Wednesday, May 14, 2014

Automation and Robotics program lets students handle automated systems and robots in labs

Movies have long predicted that the real-world may soon turn to robots for services and manufacturing of products. The future is not far as many of the complex systems companies use are automated by robots. However, humans are in the lead, as they control and maintain technology. Workers learn the tools of the trade from an automation robotics engineering program. Centennial College offers the Electro-Mechanical Engineering Technician - Automation and Robotics (4105) for avid learners, wishing to pursue careers in robotics.

The lessons taught from the program's advanced courses can identify with the tasks that professionals perform. The skills learned at Centennial are valuable and sought-out by many employers. Here are some key learning outcomes from the program:
  • Practice basic technical drawing and mechanical engineering graphic skills through the computer-aided drafting tool AutoCAD software.
  • Learn the principles of DC and AC electrical circuits and perform electronic equipment testing to measure voltage, current, and resistance.
  • Examine hydraulic systems, including circuit assembly and operation and testing of pumps, cylinders, and other components. Students will apply this knowledge as they designand build a basic hydraulic system.
  • Explore the basics of a pneumatic system, executing mathematical calculations accurately, including calculation of pressure, force, and air flow.
  • Apply programming skills to build industrial robots in Centennial's state-of-the-art laboratory.
  • Project-driven course, called Machine Shop, allows students to manufacture products related to several subject areas, such asdrills, mills, lathes, andgrinders.
  • Study the theory of automation system maintenance and troubleshooting, then applying it in the labs as students perform troubleshooting procedures and preventative maintenance.
Students can expect various technical jobs in the manufacturing sector in various industries, including automotive, food, pharmaceuticals, aircraft, and communications. Centennial teaches its student a broad spectrum of skills that can be applied in different work settings. Graduates can expect to do the following job tasks:
  • Complete quality assurance tests, preventive and corrective maintenance, and calibration of equipment
  • Assemble parts of mechanical systems, ensuring safety and quality standards are met
  • Collaborate with team members on reports and special projects
  • Provide technical support on mechanical and control system issues
  • Work time may include shift work, overtime, and weekends
The program can get competitive so students must obtain the minimum academic requirements and other eligibility requirements:
  • An Ontario Secondary School Diploma or equivalent high school credentials; or mature student status for applicants at least 19 years of age; or midterm grades for current high school applicants
  • English Grade 12 college or university level, or equivalent; or complete the English Skills Assessment at Centennial's testing centre
  • Mathematics Grade 11 college/university or university level, or Grade 12 college or university level, or equivalent; or complete the Engineering Math Skills Assessment test
The automation robotics engineering program educates students with the academic achievement and practical experience they need as they launch their careers in the manufacturing sector as engineering technicians. Employers seek college-trained individuals who are skilled for the tasks on the job. Graduates of the electro mechanical engineering program enter the workforce with a good starting pay and job titles such as Avionics Systems Technician, Calibration Metrologist, Electro-Mechanical Technician, and Robotics Maintenance Technician.

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