The specialization is designed for those who want to prepare themselves for leadership positions within the field of engineering.

Several objectives underlie the scope and content of the specialization:

Function as skilled leaders in an engineering environment
Increase the credibility of their leadership by having a technical background in engineering
Integrate their leadership and technical skills when introducing new technology into their functional groups
Increase their flexibility and marketability by having the skills and credibility to operate in a role that is either primarily engineering focused or that is primarily leadership focused.
Remain an active member of their engineering profession while fulfilling a leadership role.

The Engineering Tract specialization can serve people working in all areas of engineering.

To earn a master's degree in leadership studies, students must complete 36 hours of course work.

Leadership Studies Core Courses for both Electrical and Mechanical (15 credits)

Class Name	Course Title	Credit Hours
LEDR 6000	History & Theory of Leadership and Ethics *	3 credit hours
LEDR 6005	Self-Leadership	3 credit hours
LEDR 6010	Conflict Resolution, Negotiation & Team Leadership -- OR --	3 credit hours
LEDR 6030	Qualitative Research & Social Impact on Leader's Decisions	3 credit hours
LEDR 6015	Influence of Leadership on Behavior in Organizations-- OR --	3 credit hours
LEDR 6020	Leaders as Worldly Citizens	3 credit hours
LEDR 6025	Research Methods	3 credit hours
	*Prereq for all LEDR course work

	Leadership Studies Course Descriptions

Electrical Engineering Courses (15 credits)

Class Name	Course Title	Credit Hours
EECE 5310	Control Systems	3 credit hours
EECE 5460	Sensor Devices: Theory, Design and Applications	3 credit hours
EECE 6430	Microelectromechanical Systems and Sensors	3 credit hours
EECE 6810	Algorithm Analysis and Applications	3 credit hours
ENMA 6040	Lean Manufacturing Systems -- OR --	3 credit hours
ENMA 6070	Engineering Project Management	3 credit hours

	Electrical Engineering Course Descriptions

Class Name	Course Title	Credit Hours
MEEN 5275	Mechatronics	3 credit hours
MEEN 5350	Transport Phenomena	3 credit hours
MEEN 5410	Experimental Design	3 credit hours
MEEN 6473	Computer Integrated Manufacturing	3 credit hours
ENMA 6040	Lean Manufacturing Systems -- OR --	3 credit hours
ENMA 6070	Engineering Project Management	3 credit hours

	Mechanical Engineering Course Descriptions

Professional Project

Six (6) credits of a professional project. This course is taken three credits at a time, preferably in two consecutive semesters. The professional project courses are not offered during summer.

There are basically three (3) options for a professional project.

Work independently with a faculty advisor and possibly an organization to produce a research based service or product.
Enroll in Future Milwaukee as a professional project option, using the assigned agency work as the basis of the professional project, which must be begin in fall, concurrent with Future Milwaukee membership.
Submit for publication to a peer reviewed journal the findings from a research study, which has been supervised by a faculty member.

Comprehensive Exams*

Thirty-six (36) credits of course work followed by a comprehensive examination. Students will take: 12 required credits, 3 credits from constrained core electives, 15 credits from specialization courses, and the final 6 credits should be approved by the program advisor.