Samuel Camp
Graduated from the
University of Colorado Boulder
Studied Integrated Design Engineering with an emphasis in Mechanical Engineering
about
about
about
I am a Mechanical Engineer with a strong drive to design, build, and refine complex systems across mechanical, electrical, and embedded systems. I have expertise in 3D CAD, finite element and flow analysis, PCB design and layout, and I have a strong background in manufacturing using manual and CNC operated mills and lathes. My skills also include performance testing, data acquisition and analysis, and embedded systems programming.
With a sharp attention to detail and a methodical approach to problem-solving, I excel at turning concepts into robust, manufacturable designs, working across teams to deliver reliable, real world solutions.
experience
experience
experience
Integrated Teaching and Learning Laboratory
Engineering Support Intern | Jan 2023 - Present
• Designing and teaching workshops in 3D printing, Arduino, PCB design, and CNC manufacturing to 1,000+ students • Provided technical support for a wide range of undergraduate and graduate engineering projects, helping teams troubleshoot complex design and fabrication challenges • Maintained and managed lab equipment, part libraries, and documentation systems to support safe, high-quality prototyping and testing across disciplines
Integrated Teaching and Learning Laboratory
Engineering Support Intern | Jan 2023 - Present
• Designing and teaching workshops in 3D printing, Arduino, PCB design, and CNC manufacturing to 1,000+ students • Provided technical support for a wide range of undergraduate and graduate engineering projects, helping teams troubleshoot complex design and fabrication challenges • Maintained and managed lab equipment, part libraries, and documentation systems to support safe, high-quality prototyping and testing across disciplines
Integrated Teaching and Learning Laboratory
Engineering Support Intern | Jan 2023 - Present
• Designing and teaching workshops in 3D printing, Arduino, PCB design, and CNC manufacturing to 1,000+ students • Provided technical support for a wide range of undergraduate and graduate engineering projects, helping teams troubleshoot complex design and fabrication challenges • Maintained and managed lab equipment, part libraries, and documentation systems to support safe, high-quality prototyping and testing across disciplines
Knappe Quantum Research Lab
Research Assistant Intern | May 2024 – Aug 2024
• Led design efforts for advanced magnetometer systems, coil assemblies, and optical test setups, working within tight mechanical, thermal, and electromagnetic constraints • Designed and automated test setups to validate system performance, iterating designs based on collected data • Collaborated with researchers to refine experimental objectives, ensuring accuracy and repeatability
Knappe Quantum Research Lab
Research Assistant Intern | May 2024 – Aug 2024
• Led design efforts for advanced magnetometer systems, coil assemblies, and optical test setups, working within tight mechanical, thermal, and electromagnetic constraints • Designed and automated test setups to validate system performance, iterating designs based on collected data • Collaborated with researchers to refine experimental objectives, ensuring accuracy and repeatability
Knappe Quantum Research Lab
Research Assistant Intern | May 2024 – Aug 2024
• Led design efforts for advanced magnetometer systems, coil assemblies, and optical test setups, working within tight mechanical, thermal, and electromagnetic constraints • Designed and automated test setups to validate system performance, iterating designs based on collected data • Collaborated with researchers to refine experimental objectives, ensuring accuracy and repeatability
CU Engineering Precollege Outreach Program
Research Assistant Intern | May 2023 – Aug 2023
• Collaborated with NASA engineers to design and build a sensor-equipped rover capable of collecting environmental data, including temperature, humidity, UV index, and GPS coordinates, for later transmission to the NWS • Programmed onboard microcontrollers, developed the power delivery system for motor control, and designed an integrated sensor package to ensure accurate and consistent data collection
CU Engineering Precollege Outreach Program
Research Assistant Intern | May 2023 – Aug 2023
• Collaborated with NASA engineers to design and build a sensor-equipped rover capable of collecting environmental data, including temperature, humidity, UV index, and GPS coordinates, for later transmission to the NWS • Programmed onboard microcontrollers, developed the power delivery system for motor control, and designed an integrated sensor package to ensure accurate and consistent data collection
CU Engineering Precollege Outreach Program
Research Assistant Intern | May 2023 – Aug 2023
• Collaborated with NASA engineers to design and build a sensor-equipped rover capable of collecting environmental data, including temperature, humidity, UV index, and GPS coordinates, for later transmission to the NWS • Programmed onboard microcontrollers, developed the power delivery system for motor control, and designed an integrated sensor package to ensure accurate and consistent data collection
Access Disability, LLC
Legal Assistant | May 2017 – Dec 2022
• Handled initial client contacts for Social Security law firm • Programmed and managed Customer Relations Management database
Access Disability, LLC
Legal Assistant | May 2017 – Dec 2022
• Handled initial client contacts for Social Security law firm • Programmed and managed Customer Relations Management database
Access Disability, LLC
Legal Assistant | May 2017 – Dec 2022
• Handled initial client contacts for Social Security law firm • Programmed and managed Customer Relations Management database
Engineering Projects
Engineering Projects
Engineering Projects
Load More
Load More
Load More
education
education
education
BS, Integrated Design Engineering - Mechanical Engineering Emphasis
University of Colorado, Boulder
Minors: Business & Entrepreneurship GPA: 3.52
BS, Integrated Design Engineering - Mechanical Engineering Emphasis
