Smart Systems Technologies
Associate in Applied Science (A.A.S.)
Curriculum Requirements
As a student in this program, you are required to complete a minimum of 63 credit hours with a grade point average of no lower than C (2.0). For this degree program, you must successfully complete the following:
Program Core
| ESC-105 | Engineering Graphics | 3 |
| SST-116 | Introduction to Careers in High-Tech Ecosystems (FYE) | 3 |
| SST-174 | Computing with Smart Systems | 2 |
| SST-231 | Smart Systems Technologies | 3 |
| SST-232 | Cyberphysical Automation Control I | 4 |
| SST-233 | Introduction to Process Improvement | 3 |
| SST-234 | Cyberphysical Automation Control II | 4 |
| SST-250 | Cyberphysical Automation Technology Co-op | 6 |
| TECH-122 | Electronic Theory | 3 |
| TECH-123 | Digital Electronics | 3 |
General Education
Sample Schedule
The schedule below shows how the requirements for this degree may be met in four semesters. For some students, fulfilling degree requirements may take more than four semesters to complete. When planning your schedule, you should consult with your advisor.
First Semester (15 Credit Hours)
| MAT-145 | Survey of Functions I | 3 |
| PHY-118 | College Physics I | 4 |
| SST-116 | Introduction to Careers in High-Tech Ecosystems (FYE) | 3 |
| SST-174 | Computing with Smart Systems | 2 |
| -Social Science | SUNY General Education approved course in Social Science | 3 |
Second (16 Credit Hours)
Third Semester (16 Credit Hours)
| CSC-139 | MS Access | 1 |
| ENG-101 | Composition I | 3 |
| SST-231 | Smart Systems Technologies | 3 |
| SST-232 | Cyberphysical Automation Control I | 4 |
| -Oral Communication | SUNY General Education approved course in Oral Communication | 3 |
HPE-
| Health and Physical Education Electives | 2 |
Fourth Semester (16 Credit Hours)
| ENG-113 | Technical Ethics | 3 |
| SST-233 | Introduction to Process Improvement | 3 |
| SST-234 | Cyberphysical Automation Control II | 4 |
Complete one of the following:
| SST-250 | Cyberphysical Automation Technology Co-op | 6 |
-
| Or | |
| SST-259 | Cyberphysical Technology Special Project | 6 |
Program Learning Outcomes
Upon completion of this degree program, students will be able to:
- Create quantitative models of systems based on fundamentals of integrated physics, mathematics, and computational skills.
- Communicate economic relevance of solving technical problems, individually and through teamwork.
- Assess business cases for automation systems including either parts or all of programmable logic, automation control, mechatronics, and machine vision.
- Apply industry-standard methodologies such as Lean Six Sigma for process and project planning and management.