Earn Credit Before Your Start Stout!
The Dual Credit Program (DCP) allows motivated high school students the opportunity to earn college credit while still in high school. Courses are taught during the regular school day in the student’s high school. Students receive both high school and college credit for their work, which can decrease their time to earn a college degree.
Information for Students & Parents
Upon completion of the UW-Stout DCP course, credits earned by students will be considered dual credit, and credits will count towards both high school and UW-Stout requirements.
DCP course grades appear on a UW-Stout college transcript and are accepted as college credit on our campus or can be transferred to other accredited colleges or universities. Students should check with those institutions about their transfer policies.
UW-Stout transcripts will reflect course credit the same as all other UW-Stout courses. Students may receive copies of their official UW-Stout transcript upon request and by paying the standard transcription fee.
Tuition for DCP courses is currently $115 per credit.
Courses are taught by qualified high school teachers whose credentials are reviewed and approved by appropriate department chair at UW-Stout.
Timeline
Students interested in participating in the DCP should check with their high school or the Associate Director of Educational Pathways and Outreach at UW-Stout to see if their school participates in the DCP and which courses are being offered at their high school.
If the students’ high school is participating in the DCP, the student would need to apply for the DCP by completing the Special Student application. DCP applications need to be submitted to UW-Stout by August 15th of the academic year the student plans to take the course.
How to Register
Once a student is admitted for the DCP, the Registration and Records Office at UW-Stout will register the student for the course.
Information for Schools & Teachers
High schools that offer Dual Credit Program courses through UW-Stout will enter into a contractual agreement each year.
Courses are taught by qualified high school teachers whose credentials are reviewed and approved by appropriate department chair at UW-Stout.
Qualified high school teachers work with a UW-Stout faculty mentor from the appropriate department. The faculty mentors ensures that the DCP course lead by the high school teacher offers the same curriculum and meets the same learning outcomes as the corresponding on-campus course at UW-Stout. Students experience the same pace, rigor, and expectations that they will find on a college campus.
How to Become a UW-Stout Dual-Credit School
If your high school is interested in participating in the DCP Program and would like to find more information about the program, please contact the Associate Director of Educational Pathways and Outreach:
Joel Helms
Associate Director of Educational Pathways & Outreach
140F Vocational Rehabilitation Building
221 10th Avenue E.
Menomonie, WI 54751
715-232-3485
helmsj@uwstout.edu
Current Participating Schools
- Boyceville High School
- Chippewa Falls Senior High School
- Eau Claire Regis High School
- Elk Mound High School
- Loyal High School
- Menomonie High School
- Middleton High School
- New Richmond High School
- Pewaukee High School
- Spooner High School
- Spring Valley High School
- St. Croix Central High School
- Unity High School
Qualifications/How to Become a Dual Credit Instructor
If you are interested in becoming an instructor for the UW-Stout Dual Credit Program, please connect with the Associate Director of Educational Pathways and Outreach.
DCP courses are college-level courses and departments use the same criteria to evaluate application materials from prospective instructors of these courses as used to hire faculty to teach on the UW-Stout campus.
Prospective instructors will be required to submit copies the following materials:
- Official undergraduate transcript
- Official graduate transcript
- Resume/CV
Current Course Offerings
Apparel Construction (APRL 166, 3 Credits)
Study and application of apparel and soft good construction techniques, fabric selection, and fit.
Computer Science I (CS 144, 4 Credits)
Analytic Reasoning and Natural Sciences - Analytic Reasoning
Problem solving using a high-level programming language. Input/output, control structures, functions, arrays, structured data, classes, documentation and testing.
Educational Psychology (EDUC 303, 3 Credits)
Psychological aspects of learning and teaching within educational contexts. Focused on areas of cognition, human development and individual and group differences.
Composition I (ENGL 101, 3 Credits)
First in a two-course sequence. Communication skills for a variety of personal, professional, and academic contexts. Drawing from rhetorical traditions, students will communicate effectively through multiple modalities.
Principles of Hospitality Organizational Management (HT 101, 3 Credits)
Explore the major components and organization structure of the hospitality industry, while preparing students for management opportunities. The class will study hospitality operations with a focus on management, leadership and organizational behavior.
College Algebra (MATH 120, 4 Credits)
Properties of elementary functions, including polynomial, absolute value, radical, rational, exponential, and logarithmic functions. Topics include equations, inequalities, functions, and their graphs. Represent, visualize, analyze, solve, and interpret mathematics. Intended to provide the algebra skills required for calculus.
Precalculus (MATH 122, 4 Credits)
Polynomial, rational, trigonometric, exponential, and logarithmic functions; graphical, analytic, and numerical representation; end behavior, asymptotes, and rates of change; identities, analytic manipulation, and multiple representation; mathematical modeling and transformations.
College Physics I (PHYS 241, 5 Credits)
Theoretical and experimental introduction to physics using algebra, trigonometry and vectors. Topics covered are kinematics, kinetics (i.e. dynamics), forces, energy, momentum, torque, fluid mechanics, thermodynamics and simple harmonic motion.
Statistical Methods (STAT 320, 3 Credits)
Methods of describing data: graphical methods, numerical summary measures, exploratory data analysis. Probability, probability distributions, expected value. Sampling distributions. Statistical inference: estimation and hypothesis testing for one-sample and two-sample problems. Regression analysis. Demonstrating with standard statistical software packages. Students may incur incidental expenses for software.