Mechatronics Engineer.
Make it Happen
I am a Texas A&M mechatronics engineering student with a minor in Embedded Systems Integration, building robot cells, embedded controllers, PLC/HMI tools, and manufacturing improvements that have to work outside the classroom.
Looking for robotics, controls, automation, manufacturing engineering, or embedded systems work where I can commission hardware, debug the messy parts, and document what changed.
Projects
Controls, robotics, embedded systems, CAD, IoT, and selective software projects.
Skills
Grouped for recruiter scan speed: controls, robots, firmware, factory systems, CAD, and analysis.
Controls & Simulation
- PI / PID control
- System identification
- Encoder feedback
- MATLAB / Simulink
- PWM motor control
Robotics & Automation
- Yaskawa Motoman
- DX200 / XRC / YASNAC
- Universal Robots
- PLC / HMI programming
- Robot cell commissioning
Embedded Systems
- C / C++ firmware
- STM32 HAL / Arduino
- FreeRTOS / ROS 2
- UART / I2C / SPI
- LoRa and sensor integration
Manufacturing Engineering
- Lean manufacturing
- A3 / 5 Whys
- Process improvement
- Rework tracking tools
- Cross-functional launch support
CAD, Fabrication & Test
- SolidWorks / Fusion 360
- Autodesk Inventor / AutoCAD
- 3D printing / laser cutting
- Oscilloscope debugging
- Technical documentation
Software & Data Tools
- Python / JavaScript
- HTML / CSS
- Git / GitHub
- Excel analysis
- Web dashboards and utilities
Experience
Work that connects factory-floor execution with engineering design.
Minor in Embedded Systems Integration. Regents' Scholar, first-generation student, SHPE member, and PBE past leadership focused on embedded systems, manufacturing, robotics, controls, and practical engineering builds.
Commissioned and programmed relocated Yaskawa Motoman robotic cells with DX200 and XRC/YASNAC controllers, designed a Delta PLC/HMI-controlled automated safety door, optimized an industrial heating cycle to 8 minutes, led cross-functional launch work, and engineered a mobile lifting system for a roughly 4,000-lb Donaldson Torit dust collector.
Develop electronics, embedded firmware, sensor integration, LoRa communication, power electronics, battery storage, and solar-charging components for a modular 3D-printed micro buoy that collects environmental data in coastal and river environments.
Analyzed workflows and rework processes, applied Lean Six Sigma tools including 5 Whys, A3 problem solving, and one-piece flow, and developed a real-time rework tracking tool for defect trends and data-driven decisions.
Led apartment tours, processed rental applications and lease agreements, and resolved resident concerns while maintaining strong service and communication standards.
Helped customers compare vehicle features, negotiated sales, and exceeded targets through product knowledge and customer service.
Contact
Reach out for engineering roles, projects, or technical collaboration.
Elsewhere
Links & profiles.
About Me
I like turning engineering theory into working systems, whether that is an industrial robot cell, an IoT controller, a manufacturing tool, a micro buoy, or a vehicle controls project. My interests span embedded systems, CAD, automation, language learning, stargazing, and data-driven tools.