Saber Dormohammadi currently serves as the Director of Optimization Architecture at Divergent, where he leverages over a decade of experience in the technology and engineering sectors to spearhead innovative product initiatives. His role is pivotal in driving the development of an integrated and multidisciplinary design...
Saber Dormohammadi currently serves as the Director of Optimization Architecture at Divergent, where he leverages over a decade of experience in the technology and engineering sectors to spearhead innovative product initiatives. His role is pivotal in driving the development of an integrated and multidisciplinary design framework that significantly enhances the optimization of structural, additive manufacturing, and autonomous assembly metrics for complex components. By expanding design exploration capabilities by an impressive 10X, Saber has not only accelerated decision-making processes but has also positioned Divergent at the forefront of engineering innovation.
Saber's expertise in product management is complemented by his proficiency in software as a service (SaaS) solutions, enabling him to navigate the intricacies of modern engineering challenges with agility. His technical leadership is evident in his ability to guide cross-functional teams through complex projects, ensuring that every member is aligned with the overarching goals of the organization. Utilizing tools such as ANSYS and Minitab, Saber conducts finite element analysis to identify areas for improvement, introducing new strategies that enhance performance and efficiency.
A strong advocate for collaborative problem-solving, Saber excels in fostering an environment where creativity and technical acumen intersect. His entrepreneurial spirit drives him to not only identify challenges but also to implement coherent solutions that resonate across the company. As Divergent continues to push the boundaries of engineering and manufacturing, Saber’s contributions are integral to shaping the future of the industry, making him a key player in the evolution of advanced manufacturing technologies.