University of Colorado, Boulder
Minors: Business & Entrepreneurship GPA: 3.52
BS, Integrated Design Engineering - Mechanical Engineering Emphasis
University of Colorado, Boulder
Minors: Business & Entrepreneurship GPA: 3.52
Technical Skills
Technical Skills
Technical Skills
Design: SolidWorks, Fusion 360, CAD, Altium Designer, Autodesk Eagle, Mastercam, CFD, FEA, GD&T
Design: SolidWorks, Fusion 360, CAD, Altium Designer, Autodesk Eagle, Mastercam, CFD, FEA, GD&T
Design: SolidWorks, Fusion 360, CAD, Altium Designer, Autodesk Eagle, Mastercam, CFD, FEA, GD&T
Hardware: 3D Printing, Laser Cutting, Welding, Soldering, Rapid Prototyping, DAQ Systems, Test Setups
Hardware: 3D Printing, Laser Cutting, Welding, Soldering, Rapid Prototyping, DAQ Systems, Test Setups
Hardware: 3D Printing, Laser Cutting, Welding, Soldering, Rapid Prototyping, DAQ Systems, Test Setups
Software: Arduino, C++, MATLAB, ANSYS, Simulink, EES, Python, NI LabVIEW, Swift, Microsoft Office Suite
Software: Arduino, C++, MATLAB, ANSYS, Simulink, EES, Python, NI LabVIEW, Swift, Microsoft Office Suite
Software: Arduino, C++, MATLAB, ANSYS, Simulink, EES, Python, NI LabVIEW, Swift, Microsoft Office Suite
Achievements
Achievements
Achievements
Product Functionality Award | ME Senior Design Expo, 2025
Product Functionality Award | ME Senior Design Expo, 2025
Product Functionality Award | ME Senior Design Expo, 2025
Engineer in Training, FE Mechanical | NCEES, 2025
Engineer in Training, FE Mechanical | NCEES, 2025
Engineer in Training, FE Mechanical | NCEES, 2025
Certified SolidWorks Professional (CSWP) | Dassault Systèmes, 2025
Certified SolidWorks Professional (CSWP) | Dassault Systèmes, 2025
Certified SolidWorks Professional (CSWP) | Dassault Systèmes, 2025
1st Place | New Venture Creation Competition, 2025
1st Place | New Venture Creation Competition, 2025
1st Place | New Venture Creation Competition, 2025
Data Literacy Certificate | DataCamp, 2024
Data Literacy Certificate | DataCamp, 2024
Data Literacy Certificate | DataCamp, 2024
Dean's List | College of Engineering & Applied Sciences, 6x
Dean's List | College of Engineering & Applied Sciences, 6x
Dean's List | College of Engineering & Applied Sciences, 6x
Chancellor's Achievement Scholarship | CU Boulder, 2021-2025
Chancellor's Achievement Scholarship | CU Boulder, 2021-2025
Chancellor's Achievement Scholarship | CU Boulder, 2021-2025
Patents
Patents
Patents
METHODS AND APPARATUS TO REMOVE TABS FROM MACHINED PARTS
Patent No.: US 63/483,471 Patent Pending
Issued: April 2025
Description: Developed a precision machining system that automates the removal of support tabs from aerospace components, improving surface finish quality and reducing manual post-processing time. This innovation enhances manufacturing efficiency and consistency in high-tolerance production environments.
Role: Designed the worksurface and safety mechanisms to ensure user protection and structural reliability, while leading performance validation through vibration testing, CFD analysis of the chip collection system, and FEA of all major structural components. Conducted detailed tolerance analysis on precision parts to support manufacturing, and later integrated the machine’s electronic systems to complete functionality.
One of the most significant design challenges involved reducing the weight of the ~300lb worksurface, which was initially necessary for structural support. After client concerns about weight and assembly feasibility, I re-engineered the part by adding weight reduction pockets on the underside, retaining nearly all of its structural integrity while improving safety, handling, and ease of integration.
METHODS AND APPARATUS TO REMOVE TABS FROM MACHINED PARTS
Patent No.: US 63/483,471 Patent Pending
Issued: April 2025
Description: Developed a precision machining system that automates the removal of support tabs from aerospace components, improving surface finish quality and reducing manual post-processing time. This innovation enhances manufacturing efficiency and consistency in high-tolerance production environments.
Role: Designed the worksurface and safety mechanisms to ensure user protection and structural reliability, while leading performance validation through vibration testing, CFD analysis of the chip collection system, and FEA of all major structural components. Conducted detailed tolerance analysis on precision parts to support manufacturing, and later integrated the machine’s electronic systems to complete functionality.
One of the most significant design challenges involved reducing the weight of the ~300lb worksurface, which was initially necessary for structural support. After client concerns about weight and assembly feasibility, I re-engineered the part by adding weight reduction pockets on the underside, retaining nearly all of its structural integrity while improving safety, handling, and ease of integration.
METHODS AND APPARATUS TO REMOVE TABS FROM MACHINED PARTS
Patent No.: US 63/483,471 Patent Pending
Issued: April 2025
Description: Developed a precision machining system that automates the removal of support tabs from aerospace components, improving surface finish quality and reducing manual post-processing time. This innovation enhances manufacturing efficiency and consistency in high-tolerance production environments.
Role: Designed the worksurface and safety mechanisms to ensure user protection and structural reliability, while leading performance validation through vibration testing, CFD analysis of the chip collection system, and FEA of all major structural components. Conducted detailed tolerance analysis on precision parts to support manufacturing, and later integrated the machine’s electronic systems to complete functionality.
One of the most significant design challenges involved reducing the weight of the ~300lb worksurface, which was initially necessary for structural support. After client concerns about weight and assembly feasibility, I re-engineered the part by adding weight reduction pockets on the underside, retaining nearly all of its structural integrity while improving safety, handling, and ease of integration.