At Syntech, a leading research organization focused on automation and advanced technologies, he engaged in interdisciplinary projects involving mechanical component design, system optimization, and the implementation of scalable manufacturing processes. His responsibilities included comprehensive CAD modeling, tolerance analysis, and the selection of appropriate materials and fabrication techniques to ensure optimal performance and cost efficiency.
In addition to his research contributions, Navid has participated in several international robotics competitions, including RoboCup, where his teams received recognition for technical innovation, reliability, and collaborative effectiveness. His work in these competitive environments required rapid problem-solving and the delivery of functional prototypes under stringent technical and temporal constraints.
He possesses advanced proficiency in Fused Deposition Modeling (FDM) 3D printing, which he applies extensively in rapid prototyping and iterative product development. His expertise in SolidWorks and high-precision mechanical design allows him to efficiently convert conceptual ideas into robust, testable hardware.
Presently, Navid serves as a Mechanical Engineer at Elumind Centres for Brain Excellence, where he is engaged in the design and prototyping of neurotechnology devices. His role involves the integration of mechanical and biomedical systems in support of brain monitoring and cognitive enhancement solutions.
He is deeply committed to innovation, precision engineering, and user-centered design, with a particular interest in advancing healthcare and rehabilitation technologies—fields in which engineering can deliver tangible and meaningful societal benefits.