Middle School Education, BA – Technology and Engineering Emphasis
49 credit hours in Middle School Education
44 credit hours in Technology and Engineering Emphasis
Requirements
Students seeking a Bachelor of Arts in Middle School Education (grades 5-9) with certification in technology and engineering must complete EDU 33900 and 41 credit hours of coursework selected from the three clusters offered at St. Louis Community College-Florissant Valley:
Methods of Teaching
| EDU 33900 | Secondary Methods of Teaching Technology and Engineering | 3 |
Technology and Engineering Emphasis
Cluster A:
Select a minimum of 12 hours from courses below:
| EDI 10000 | Engineering Drawing (SLCC-FV) | 3 |
| EDI 10400 | Electronic Drafting (SLCC-FV) | 2 |
| EDI 11600 | Construction Blueprint Reading (SLCC-FV) | 3 |
| EDI 13101 | Computer Art Studio (SLCC-FV) | 3 |
| EDI 13300 | Introduction to AutoCAD I (SLCC-FV) | 2 |
| EDI 13301 | Graphic Design I (SLCC-FV) | 3 |
| EDI 13900 | 3-D AutoCAD with Autoshade (SLCC-FV) | 2 |
| EDI 14000 | Computer Aided Drafting and Design I (SLCC-FV) | 3 |
| EDI 14100 | Introduction to AutoCAD II (SLCC-FV) | 2 |
| EDI 14500 | Computer Solids Modeling (SLCC-FV) | 2 |
| EDI 14700 | Introduction to Engineering Design (SLCC-FV) | 3 |
| EDI 16500 | Photography I (SLCC-FV) | 3 |
| EDI 23000 | Introduction to 3-D Solid Modeling for Design (SLCC-FV) | 4 |
| EDI 25500 | Advanced Computer Aided Drafting (SLCC-FV) | 3 |
Cluster B:
Select a minimum of 12 hours from courses below:
| EDI 10600 | IBM Personal Computer Installation and Repair (SLCC-FV) | 1 |
| EDI 10900 | Personal Computer Configuration (SLCC-FV) | 1 |
| EDI 11000 | Technical Electric Circuits I (SLCC-FV) | 4 |
| EDI 11100 | Technical Electric Circuits II (SLCC-FV) | 4 |
| EDI 12102 | Fundamentals of Digital Electronics (SLCC-FV) | 3 |
| EDI 13000 | Electric Circuits I (SLCC-FV) | 4 |
| EDI 13100 | Electric Circuits II (SLCC-FV) | 4 |
| EDI 13200 | Electronic Devices (SLCC-FV) | 5 |
| EDI 22300 | Basic Hydraulics I (SLCC-FV) | 2 |
| EDI 24101 | Transmission and Distribution of Power (SLCC-FV) | 3 |
| EDI 25501 | Fluid Power (SLCC-FV) | 3 |
Cluster C:
Select a minimum of 12 hours from courses below:
| EDI 10100 | Welding Technology (SLCC-FV) | 3 |
| EDI 10800 | Construction Methods (SLCC-FV) | 3 |
| EDI 12103 | Computer Integrated Manufacturing (SLCC-FV) | 3 |
| EDI 14001 | Introduction to Robotics (SLCC-FV) | 3 |
| EDI 15100 | Manufacturing Processes I (SLCC-FV) | 3 |
| EDI 15200 | Manufacturing Processes II (SLCC-FV) | 3 |
| EDI 24100 | Numerical Control Programming (SLCC-FV) | 3 |
| EDI 24900 | Materials and Metallurgy (SLCC-FV) | 3 |
| EDI 30100 | Construction Materials and Methods (SLCC-FV) | 3 |
Electives:
Select a minimum of eight hours from any of the three technology and engineering areas above or the following list:
| EDI 12101 | Principles of Engineering (SLCC-FV) | 3 |
| EDI 12200 | Engineering Design and Development (SLCC-FV) | 3 |
| EDI 14800 | Solid Modeling with Unigraphics (SLCC-FV) | 2 |
| EDI 25600 | Solid Modeling with CATIA (SLCC-FV) | 2 |
Notes: (1) This degree emphasis is only offered at STLCC-Florissant Valley. Students must work with STLCC-FV and major advisor at Lindenwood University. Students must enroll in classes through both advisors.
(2) Course duplication is not allowed.
Also required are College Algebra and General Psychology (at either Lindenwood University or Florissant Valley)
Students seeking only middle school certification should be aware that such certification allows them limited career options in middle school education (grades 5-9). Therefore, middle school education students are encouraged to consider certification in a second area. Coursework must be carefully planned and sequenced by the student with an advisor.