Dan Werner

Dan Werner has a diverse work experience in the field of electrical engineering. Dan started their career at Freescale Semiconductor in 2001, where they worked as a Staff Electrical Engineer. During their time there, they were involved in the design of a full WiFi receiver, focusing on PHY and algorithmic design. Dan also worked on the implementation of a Universal Wireless Architecture (UWA) using a proprietary coding language.

In 2008, Dan joined Ingenu as a Principal Electrical Engineer. In this role, they were responsible for fixed point and algorithmic design for RX and TX of the RPMA system. Dan successfully developed RTL code by matching test vectors and implemented firmware algorithms for various system selection and DL SF selection. Additionally, they worked on power control algorithms and conducted capacity and latency analysis. Dan also defined metrics for PHY and MAC performance and utilized them to monitor and improve network performance.

Most recently, Dan joined Totum Labs in 2019 as a Principal Engineer. Dan'swork primarily focuses on designing, simulating, testing, and validating satellite IoT communication technology. Dan'sresponsibilities include simulation, system integration, and validation of the technology.

Overall, Dan Werner has gained extensive experience in electrical engineering, with a focus on wireless communication technologies and algorithmic design.

Dan Werner earned a Bachelor's degree in Physics from the University of California, Davis, from 1990 to 1994. Dan then pursued further education and obtained a Master's degree in Wireless Communications from UC San Diego during the period of 1995 to 1997.