Dr. Gilad Gotesman

Develop and implement research methodologies and problem-solving practices for ink and machine process development. Co-define research roadmaps and test plans; deliver concise mechanism understandings and conclusions. Mentor researchers and team leaders to improve decision-making and strengthen capabilities. Establish knowledge practices (procedures, templates, review rituals, documentation) to retain organizational knowledge and improve R&D efficiency

Led multidisciplinary technology development from proof-of-concept to commercial readiness; managed advanced-technology, materials development and sustainability teams. Defined technology roadmaps from product requirements, coordinated gap analyses and cross-functional solutions. Led sustainability strategy and implemented Design-for-Sustainability based on LCA foundations. Implemented methods, procedures and training that enabled researchers across the organization.

Developed concepts, inks and machine processes for digital dyeing of threads; designed and executed multi-parameter experiments and defined KPIs. Led process engineers team to optimize machine and process performance (mechanical units, color & automation algorithms, ink formulation). Led targeted root-cause analysis initiatives to improve performance and reliability.

Specialized in electro-ink digital printing and press process development/optimization. Built mass-balance methodology and simulation models to guide hardware and formulation development. Authored test plans and procedures to ensure reproducible experiments and translated results into actionable improvements

Studied spin transfer through chiral-peptide self-assembled monolayers (SAMs) and contributed to CISS investigations. Developed experimental methods and mentored an MSc student

Studied spin transfer through chiral-peptide self-assembled monolayers (SAMs) and contributed to CISS investigations. Developed experimental methods and mentored an MSc student