 showcases her growth and versatility in the field.
Areas of Expertise
Jade's areas of expertise include industry-specific skills in colour, materials, and finishes design, as well as technical competencies likely gained from her experience in automotive and product design. Her role as Director Of Materials suggests leadership and management capabilities.
Professional Impact
While specific details on notable projects or initiatives are not available, Jade's career trajectory and the companies she has worked with indicate contributions to the design and development of various products, potentially influencing consumer preferences and industry standards.
Conclusion
Jade Kentish-Barnes' professional trajectory demonstrates a dedicated and evolving career in design, with a current focus on CMF design at Bellroy. Her value proposition lies in her diverse experience, technical skills, and ability to contribute to the aesthetic and functional aspects of product design.