DFMA C++

Author: gavintranquilino

Gavin_Tranquilino.tex

@@ -210,7 +210,7 @@ \section{Experience}
 {\href{https://www.gavintranquilino.com/sheartak.html}{\underline{Mechanical Engineering Associate}}}{January 2024 -- April 2024}
 {Sheartak Tools Ltd.}{Waterloo, ON}
 \resumeItemListStart
-\resumeItem{Designed 15 custom mechanical assemblies in \textbf{SolidWorks} for woodworking machinery to ensure precise fit and function.}
+\resumeItem{Designed 15 custom mechanical assemblies with \textbf{DFMA} in \textbf{SolidWorks} for woodworking machinery to ensure precise fit and function.}
 \resumeItem{Applied \textbf{GD\&T} principles to guarantee manufacturing accuracy for custom machine parts.}
 % \resumeItem{Collaborated with clients to create tailored part designs, improving machine performance and meeting specific customer requirements.}
 \resumeItem{Created 25 detailed installation manuals, including parts lists and assembly instructions, ensuring ease of use for customers.}
@@ -280,23 +280,6 @@ \section{Experience}
 \section{Projects}
 \resumeSubHeadingListStart
 
-% ML version with genetic algs
-% \resumeProjectHeading
-%     {\textbf{\underline{\href{https://github.com/gavintranquilino/self-balancing-unicycle}{Self-Balancing Unicycle Game/Physics Simulation}}} $|$ \emph{C++, OpenGL, CMake, Raylib, Control Theory, PID}}{}
-%     \resumeItemListStart
-%       \resumeItem{Utilized a genetic algorithm to fine-tune PID constants, optimizing system performance and stability.}
-%       \resumeItem{Derived equations of motion for the Unicycle system, ensuring accurate modeling of dynamics.}
-%       \resumeItem{Implemented a cascading PID controller to stabilize the unicycle, effectively maintaining balance and reducing error.}
-%     \resumeItemListEnd    
-
-% \resumeProjectHeading
-% {\textbf{\href{https://github.com/gavintranquilino/self-balancing-unicycle}{\underline{Self-Balancing Unicycle}}} $|$ \emph{C++, OpenGL, CMake, Raylib, Control Theory, PID, OOP}}{}
-% \resumeItemListStart
-% \resumeItem{Derived equations of motion using linearization techniques to estimate and optimize trigonometric calculations.}
-% \resumeItem{Utilized \textbf{C++} and \textbf{CMake} to develop a graphical simulator that demonstrates \textbf{PID control} to keep the unicycle upright.}
-% \resumeItem{Implemented \textbf{Git} submodules to reference third-party \textbf{OpenGL} wrappers, to visualize the simulation.}
-% \resumeItemListEnd
-
 % \resumeProjectHeading
 % {\textbf{\href{https://www.gavintranquilino.com/circle-display}{\underline{Handheld Virtual Pet}}} $|$ \emph{C++, IMU, I2C, ESP-IDF, ESP32}}{}
 % \resumeItemListStart
@@ -312,7 +295,15 @@ \section{Projects}
 \resumeItem{Researched and integrated strain gauges and load cells, raising load measurement range from 10kg to 50kg.}
 \resumeItem{Prototyped \textbf{3D-printed} mounts and knee platforms for strain gauges, ensuring user comfort.}
 % \resumeItem{Created single-board load cell schematics in \textbf{KiCAD}, streamlining sensor integration.}
-\resumeItem{Built \textbf{Python} scripts for force distribution visualization in Matplotlib, with data logging for gait analysis.}
+\resumeItem{Built \textbf{Python} scripts for force distribution visualization in \textbf{Matplotlib}, with data logging for gait analysis.}
+\resumeItemListEnd
+
+\resumeProjectHeading
+{\textbf{\href{https://github.com/gavintranquilino/self-balancing-unicycle}{\underline{Self-Balancing Unicycle}}} }{}
+\resumeItemListStart
+\resumeItem{Derived equations of motion using linearization techniques to estimate and optimize trigonometric calculations.}
+\resumeItem{Utilized \textbf{C++} and \textbf{CMake} to develop a graphical simulator that demonstrates \textbf{PID control} to keep the unicycle upright.}
+\resumeItem{Implemented \textbf{Git} submodules to reference third-party \textbf{OpenGL} wrappers, to visualize the simulation.}
 \resumeItemListEnd
 
