Résumé

Portrait of Guilherme Fróes Silva

Profile

A lecturer and researcher in electrical engineering, with experience across nonlinear control, multi-agent systems, image processing, and engineering education.

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Email

g.froessilva@qut.edu.au

Phone

+61 433 870 354

ORCID

0000-0003-4717-2742

Work experience

Sessional Academic (Tutor)

Queensland University of Technology

07/2019 – Ongoing

I tutor and develop material for:

  • Control and Dynamic Systems
  • Modern Control
  • Autonomous Systems
  • Aircraft Systems and Flight

Lecturer

PUCRS

02/2018 – 12/2018

For two semesters I lectured and coordinated six units at PUCRS, Brazil:

  • Control Systems Laboratory
  • Robot Programming
  • Rapid Prototyping
  • Industrial Automation
  • Discrete-event System Simulation
  • Integrated Manufacturing Systems

Research Assistant

Labima · PUCRS

08/2015 – 01/2018

Research focused on automatic shadow removal from aerial images for the United States Air Force grant on the shadow problem. In January 2016, I visited The University of New Mexico and Transparent Sky.

  • Development of near-real time automatic shadow detection software using OpenCV and CUDA.
  • Teaching assistantship in undergraduate Signals and Systems.

Education

PhD in Electrical Engineering

Queensland University of Technology, Australia

02/2019 – Ongoing

Current research involves disturbance string stable control design of multi-agent systems.

MS in Electrical Engineering

PUCRS, Brazil

08/2015 – 08/2017

Research in image processing and photogrammetry, partially funded by CAPES and the AFOSR.

Thesis: Real-time Shadow Detection and Removal in Aerial Motion Imagery Application

GPA: 8.7/10

Academic Exchange

University of Birmingham, UK

09/2012 – 09/2013

One-year sandwich program in Electrical Engineering, including coursework and a three-month placement at the Birmingham Centre for Railway Research and Education.

BEng Automation and Control

PUCRS, Brazil

03/2009 – 07/2015

Five-year engineering degree focused on industrial automation and control theory. Final-year project: Project and Control of a Rotary Dual-Stage Actuator.

GPA: 8.2/10

Skills

  • Control systems design
  • MATLAB
  • Teaching and curriculum development