Overview
The Engineering Technology Support Specialist Certificate at Lake-Sumter State College is designed to provide students with foundational knowledge and practical skills essential for various roles in the engineering technology field. This program equips students with the competencies needed to support engineering and technical operations across multiple industries, making them valuable assets in the modern workforce.
Program Highlights
- Comprehensive Curriculum
- Hands-On Experience
- Industry-Relevant Skills
- Career Advancement
- Immediate Job Readiness
Upward Compatibility: This certificate seamlessly progresses to the Engineering Technology Substation and Relay Technology specialization and the Associate in Science degree.
Advanced Learning Environment: Fully functional lab featuring 3D printing and Virtual Reality-based labs, enabling students to experience a real-time industrial environment.
Earn Additional Industrial Certification: Earn an additional MSSC CPT certification as part of this program, enhancing job readiness in the field of industrial maintenance and safety.
Stackable Paths
1. MSSC CPT Industry Certificate:
- Duration: 1 semester
- Credits: 12 credits
- Program Focus: Prepares students for the Manufacturing Skills Standards Council (MSSC) Certified Production Technician (CPT) credential, emphasizing core skills in safety, quality practices and measurement, manufacturing processes and production, and maintenance awareness.
2. Advanced Manufacturing (Mechatronics) Certificate (CCC):
- Duration: 3 semesters
- Credits: 30 credits
- Program Focus: Provides foundational skills in advanced manufacturing of mechatronics, including electrical circuits, industrial automation, PLCs, hydraulics, pneumatics, and mechanical drives.
3. Associate Degree:
- Associate of Science (AS) in Engineering Technology – Relay Technology / Advanced Manufacturing:
- Duration: Additional 1-2 years
- Program Focus: This program emphasizes hands-on learning and real-world applications, providing students with the technical expertise required to excel in today’s high-tech industrial environments. Students will gain proficiency in electrical systems, transformers, automation, relay operations, robotics, and advanced manufacturing techniques, including Smart Factory 4.0, preparing them for dynamic careers in engineering technology and industrial automation.