Levin Lian
About Levin Lian
Levin Lian is a Hardware Engineer at Ultra Electronics Group, specializing in antenna design and electromagnetic simulation. He has extensive experience in digital signal processing and RF receiver design, with a career spanning several engineering roles across various companies since 2015.
Work at Ultra Electronics Group
Levin Lian has been employed as a Hardware Engineer at Ultra Electronics Group since 2021. In this role, he focuses on hardware design and development, contributing to various projects within the organization. His tenure at Ultra Electronics Group spans three years, during which he has applied his expertise in antenna design and electromagnetic simulation.
Previous Experience at BAE Systems Australia
Before joining Ultra Electronics Group, Levin Lian worked at BAE Systems Australia as a Hardware Engineer from 2019 to 2021. He also held the position of Receive Subsystem Engineer for three months in 2021. His responsibilities included hardware design and integration, where he utilized his skills in digital signal processing and radar systems.
Background in Engineering Roles
Levin Lian began his engineering career at Saab Australia, where he served as a Graduate Engineer from 2017 to 2018 and later as an Integration Engineer for seven months. He also gained experience as a part-time Electronic Engineer at Fleet Space Technologies in 2017 and as a Project Manager Intern at Pico Global for the Walt Disney Shanghai Disneyland Project in 2015.
Education and Expertise
Levin Lian holds a Bachelor of Commerce in Finance and Engineering Science from The University of Western Australia, which he completed from 2012 to 2014. He furthered his education with a Master of Professional Engineering in Electrical and Electronic Engineering from the same institution, graduating in 2016. His academic background supports his specialization in antenna design, electromagnetic simulation, and digital signal processing.
Technical Skills and Specializations
Levin Lian specializes in antenna design and electromagnetic simulation, employing techniques such as Method of Moments (MoM) and Finite-Difference Time-Domain (FDTD). He is experienced in designing RF receivers, conducting radar range calculations, and performing noise and sensitivity calculations. His work also includes the design of transmit systems, focusing on high power amplifier selection and beamsteering architectures.