Systems Engineer with Mechanical Engineering Expertise
Freddy Andres Vidal is a Systems Engineer with a Mechanical Engineering background who combines analytical thinking with hands on technical experience to solve real world engineering challenges. He studied Systems Engineering at the University of Arizona with a minor in Mechanical Engineering, developing a strong foundation in optimization, experimentation, system modeling, and mechanical design.
Freddy’s engineering approach is shaped by both academic rigor and industry experience. He has contributed to manufacturing environments that include CNC machining, injection molding, servo systems, and automated production equipment. His time at QMP Inc. and AlkaVida refined his ability to analyze processes, identify inefficiencies, and design practical solutions that improve throughput and reliability. He is equally comfortable evaluating system level behavior as he is working directly with machines, tools, or CAD platforms.
As a designer and problem solver, Freddy enjoys breaking down complex problems into clear, actionable components. He has worked on projects involving solar panel cleaning systems, robotic automation concepts for CNC part handling, filtration technologies, and workflow optimization. His skill set spans mechanical modeling, SolidWorks CAD, Python and MATLAB analysis, engineering statistics, operations research, and system architecture.
Beyond technical ability, Freddy is known for his communication skills and leadership experience. He has presented work to management teams, guided cross functional discussions, and worked alongside engineers, technicians, and manufacturing personnel. His background in business development further strengthens his understanding of the intersection between engineering decisions and practical business impact.
Driven, adaptable, and solution oriented, Freddy brings a blend of analytical discipline and hands on engineering insight. He is pursuing opportunities where he can contribute to innovative engineering projects, improve system performance, and continue growing as a multidisciplinary engineer.
Selected Engineering Projects and Real World Applications
(For detailed writeups, design files, and expanded project descriptions, visit the full Portfolio section)
- Designed a dual-array solar-powered parking canopy system in SolidWorks, showcasing parametric modeling and renewable energy integration for scalable commercial infrastructure; proposed to Old Pueblo Community Services.
SPUD is an autonomous drone system designed to detect and clean residential solar panels using a pressurized water system. The goal of the project was to restore photovoltaic efficiency lost due to dust and debris buildup while maintaining a system that is safe, sustainable, and easily maintainable. The SPUD platform integrates a custom water-delivery module with a fully autonomous hexacopter capable of panel identification, mapping, and cleaning path generation. Describe important details like price, value, length of service, and why it’s unique. Or use these sections to showcase different key values of your products or services.
Currently developing a self-powered hotel door lock that eliminates battery replacements through mechanical energy harvesting. Modeled and refined the evolving mechanism in SolidWorks to support ongoing prototyping and design iteration.