Alexandre Dias

Focused on product development and innovation for electronic compounds, including PCBs and modules.

Developed technical prompts, rubric criteria, and structured evaluation methods for AI-generated engineering outputs. Delivered over 150 tasks (around 450 hours) involving electronic schematics, PCB layouts, and circuit simulation workflows.

Developed a real-time data acquisition system for robotic lawnmower field testing, saving 20% time in failure analysis. Regionalized specification and durability tests, reducing shipping costs by 30% and shortening development cycle by up to 15%.

Managed a hard chromium plating line expansion project, boosting line output capacity by 33%. Designed control methodologies to stabilize production variables, reducing operational deviations by up to 10%.

Responsible for the conception and design of the motor drive system for the electrical/electronic engineering department's first electric vehicle (UFRGS).

Applied a systematic engineering approach that reduced electrical current variation by 80% in critical processes, strengthening operational stability and manufacturing reliability.

Led development and construction of a small-scale tugboat for the DUNA International Nautical Design Challenge (UFSC).

Post-Graduate Program in Project Management focused on risk assessment for electronic board development.

Degree in Electrical & Electronic Engineering.