Empowering the Next Generation of Engineers: SolidWorks & Additive Manufacturing Excellence

Certified SolidWorks Associate (CSWA)

Over the past three years, my students have earned more than 50 CSWA certifications, demonstrating mastery of industry-standard CAD modeling. Guiding students to this credential proves my ability to prepare them for real-world engineering pathways while meeting concurrent enrollment standards. Pass rate for the CSWA is 94%.

Certified SolidWorks Professional (CSWP)

Nearly 10 students have advanced to the CSWP level, validating their higher-level design proficiency. This achievement reflects my ability to coach motivated learners beyond foundational skills and into professional competency. Pass rate for the CSWP is 100%.

Additive Manufacturing Fundamentals (Solidworks)

With over 60 additive manufacturing certifications earned, my students have demonstrated both technical knowledge and practical skill in 3D printing. This track record shows my effectiveness in preparing students for workforce and postsecondary opportunities in advanced manufacturing.

Rover X

Rover X is a hands-on engineering and computing course where students design, 3D-print, wire, and code an autonomous rover from the ground up. Using Arduino-class microcontrollers, CAD (SOLIDWORKS), and additive manufacturing, learners integrate sensors, servos, and control algorithms to solve real-world navigation challenges. The course emphasizes engineering documentation, data-driven iteration, and safe lab practices while building college-level skills in programming, rapid prototyping, and systems thinking.

Iron Man Hand

Using surface electromyography (sEMG) sensors, students built a prosthetic-style hand that responds to forearm muscle activity. This interdisciplinary project merges biomechanics, electronics, and CAD, showcasing my skill in facilitating complex, cross-curricular learning.

Flyable Drone Bodies

In this advanced design challenge, students created lightweight, aerodynamic drone frames ready for flight. This project highlights my ability to guide students through precision CAD modeling, materials selection, and functional prototyping.

Rover Chassis

Students designed and 3D printed robust rover chassis, integrating mechanical design principles with iterative testing. This project demonstrates my ability to blend CAD instruction with practical prototyping.

Kayak Upgrade Project

My students took on the challenge of redesigning and upgrading my personal kayak, transforming it into a fully customized vessel. They engineered seat risers for comfort, installed a transducer system for sonar, built a rear transom to mount a trolling motor, and created under-seat storage for added functionality. This project reflects how I guide students to apply CAD, fabrication, and problem-solving skills to real-world challenges—blending engineering design with practical innovation. (drplearning.com)