Marcelo Elias Simon

• Designed and developed embedded software in C and Python for smart healthcare devices, reducing memory usage by 20% and increasing IoT device battery life by over 10% through optimized low-level drivers. • Built real-time data processing applications and REST APIs in Python to validate new features and improve feasibility studies. • Automated integration of documentation across modules, reducing cycle time by 5% and improving consistency.

• Developed embedded software in C, including low-level drivers, data processing routines, and optimized power management for IoT devices. • Designed electronic circuits and analyzed requirements to evaluate project feasibility and technical constraints. • Built a cloud-connected telemetry system using MQTT and cellular networks to enable real-time monitoring of field devices.

• Analyzed opportunities for product upgrades and planned microcontroller updates to enhance functionality and performance. • Developed and maintained embedded firmware for medical devices, including implementing Bluetooth remote control features. • Refactored and optimized legacy code to improve software maintainability and reliability. • Maintained detailed, up-to-date technical documentation supporting development and regulatory compliance.

Thesis: Multi-robots Coordination System for Urban Search and Rescue Post-disaster Assistance Based on Supervisory Control Theory.

Project: Fingers Motion Recognition Using Surface Electromyography and Machine Learning Algorithms.