Dawar Azhar
Principal Mechanical Engineer & Founding Team Member specializing in medium voltage (MV) power electronics and solid-state transformer (SST) technology. Expert in high-density mechanical packaging for next-generation grid infrastructure and energy systems.
Professional Overview
Years Experience
Total Funding Secured
Size Reduction
Assembly Time Cut
Cost Reduction
Yield Rate
AI Assisted Design Cycle
Components Sync
I'm an entrepreneurial Principal Mechanical Engineer with 7+ years of proven track record building breakthrough medium voltage (MV) power electronics from startup phase through commercial success. I apply a first principles design approach—questioning industry assumptions and rebuilding solutions from the ground up. As a founding team member, I co-invented the world's first multi-port solid-state transformer (SST), contributing to $80M in total funding and generating tens of millions in purchase orders.
My expertise centers on MV systems design, including 15kV-class power electronics packaging, high-voltage insulation coordination, and advanced thermal management for SST applications. I've achieved remarkable results including 10x size reduction in MV converter packaging, 60% assembly time reduction, and 35% manufacturing cost savings through innovative engineering solutions combining silicon carbide (SiC) power modules with optimized mechanical architectures.
Specializing in high-density power electronics packaging for grid-scale applications, modular SST architecture, and manufacturing optimization for utility-grade equipment, I excel at transforming complex MV engineering challenges into breakthrough commercial products. My work on next-generation grid infrastructure has established new industry standards for power density and reliability in solid-state transformer technology.
Innovation Leadership
Co-invented world's first multi-port solid-state transformer with patent-pending technology
Business Impact
Contributed to $80M total funding ($20M Series A + $60M follow-on) and generated tens of millions in purchase orders
Technical Excellence
Achieved 10x size reduction and 60% assembly time improvement through advanced engineering