Cornell University Final year projects involving Microcontroller Design is archived online, with full reports including design, circuit diagram and theoretical background. This is great news to all the electronics geeks. A repository of innovative projects and robots, this site sure proves to be a holiday project guide. With over 300 projects, ranging from spring 1999 to spring 2006, this site also provides you with photos of the final models thereby helping you to analyse and build your own models.
Most project reports also give you a cost estimation details and a "where to get these components" page. This helps a lot.
Final year Microcontroller Design Projects
Update(May 10, 2010)
Students in ECE 4760 at Cornell University were given the responsibility of choosing, designing and building a project using Atmel Mega644 microcontrollers. Projects this year include video object tracking, acoustic GPS navigator, and an automated rock band guitar player, as well as musical instruments and scientific devices. For more information, click here.
Update(May 11, 2010)
During the last 5 weeks of the semester in ECE 4760, Microcontroller Design, students have to combine sensors, actuators, microcontrollers, and mathematical techniques to build something. All projects show a great deal of originality and work. There are over 350 projects on the page. This year the coding was done using WINAVR and AVRstudio.
Most project reports also give you a cost estimation details and a "where to get these components" page. This helps a lot.
Final year Microcontroller Design Projects
Update(May 10, 2010)
Students in ECE 4760 at Cornell University were given the responsibility of choosing, designing and building a project using Atmel Mega644 microcontrollers. Projects this year include video object tracking, acoustic GPS navigator, and an automated rock band guitar player, as well as musical instruments and scientific devices. For more information, click here.
Update(May 11, 2010)
During the last 5 weeks of the semester in ECE 4760, Microcontroller Design, students have to combine sensors, actuators, microcontrollers, and mathematical techniques to build something. All projects show a great deal of originality and work. There are over 350 projects on the page. This year the coding was done using WINAVR and AVRstudio.
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