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2. Upon completion of the degree, students should be able to develop and solve mathematical decision models. Management techniques, along with the application of mathematical modeling concepts will be applied.
3. Upon completion of the degree, students should be able to illustrate current and classic concepts and theories in leading engineering organizations and industries.
4. Upon completion of the degree, students should be able to develop insights and strategies for managing quality and value in technology-infused manufacturing and service organizations.
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Industrial Management Advanced Certificate
LEARNING OBJECTIVES
1. Upon completion of the degree, students should be able to provide students the tools needed to break down, assess, defend and reflect upon the capital project concepts and techniques used to calculate and justify budget decisions used in today’s technology industry.2. Upon completion of the degree, students should be able to develop and solve mathematical decision models. Management techniques, along with the application of mathematical modeling concepts will be applied.
3. Upon completion of the degree, students should be able to illustrate current and classic concepts and theories in leading engineering organizations and industries.
4. Upon completion of the degree, students should be able to develop insights and strategies for managing quality and value in technology-infused manufacturing and service organizations.
SUCCESS RATES
40.0%
4-year graduation rate
1.56
Avg. years to degree
MEDIAN EARNINGS
N/A
10 years after graduation
N/A
5 years after graduation
N/A
1 year after graduation
PLACEMENT2 years after graduation
N/A
Working in New York
N/A
Continuing Education