Originally from Uberlandia, Brazil and raised in Spain, Matheus has a great interest for robotics and how complex machines function. He has enthusiasm for how automatic systems operate, and the physics behind their behaviours.
Currently a Master's Mechatronics Engineering student at the University of Gloucestershire, with great passion for robotics and automation.
Previously a costumer Representative for Nationwide Building Society where he was responsible for the operation, troubleshooting and repairing of ATMs
Outside of University, Matheus enjoys playing instruments such as the Guitar, Drums and Ocarina as well playing airsoft. He also trains and performs calisthenics in shows, works on his free time on new projects as well as in a reptile shop as a part-time sales assistant.
MEng (hons) Mechatronics Engineering Student
Fluent in:
Portuguese
Spanish
English
Basic Japanese (Learning)
Engineering Design and Practice: Anglepoise Lamp
3D CAD parts designed and assembled
2D CAD technical designed provided
Improved project with new parts
Formed the base with concrete manufacturing methods
Constructed simple parts with workshop instruments and machines
Operated Vacuum Forming machine
Designed laser cut parts.
Documented Bill of materials, manufacturing process and assembly instructions
Programming Fundamentals: Dice Rolling Game
Programmed a Random function for a dice display
Designed user interface and interactive control
Developed a sound function for the program
Documented program development
Recorded instructions for program recreation
Sensors and Actuators: Line Follower Robot
Designed robot circuitry
Test and calibration of IF sensors
Programmed an autonomous Arduino code
Recorded all code iterations and enhancements.
AMB3R (Autonomous Mobile Balancing 3D Robot) dissertation
Researched and implemented 3D mapping and SLAM using ROS, Rtabmap, Freenect with a XBOX Kinect.
Built a differential drive robot prototype for 3D mapping and autonomous navigation testing.
Studied and learned Linux and ROS operation, coding and debugging.
Implemented and tuned PID speed control for the differential drive robot.
Learned and implemented Serial communication between Raspberry Pi variant and Teensy 4.1.
Implemented WI-FI control on differential drive robot.
Designed a self-balancing robot capable of changing height using servos.
Developed and programmed a secondary PID balancing loop for new robot.
Developed and built custom battery and charger.
Used existing AUTOMATA controller to operate the robot manually.
Documented and recorded an extensive logbook detailing all processes from start to finish
Documented BOM, dissertation, supervisor meeting records, engineering drawings and measurements,3D files and multiple code iterations.
Designed and presented poster and slideshow about project and provided solid answers for 15-minute questions session.
Sensors and Actuators: Simulation of a Pneumatic System and Analysis
Simulated an automatic sequential motion system on FluidSim 5
Recorded its operation and all possible outcomes
Documented system and parts function
Engineering Systems Design: DJI Mavic Mini Drone Analysis Report
Analysed product function, specifications and operation
Compared product against competition
Created diagrams of its system overview, top-level function, sub functions and system architecture
Identified key users and stakeholders
Provided system lifecycle brief
AUTOMATA V1.0 Multi-Purpose Radio-Controller
Learned and programmed a radio transmitter and receiver prototypes for testing
Designed and manufactured custom PCB using EasyEDA.
Assembled and soldered all electronic components in the custom PCB.
Programmed the controller with an all-purpose code compatible for all existing and future projects.
Operated a laser cutting machine to form all the controller cases.
Self-balancing Robot
Built a 3 layer robot from acrylic plastic
Designed circuit system for all the robot
Programmed a PID balancing control system
Simulated robot in MATLAB to obtain desired PID tuning values
Controlled robot with existing AUTOMATA V1 custom controller
RED RADAR MK1
Learned and programmed ultrasonic sensors to detect objects.
Learned and programmed a LCD screen to display graphics
Programmed and merged distance formulas along with trigonometric formulas to display an object in the display
Designed and 3D printed an enclosure for all the electronics
Designed and manufactured a custom PCB for the project.
Quadruped Robot (WALKER) (In-progress)
Solidworks
3D CAD
3D CAD Assembly
2D Technical Drawing
Simulation
MatLab
Simulink
MultiSim
FluidSim 5
EasyEDA
PCB Designing
SIMATIC STEP 7 (PLC)
CURA (3d Printing)
Cisco Packet Tracer
LabView
Python
C++
Java
Arduino
MATLAB
ROS (Robotic Operating System)
Processing
Excel
Word
PowerPoint
Arduino
Uno
Mega
Nano
ESP32
Teensy 4.1
Raspberry PI
Rock Pi 4 SE
Swindon Academy
[2013] - [2017]