ELECTRONICS CAD
Embedded Robotics the most popular technology that introduces advanced technologies and solutions for emerging embedded applications, including digital consumer electronics, automotive, wireless/ubiquitous computing and factory automation. Embedded System are ever more capable engineering systems that we all use in our daily lives, ranging from applications in mobile telephones to washing machines, cars to airplanes. This programme brings both fields together to provide multidisciplinary skills with employment potential in a wide range of areas. Embedded systems are used widely over simple robotics because of its advantages and wireless medium transmission. Embedded robotics is a field in which mechanical, software; power is used to run a system.
Job Prospective
Robotics market in India is growing at 2.5 times greater than the global markets for Robots. This course highlights advancement of embedded systems with more emphasis on Robotic Application. It’s a highly placement oriented course as candidates are absorbed in Embedded or Robotics industry. 100% Placement assistance will be provided upon successful completion of the course.
Entrepreneurship
As it is accepted India is to emerge as the embedded hub it will have to eagerly address the needs of the market. It is very obvious that academics education needs to be assembling for this. Thus need to focus on job-oriented courses. Education and vocational training are the sources for this. One can open its own organization for this purpose. Small cottage industries and organizations are also relevant option in this field. Robotics can be made as helpful equipment as to work at on your own firms .
Course Benefits
• Develop and implement an embedded system (hardware and software) necessary to control a typical robot.
• Acquire and process data from typical sensors used in robotics.
• Control typical actuators used in robotics.
Course Curriculum
• Introduction to Embedded System.
• Microprocessor and microcontroller Classification.
• Introduction to 8051 Microcontroller.
• Registers & memory of AT89C51.
• Assembly language programming.
• Interfacing of LED & MATRIX.
• Interfacing of seven and fourteen segment display.
• Interfacing of LCD, Switches & keyboard, Motors.
• Timers & counter programming.
• Serial Communication programming.
• Interrupt driven programming.
• Interfacing ADC, External Memory.