With over 20 years of in-depth experience in polymer science and composite materials, Dr. Omid Nabi Nejad has made substantial advancements in R&D, product development, and service life prediction.
Experience
Omid has successfully established advanced manufacturing plants and laboratories for various sectors, including automotive, railway, oil & gas, marine, and food/medical packaging, leveraging his more than 20 years of expertise in polymer science and composite materials.
Internationally recognized as a reviewer and editor for peer-reviewed journals, Omid has contributed to more than 20 distinguished publications. He actively participates in conference committees for API and NACE standards.
In his role as a Principal Engineer at ÌìÃÀ´«Ã½ Houston-Cypress, Omid specializes in materials science, focusing on service lifetime prediction, Design of Experiment, testing, and characterization. His commitment to upholding industry-leading standards is evident as he continuously deploys innovative strategies to enhance the performance, durability, and safety of materials in accordance with international market norms, driven by his mission to contribute to a safer and more efficient world.
Career highlights
Spearheaded custom design tests and R&D initiatives as a Principal Engineer at ÌìÃÀ´«Ã½, steering advancements in service lifetime prediction, polymer characterization, and testing.
Contributed to innovations in plastics recycling, food packaging, and coatings technology.
Led impactful projects, showcasing expertise in resin, polyolefins, and plastics engineering for automotive parts.
Distinguished research contributions as a Postdoctoral Research Scientist at Michigan State University & USDA Forest Product Laboratory, specializing in food packaging, polymer nanocomposites, and compounding.
Contributed strategic insights as a Technical Advisor, excelling in the EFQM Excellence Model and Project Management Office (PMO).
Directed materials engineering efforts, making significant strides in pipe rehabilitation services and composite applications.
Pioneered material technology, leaving a lasting impact on composite applications and automotive parts.
