Catalog Search
Search Options
Entire Catalog
Programs
Courses
Search
Contents
Purpose of the Catalog
University Information
Admissions
Financial Information
Academic Support Services
Academic Standards
Registration Policy and Procedures
Academic Expectations and Ethics
Military Benefits
Degrees
Degree Snapshots
Degree Requirements
MyWay at UMHB Degrees
MyWay at UMHB Courses
AHCB - American History
CACB - Creative Arts
CPCB - Capstone
CSCB - Christian Studies
CVCB - World Civilizations
EDCB- Education
ENCB - Literature
ETCB - Ethics
EXCB - Exercise Activity
GACB - Global Awareness
GVCB - Government/Political Science
ILCB - Information Literacy
LDCB - Leadership
MACB - Mathematics
MGCB - Management
MKCB - Marketing
MUCB - Music
NUCB - Nursing (RN to BSN Program)
NURS - Nursing Escrow
PCCB - Professional Communications
PSCB - Creative Problem Solving
1000
2000
3000
4000
QRCB - Quantitative Reasoning
RECB - Religion
SCCB-Life and Physical Sciences
SSCB - Social and Behavioral Sciences
TWCB - Teamwork
WCCB - Written Communication
Catalog Links
Catalog Home
Catalog Site Map
All Catalogs
Share
Print this page
/Institutions/University-of-Mary-Hardin-Baylor/json/catalogs.json
874F23EC-7A03-4E5D-BE98-2A0EE2340ECC
PSCB - Creative Problem Solving
PSCB 1300
Introduction to Creative Problem Solving
Students learn to use creative problem solving techniques to identify problems and construct innovative solutions. TCCNS Equivalent: PHIL 2303.
3
PSCB 2300
Technology in Problem Solving
Students learn to analyze organizational problems, develop solutions, and construct professional-quality, computer-generated documents to support a given scenario through the use of spreadsheet software. TCCNS Equivalent:
BCIS 1301
; BCIS 1305; BCIS 1401; BCIS 1405.
3
PSCB 3300
Advanced Creative Problem Solving
Students learn to resolve difficult or complex challenges by developing creative ideas that provide solutions to workplace encounters.
3
PSCB 4300
Problem Solving Methods
Students learn to formulate, analyze, model, and solve real-world problems using logic, graph theory, hypothesis testing, modeling with functions and systems of linear equations, linear programming, and modeling with statistics.
3