Graduates will have the ability to apply technical and management principles in an
advanced manufacturing environment to achieve operational excellence.
Graduates will apply technical skills such as quality assurance, risk analysis, process
management, product management, and other necessary specialties in the field of technology
management.
Master of Science in Applied Artificial Intelligence
Program Learning Outcomes
Assess business opportunities and challenges to strategically implement AI solutions.
Lead cross-functional teams to ethically build, deploy, and continuously improve AI
products and services.
Interpret machine learning models and results to drive data-based decision-making.
Develop data management strategies and governance models that enable scalable and
sustainable AI systems.
Appraise regulatory and economic implications of AI solutions across global markets.
Implement inclusive design, testing, and monitoring practices that address bias and
fairness.
Master of Science in Engineering & Technology Management
Program Learning Outcomes
Apply a business-driven approach to engineering and technology concepts.
Employ product and project management with the use of rationale and effective decision-making.
Improve company practices using current technology, analysis, and design. Upon successful
completion of this program, graduates will be able to make strategic and operational
decisions in the management of technology by providing the link between engineering,
science, and management.
A.A.S. in Mechatronics Engineering Technology
Program Learning Outcomes
Design a machine.
Create logic to control the machine.
Electrically actuate the machine.
B.S. in Mechatronics Engineering Technology
Program Learning Outcomes
Demonstrate proficiency in basic automation technology subjects, including electronic
mathematics, AC and DC circuits and components, computer architecture, programmable
logic controllers (PLCs), industrial pneumatic and hydraulic systems, and CAD-based
mechanical design.
Demonstrate appropriate technical reading, writing, and communications skills.
Demonstrate proficiency in mathematics appropriate for automation technology.
Demonstrate proficiency in the design, analysis, operation, and troubleshooting of
automation systems, including automation motors (servo, stepper, PMDC, and BLDC),
industrial pneumatics (actuators, valves, etc.), PID speed and position controls,
and kinematics/dynamics of machines (motion analysis, linkages, and mechanisms).
Master PLC programming, operation, and structure for automation systems.
Six Sigma Green Belt Certificate
Program Learning Outcomes
Graduates will have the ability to apply Six Sigma project management principles.
Graduates will have the ability to apply data-driven process improvements.
B.S. in Technology Management
Program Learning Outcomes
Manage and develop technical cross-functional teams.
Manage and develop complex systems and processes.
Assess current and emerging technologies to problem solve and support innovation.
Analyze business concepts and data to effect change.
Communicate with a wide range of internal stakeholders and various outside communities.
Minor in Technology Management
Program Learning Outcomes
Graduates will have the ability to apply technical and management principles in a
technical environment to achieve operational excellence.
Graduates will earn increasing levels of leadership and technical responsibility in
the workplace, exhibiting lifelong learning and ethical and professional integrity.
Graduates will apply technical skills such as quality, analysis, project management,
design methods, and other necessary specialties in the field of technology management.
A.A.S. in Technology
Program Learning Outcomes
Explain technical cross-functional teams.
Explain complex systems and processes.
Apply current and emerging technologies to problem solve and support innovation.
Compare business concepts and data to effect change.
Demonstrate professional verbal and written communication skills.
