Arman Alaie

Architected and validated camera evaluation kits (EVKs) and hardware reference designs for advanced sensing and imaging platforms, supporting internal silicon bring-up and external customer evaluation. Coordinated outsourced hardware, optoelectronic, and PCB development, including schematic reviews, layout constraints, DFM/DFT alignment, and supplier validation across Europe, Taiwan, and South Korea. Owned board-level bring-up and electrical validation of early-stage semiconductor prototypes, including clocking, power integrity, and high-speed interfaces. Designed and validated pulsed laser driver and scanning hardware for active illumination, with nanosecond-scale pulse control and deterministic timing. Integrated MEMS-based scanning and illumination subsystems, addressing drive electronics, synchronization, and system-level timing alignment.

Designed electronics for advanced industrial and medical systems, including 6-DoF fully automated surgical tables and portable medical aspirators. Delivered hardware compliant with medical safety and EMC/EMI regulations, supporting certification-driven development for large medical OEMs. Worked in consultancy-style projects, translating clinical and industrial requirements into robust electronic designs.

Designed and upgraded high-speed automated machinery for chemical manufacturing processes, covering motion control, sensing, and system integration. Contributed to large-scale industrial process control systems, working under strict reliability and industrial quality standards. Gained hands-on experience with industrial automation, machine modification, and production-scale engineering.