Aleksandar Radić

Director of Engineering, Product Development (Lidar and Ac Dc Pmic) @Silanna

Vancouver, BC, CA
MOBILE NUMBERS
+91 *********19

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WORK HISTORY

Mar 2018 — Present

Director of Engineering, Product Development (Lidar and Ac Dc Pmic) @Silanna

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Vancouver, BC, CA

System Architect for ACF products (25-300W)-Developed soft-switching converter architecture and associated mixed-signal control that delivers best-in-class (LLC/AHB) efficiency with lower BOMEnd-to-end product and team development (including infrastructure development)-Architecture-Simulation-FPGA proof-of-concept & pre-silicon verification-IC system application verification-Flagship reference design development-as per IEC62368 requirementsLiDAR PMIC development-EEL and VCSEL PMIC architecture-PDN design and simulation (ADS/Cadence)>20 patents ranging from digital control algorithms, converter topologies, EMI enhancements, safety protections and others

EDUCATION

2002 — 2006

The University of British Columbia

Bachelor of Applied Science (B.A.Sc.) with Distinction, Electrical Engineering

2008 — 2013

University of Toronto

PhD, Power Electronics

2006 — 2008

The University of British Columbia

MASc, Electrical Engineering

ABOUT ALEKSANDAR RADIĆ

As the Director of Engineering at Silanna, I lead the system architecture and application engineering for AC/DC and LiDAR product development. I have over decade of experience in power electronics, power supply design, digital control, and mixed-signal IC design, as well as multiple patents and publications in these fields.My mission is to create practical and scalable SMPS products that deliver high performance, reliability, and value for our customers and partners. I have successfully developed and launched the SZ110x and SZ11xx fully integrated active-clamp flyback family of products, which achieved up to 97% efficiency, ultra-low no-load power, and superior EMI performance. I have also contributed to the end-to-end product development cycle, from concept to verification to reference design, using simulation, FPGA, and IC tools and techniques.

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