 % \resumeProjectHeading
@@ -323,12 +314,12 @@ \section{Projects}
 %       \resumeItem{Researched and implemented cutting-edge AI concepts such as AI, transformations, models, and tokenization, effectively improving platform functionality and staying ahead of industry trends.}
 %     \resumeItemListEnd    
 
-\resumeProjectHeading
-{\textbf{\href{https://devpost.com/software/blink-twice-if-you-need-help}{\underline{Blink Twice If You Need Help}}} \emph{}}{}
-\resumeItemListStart
-\resumeItem{Designed a computer vision \textbf{IoT} wearable using \textbf{OpenCV} for real time eye tracking, triggering immediate emergency calls.}
-\resumeItem{Leveraged \textbf{VoIP} with \textbf{Python} for automated emergency calls, reducing response time.}
-\resumeItemListEnd
+% \resumeProjectHeading
+% {\textbf{\href{https://devpost.com/software/blink-twice-if-you-need-help}{\underline{Blink Twice If You Need Help}}} \emph{}}{}
+% \resumeItemListStart
+% \resumeItem{Designed a computer vision \textbf{IoT} wearable using \textbf{OpenCV} for real time eye tracking, triggering immediate emergency calls.}
+% \resumeItem{Leveraged \textbf{VoIP} with \textbf{Python} for automated emergency calls, reducing response time.}
+% \resumeItemListEnd
 
 % \resumeProjectHeading
 %     {\textbf{\underline{\href{https://github.com/ransomw/the-benevolent-dictators}{Benevolens}}} $|$ \emph{Python, Optical Character Recognition, Steganography, Git, GitHub}}{}
@@ -351,7 +342,6 @@ \section{Projects}
     {\textbf{\underline{\href{https://www.youtube.com/playlist?list=PL2zKq55_kXLenkTwrxIJvVcfiL-i74W9J}{Computer Vision Enabled Hospital App}}} }{}
     \resumeItemListStart
       \resumeItem{Mobile app to help promote physical activity for geriatric patients to prevent symptoms of hospital-induced delirium.}
-      \resumeItem{Allows nurses to host exercise seessions within a ward, reducing nurses needed for supervision by 75\%.}
       \resumeItem{Built the backend with \textbf{Python}, \textbf{OpenCV}, and \textbf{MediaPipe} for real-time pose estimation and exercise tracking.}
       \resumeItem{Awarded by the Grand River Hospital's Tech Innovation Challenge as having "Most Impact".}
     \resumeItemListEnd
@@ -404,9 +394,9 @@ \section{Technical Skills}
           %  \textbf{Hardware}{: CAD, SolidWorks, AutoCAD, GD\&T, Fusion360, KiCAD, 3D Printing, Soldering, Machine Tools} \\
           %  \textbf{Software}{: C/C++, CMake, Python, Linux, Git, Arduino, I2C, SPI, UART, SQL, OpenCV, OpenGL} \\
 
-          \textbf{Mechanical}{: SolidWorks, AutoCAD, GD\&T, CAD, 3D Printing, Machine Tools, Onshape, Fusion360, FreeCAD} \\
+          \textbf{Mechanical}{: SolidWorks, AutoCAD, GD\&T, CAD, FEA, FEM, DFMA, 3D Printing, Machine Tools, Onshape, Fusion360} \\
           \textbf{Electrical}{: KiCAD, I2C, SPI, UART, Arduino, ESP-IDF, Soldering, Oscilloscope} \\
-          \textbf{Software}{: Python, C, C++, ROS2, Docker, CMake, OpenGL, OpenCV, Mediapipe, Linux, Ubuntu, Git} \\
+          \textbf{Software}{: Python, C, C++, ROS2, Docker, CMake, OpenGL, OpenCV, Mediapipe, Linux, Ubuntu, Git, OOP} \\
           % \textbf{Software}{: Python, C, C++, ROS2, Docker, CMake, SQL, OpenGL, OpenCV, Linux, Ubuntu, Git, Flask, HTML, CSS, JavaScript} \\
           }}
 \end{itemize}