SST-259 Cyberphysical Technology Special Projects

Students will complete industry specific projects under direction of instructors and/or industry mentors, to prepare for careers across diverse industries. Examples of projects include study of robotic systems, alternative energy system, fuel cells, quality improvement in manufacturing, radio-frequency communication systems, vibration study geared towards preventive predictive maintenance, wearable devices, VR, AVR, AI, Big Analog Data, and Industrial Applications of Machine Learning.

Credits

6

Prerequisite

SST-232, Permission of Instructor

Lecture Contact Hours

6

Lab Contact Hours

0

Other Contact Hours

0

Department

  • Science & Technology

Grading Scheme

  • Letter

SUNY Gen Ed Credit

  • No

Course Learning Outcomes

  1. Write a reflective journal describing troubleshooting equipment/process and documenting attention to safety considerations.
  2. Demonstrate industry standard work habits for the given work environment.
  3. Evaluate skills and knowledge acquired from the project.
View Course Outline

SST 259: Cyberphysical Technology Special Projects

Department

Science and Technology

Course Description

Students will complete industry specific projects under direction of instructors and/or industry mentors, to prepare for careers across diverse industries. Examples of projects include study of robotic systems, alternative energy system, fuel cells, quality improvement in manufacturing, radio-frequency communication systems, vibration study geared towards preventive predictive maintenance, wearable devices, VR, AVR, AI, Big Analog Data, and Industrial Applications of Machine Learning.

Credit Hours

6

Contact Hours

Lecture6
Lab0
Other0

Grading Scheme

Letter

Prerequisites

SST-232, Permission of Instructor

Course Learning Outcomes

  1. Write a reflective journal describing troubleshooting equipment/process and documenting attention to safety considerations.
  2. Demonstrate industry standard work habits for the given work environment.
  3. Evaluate skills and knowledge acquired from the project.