Jehnna Yang Email & Phone Number

United Kingdom

United Kingdom

United Kingdom

London Area, United Kingdom

- Build partnerships with PET recyclers and fashion brands for sustainable collaboration, including outreach, NDA processing, project scoping, and management.- Lead and manage pilot projects and scale-up studies at various locations, collaborating with clients and industry partners- Communicate complex experimental results and their implications across all levels of the R&D team- Evaluate and optimise process outputs based on variations in raw materials, considering performance, cost, and sustainability criteria- Engage with customers to understand market needs and align product development with business goals- Author comprehensive technical documentation, including tech transfer documents, Standard Operating Procedures (SOPs), Batch Production Records (BPRs), and other quality/R&D documentation

Cambridge, England, United Kingdom

- Innovate new material concepts inspired by alpine-plant biomimicry.- Design and conduct fiber experiments using organic chemicals.- Collaborate with the Cambridge Enterprise Team to process UK patent projects.- Operate and utilize Keyence Microscope for advanced material analysis.

London, England, United Kingdom

- Conducting experiments to extract dye from polyester textile waste and redyeing new textiles under various conditions.- Collaborating and communicating with responsible textile and fashion companies worldwide to develop and implement joint projects.

Osan, Gyeonggi, South Korea

- Led a sustainability project aimed at substituting key ingredients of synthetic rubber with recycled materials from used tires.- Collaborated with the petrochemical analysis team and SSBR research team to review the feasibility of recycled components, considering factors such as production yield, environmental regulations, and availability range.- Developed multi-functionalized solution styrene butadiene rubber (SSBR) for use in electric vehicle tires.- Conducted technical meetings with customers to study future trends in synthetic rubber and identified critical objectives for future development plans.- Evaluated pilot production polymers by incorporating them into tire compound recipes.- Managed relations with leading tire companies, including Goodyear, Cooper, Continental, Pirelli, Michelin, and Kumho.- Promoted LGChem's BR/SSBR products through technical meetings with tire companies' raw material research centers.- Analyzed polymer and compound properties, utilizing GPC, RPA, and Mooney viscosity devices.- Investigated the filler-rubber coupling effect based on compound mixing conditions, observing key properties such as abrasion resistance, fuel efficiency, and traction on wet and dry surfaces.- Acted as the internal manager of certification for European and American chemical regulations.- Monitored and issued EU REACH certifications using LG's internal systems.

Seoul, South Korea

- Surveyed customer demand for sustainable synthetic rubber products in the tire and shoe industry.- Compiled market reports for sales and research teams, providing valuable insights for strategic decision-making.- Organized semiannual strategy meetings for the research and development department, facilitating collaboration and alignment of objectives.- Conducted "gate reviews" to assess the feasibility of new product development, considering production methods, anticipated challenges, production costs, and raw material stability.- Managed plant operations and supervised the mass production trial of new products, ensuring compliance with internal regulations and quality standards.

Master Of Arts - Ma, Material Futures

MA Material Futures encourages a wholly multi-disciplinary approach to design. Through trans-disciplinary practice and collaboration you.

Academic Visitor, Biological Science

Visiting Research Student at The Sainsbury Laboratory, University of Cambridge (SLCU), specializing in sustainable material development.

Bachelor'S Degree, Materials Science And Engineering

Core Subjects - General Chemistry - Physical Chemistry - Materials Engineering Experiments - Creative Design - Energy&Environmental.