Emmanuel Sanchez

Dynamic and detail-oriented Electrical Engineering graduate with a solid foundation in analog and digital electronics, circuit analysis, embedded systems, and computer communications networks. Proficient in PCB design and hardware prototyping, with hands-on experience in project management and team leadership. Skilled in programming languages including C, Machine Code, MATLAB, Python, and Verilog. Possesses strong technical expertise in utilizing oscilloscopes, function generators, and digital multimeters. Proven track record of academic excellence, recognized through multiple Dean's List awards. Excels in collaborative environments and demonstrates effective communication and organizational skills.

• EEL 4915L – Senior Design II - Design, hardware, PCB prototyping, installation, and project management.
• EEL 4914 – Senior Design - Engineering economics, ethics, management, and documentation.
• EEL 4216 – Fundamental of Electric Power Systems - Three-phase power systems and transmission lines.
• EEL 4298 – Power Systems Economics - Power system planning, operations, and power markets.
• EEL 3801 – Computer Organization and Design - Architectures, memory hierarchy, and 1/0 interfaces.
• EEL 4742C – Embedded Systems - Microcontroller programming using assembly language and C.
• EEL 4781 – Computer Communications Network - OSI model, physical layer, and media access control.
• EEL 3926L – Junior Design - Schematic design and Bill of Material using EDA software.

• Solar Tennis Ball Collector - Designed an autonomous robot that is used to roam around and collect tennis balls while being.

         - Designed, prototyped, and developed multiple individual PCBs throughout the project.

         - Using a Raspberry Pi camera, the tennis balls were able to be tracked due to the difference in hue.

         - I2C and UART were used for communication between the Raspberry Pi and an ATMEGA microcontroller.

         - Ultrasonic Sensors (HCSR04) were used for obstacle avoidance.

         - Micro Limit switches were used as an added precaution to any collisions.

         - I2C was used to display battery charge and solar panel energy production on a small lcd screen.

         - Guided and conducted PCB and hardware design, motor functionality and powering, solar panel implementation.

         - Collaborated with group members on the implementation of UART, I2C, camera, sensors, and overall circuit design and schematics.

         - Lead and organized my team by assigning roles in order to maintain balance and productivity within the group, planned meetings, and deadlines for different tasks.

• Rangefinder - Designed a small rangefinder used to determine multiple distances to an object with the use of an ultrasonic sensor.

        - Designed and  prototyped PCB throughout the project.

        - The design of this project required the implementation of an MSP430 microcontroller.

        - Ultrasonic Sensors (HCSR04) were used to approximate the distance to an object.

        - A small LCD screen was used to display the distance that was approximated by the Ultrasonic sensor.

• Oscilloscope -Tektronix DPO 4034 Digital Oscilloscope
• Function Generator - Tektronix AFG3022 Dual Channel Function Generator
• Digital Multimeter - Tektronix DMM 4050
• Verilog Programming
• Machine Code
• C Programming
• MATLAB
• Python Programming
• Autodesk Eagle
• PCB Design
• Microsoft - Excel, Outlook, PowerPoint, Teams, and Word

YMCA Deltona, Soccer coach - 05/2021

• OSHA 30 HR Construction - 04/2024
• NFPA 70E 2024 - 04/2024
• Adobe InDesign - 04/2017
• Adobe Illustrator - 04/2016
• Adobe Photoshop - 04/2015