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$100 USD / hora
Bandera de UNITED STATES
dayton, united states
$100 USD / hora
Aquí son las 2:50 p. m.
Se unió el enero 14, 2013
0 Recomendaciones

Paesol V.

@Paesol

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$100 USD / hora
Bandera de UNITED STATES
dayton, united states
$100 USD / hora
N/A
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Designer/Engineer

I am a passionate design engineer with over 15 years of 3D CAD experience. My work is my art. My passion is to create things that are both beautiful and useful while having elegance and efficiency as a blueprint for quality.
Freelancer Graphic Designers United States
Ver todo Graphic Designers en United States

Contacta Paesol V. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Portafolio

3434837
Garage 3D Printer was made to be a robust 3D printer used in garages. It can by transformed into a light CNC machine.
Garage 3D Printer and CNC
Garage 3D Printer was made to be a robust 3D printer used in garages. It can by transformed into a light CNC machine.
Garage 3D Printer and CNC
Garage 3D Printer was made to be a robust 3D printer used in garages. It can by transformed into a light CNC machine.
Garage 3D Printer and CNC
Garage 3D Printer was made to be a robust 3D printer used in garages. It can by transformed into a light CNC machine.
Garage 3D Printer and CNC
3434822
Small, portable, and affordable 3D Printer made out of plexiglass and 3D printed parts.
Small and portable 3D Printer
Small, portable, and affordable 3D Printer made out of plexiglass and 3D printed parts.
Small and portable 3D Printer
Small, portable, and affordable 3D Printer made out of plexiglass and 3D printed parts.
Small and portable 3D Printer
3434753
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
3434837
Garage 3D Printer was made to be a robust 3D printer used in garages. It can by transformed into a light CNC machine.
Garage 3D Printer and CNC
Garage 3D Printer was made to be a robust 3D printer used in garages. It can by transformed into a light CNC machine.
Garage 3D Printer and CNC
Garage 3D Printer was made to be a robust 3D printer used in garages. It can by transformed into a light CNC machine.
Garage 3D Printer and CNC
Garage 3D Printer was made to be a robust 3D printer used in garages. It can by transformed into a light CNC machine.
Garage 3D Printer and CNC
3434822
Small, portable, and affordable 3D Printer made out of plexiglass and 3D printed parts.
Small and portable 3D Printer
Small, portable, and affordable 3D Printer made out of plexiglass and 3D printed parts.
Small and portable 3D Printer
Small, portable, and affordable 3D Printer made out of plexiglass and 3D printed parts.
Small and portable 3D Printer
3434753
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone
Autonomous quadcopter capable of flying waypoints using GPS coordinates while transmitting video feed. Designed and simulated in SOLIDWORKS 2015 and 3D printed with Stratasys Uprint 3D printer. The drone can reach the altitude of over 400 feet (FAA Limit in an urban area), and reach the speed of over 80 mph with a maximum flight time of 20 minutes on a single charge.
Autonomous Surveillance Drone

Comentarios

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Educación

Electrical Engineering

Wright State University, United States 2004 - 2008
(4 años)

Calificaciones

SOLIDWORKS Electrical

SOLIDWORKS
2013
Certified SOLIDWORKS Electrical trainer

Publicaciones

High Frequency VCO and Frequency Divider in VLSI 90nm Technology

Wright State University and OhioLINK
A Voltage Controlled Oscillator (VCO) is essentially a tunable frequency generator. A VCO is used as a part in PLL system which is a system that generates a stable oscillating signal.

Contacta Paesol V. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

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Principales habilidades

Graphic Design
Electronics
Industrial Design
3D Rendering
Animation

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