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"The way to get started is to quit talking and begin doing." -- Walt Disney, Theme Park Mogul
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Started 20,March 2009 1:00 pm

Proximity Sensor Tutorial Video: Inductive and Capacitive Sensors

Proximity Sensor Tutorial Video: Inductive and Capacitive Sensors

Learn about inductive and capacitive proximity sensors from Turck and Carlo Gavazzi.

Virginia Tech Engineering Team Developing Autonomous-Flight UAV Helo

An article from Aero-News.net

Mon, 08 Mar ‘10

The Aircraft Is Designed To Investigate Nuclear Disasters

Students at Virginia Tech’s Unmanned Systems Laboratory are perfecting an autonomous helicopter they hope will never be used for its intended purpose. Roughly six feet long and weighing 200 pounds, the re-engineered aircraft is designed to fly into American cities blasted by a nuclear weapon or dirty bomb.

The helicopter’s main mission would be to assist military investigators in the unthinkable: Enter an American city after a nuclear attack in order to detect radiation levels, map and photograph damage. “It’s for a worst-case scenario,” said project leader Kevin Kochersberger (above) , a research associate professor with the College of Engineering and director of the Virginia Tech Unmanned Systems Laboratory . His team consists of several graduate and undergraduate students from the mechanical engineering (ME) and electrical and computer engineering departments.

Continue reading Virginia Tech Engineering Team Developing Autonomous-Flight UAV Helo

Down to the Sea without Ships

Down to the Sea without ShipsDown to the Sea without Ships

Watch this video, presented by Treehugger, to see how an international group of designers envisage a sustainable life afloat. The Open Sailing project is configured as sort of an International Space Station for the marine environment. Powered by wind, wave, and solar energy, the innovative architecture offers a nomadic ecosystem for work and play. The design encompasses self-sufficiency in food, water, and energy production and promises a low-carbon, if not watery, footprint.


More from Environmental Technology

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Proximity Sensor Tutorial Video: Photoelectric and Fixed-frame Sensors

Proximity Sensor Tutorial Video: Photoelectric and Fixed-frame Sensors

Learn about photoelectric and fixed-frame proximity sensors from Banner Engineering and Balluff.

High-speed, high-precision synchronized motion control system

synchronized motion control systemHigh-speed, high-precision synchronized motion control system

Sophisticated servo motor control can match the motion of a group motors very precisely, both speed and orientation, even at high speeds as this dramatic demonstration illustrates.

Measuring flow with differential pressure

Measuring flow with differential pressure

In the fourth “basement video,” Control Engineering editor Peter Welander demonstrates how measuring differential pressure can provide data for calculating a liquid flow rate. View Now

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Miércoles y Jueves Plática con Pilotos Profesionales 1 a 2pm GRATIS!!!

Asiste a la Plática con Pilotos Profesionales de Aviación
Día: Miércoles 3 y Jueves 4 de Marzo
Hora: 1:00 pm a 2:00 pm
Lugar: Aulas 2 4to pisto (Miércoles) y Aulas 4-209 (Jueves)

COMPLETAMENTE GRATIS!!!

GEIP 2010

Por este medio, les informo que ya está abierta la postulación institucional para el programa Honors Global Engineering Internship Program (GEIP).
 
Los requisitos que deben cumplir los candidatos son:
 
1.    Promedio de calificaciones mínimo de 90
2.    Puntaje de TOEFL de 600
3.    Estar CURSANDO el 6º semestre  como mínimo o aprobado 32 materias del plan de estudio (sin remediales. 4.Excelente desempeño académico y con potencial de liderazgo

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The Rise of the Nanobattery

The Rise of the Nanobattery

Batteries add weight and bulk to portable electronic devices, right? Perhaps not for much longer. Scientists at Stanford University have now created batteries from ordinary paper. Applying lessons from nanotechnology, they have coated the paper with ink made from carbon nanotubes and silver nanowires. This article, and the accompanying short video, come fromGreen Design Manufacturing.

Learn more about nanomaterials and nanotechnology products

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Ceramic Rubber Could Power Mobile Devices

Ceramic Rubber Could Power Mobile Devices

Engineers at Princeton University have created a ceramic-based material that generates electricity and converts mechanical energy into electric energy. Power for pacemakers and mobile devices such as cell phones could result. The technology applies zirconate titanate (PZT), a piezoelectric ceramic material that generates an electrical charge when pressure is applied to it, and clear sheets of silicone rubber to create what’s called “piezo-rubber chips.”

Learn more about piezoelectric ceramics