Christopher Navarro
Christopher Navarro
Christopher Navarro
Tech-minded professional
Proven ability to take on new challenges, with an educational background focused on engineering and Tecnology.
Proven ability to take on new challenges, with an educational background focused on engineering and Tecnology.
Proven ability to take on new challenges, with an educational background focused on engineering and Tecnology.
Portfolio
FAQ
FAQ
FAQ
How did I learn to 3D print?
I was first introduced to 3D printing during a high school summer internship for a tech program, where I printed prototypes from STL files exported from SolidWorks, post-processed the parts, and assembled them to test functionality. Later, I purchased my first home 3D printer kit, which provided hands-on experience with tinkering and troubleshooting due to its manual setup process. As 3D printer technology advanced, I upgraded to my current workhorse, the Prusa MK2. With features like auto-bed leveling, filament sensors, and preset print settings, it has enabled me to focus on post-processing and assembling more complex and ambitious projects with greater reliability and precision.
How did I learn to code?
I began coding in my early teens, experimenting with BASIC on an old TI-99, which introduced me to fundamental computer logic. In high school, I built on this foundation by formally learning concepts such as Object-Oriented Programming, Encapsulation, and Boolean Algebra. Over the years, I’ve continued to expand my skills, picking up various programming languages as needed during college and throughout my professional experience.
How did I learn to 3D print?
I was first introduced to 3D printing during a high school summer internship for a tech program, where I printed prototypes from STL files exported from SolidWorks, post-processed the parts, and assembled them to test functionality. Later, I purchased my first home 3D printer kit, which provided hands-on experience with tinkering and troubleshooting due to its manual setup process. As 3D printer technology advanced, I upgraded to my current workhorse, the Prusa MK2. With features like auto-bed leveling, filament sensors, and preset print settings, it has enabled me to focus on post-processing and assembling more complex and ambitious projects with greater reliability and precision.
How did I learn to code?
I began coding in my early teens, experimenting with BASIC on an old TI-99, which introduced me to fundamental computer logic. In high school, I built on this foundation by formally learning concepts such as Object-Oriented Programming, Encapsulation, and Boolean Algebra. Over the years, I’ve continued to expand my skills, picking up various programming languages as needed during college and throughout my professional experience.
How did I learn to 3D print?
I was first introduced to 3D printing during a high school summer internship for a tech program, where I printed prototypes from STL files exported from SolidWorks, post-processed the parts, and assembled them to test functionality. Later, I purchased my first home 3D printer kit, which provided hands-on experience with tinkering and troubleshooting due to its manual setup process. As 3D printer technology advanced, I upgraded to my current workhorse, the Prusa MK2. With features like auto-bed leveling, filament sensors, and preset print settings, it has enabled me to focus on post-processing and assembling more complex and ambitious projects with greater reliability and precision.
How did I learn to code?
I began coding in my early teens, experimenting with BASIC on an old TI-99, which introduced me to fundamental computer logic. In high school, I built on this foundation by formally learning concepts such as Object-Oriented Programming, Encapsulation, and Boolean Algebra. Over the years, I’ve continued to expand my skills, picking up various programming languages as needed during college and throughout my professional experience.