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• Course work is fully online. • Case studies can be customized for your industry or company. • Program is completed in one year (roughly 25 hours a month in course work and assignments). • Network as you study with a cohort of 12 to 18 practicing engineers. For more information on the Mechatronics for Practicing Engineers Online Certificate Program, please contact Dr. Kevin Craig, professor of mechanical engineering, Fred DeMatteis School of Engineering and Applied Science, at [email protected] or 516-463-6020 or visit ce.hofstra.edu/mechatronics. Mechatronics for Practicing Engineers Online Certificate Program Mechatronics is multidisciplinary systems engineering – and Hofstra’s certificate program is designed for practicing engineers who want to raise their skill level, as well as for companies who want their employees to have a competitive advantage. The classes, grounded in mathematics and physics, take a human-centered and model-based design approach while integrating rigorous theory and best industry practices. About the Certificate Program The program consists of 12 one-credit modules, taken in a specific order, one each month for a year: Physical and Mathematical Modeling, Electrical Systems and Electronics, Mechanical Systems, Electro-Mechanical Systems, Fluid Systems, Thermal Systems, Computer Simulation, Measurement Systems, Sensors for Mechatronics, Actuators for Mechatronics, Control System Fundamentals, and Control System Design and Implementation. Tuition for each module is $600. Hofstra professors provide live contact through weekly, two-hour, online question-and-answer sessions; and monthly, half-day, end-of-module meetings that include laboratory hardware sessions conducted at Hofstra University’s state-of-the-art Mechatronics Lab. Students outside the New York metropolitan area can opt to attend these laboratory sessions remotely. Prerequisite: BS or associate degree in engineering or a related field of study with at least three years of industry engineering practice. 75404:11/17

Mechatronics for Practicing Engineers Online … more information on the Mechatronics for Practicing Engineers Online Certificate Program, ... Engineering and Applied Science, at [email protected]

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• Course work is fully online.• Case studies can be customized for your industry or company.• Program is completed in one year (roughly 25 hours a month in course work and assignments). • Network as you study with a cohort of 12 to 18 practicing engineers.

For more information on the Mechatronics for Practicing Engineers Online Certificate Program, please contact Dr. Kevin Craig, professor of mechanical engineering, Fred DeMatteis School of Engineering and Applied Science, at [email protected]

or 516-463-6020 or visit ce.hofstra.edu/mechatronics.

Mechatronics for Practicing EngineersOnline Certificate Program

Mechatronics is multidisciplinary systems engineering – and Hofstra’s certificate program is designed for practicing engineers who want to raise their skill level, as well as for companies who want their employees to have a competitive advantage. The classes, grounded in mathematics and physics, take a human-centered and model-based design approach while integrating rigorous theory and best industry practices.

About the Certificate ProgramThe program consists of 12 one-credit modules, taken in a specific order, one each month for a year: Physical and Mathematical Modeling, Electrical Systems and Electronics, Mechanical Systems, Electro-Mechanical Systems, Fluid Systems, Thermal Systems, Computer Simulation, Measurement Systems, Sensors for Mechatronics, Actuators for Mechatronics, Control System Fundamentals, and Control System Design and Implementation. Tuition for each module is $600.

Hofstra professors provide live contact through weekly, two-hour, online question-and-answer sessions; and monthly, half-day, end-of-module meetings that include laboratory hardware sessions conducted at Hofstra University’s state-of-the-art Mechatronics Lab. Students outside the New York metropolitan area can opt to attend these laboratory sessions remotely.

Prerequisite: BS or associate degree in engineering or a related field of study with at least three years of industry engineering practice.

75404:11/17