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Technical Programs

Enrich your technical skills and reach your professional goals!

CNC Fundamentals

Prerequisite: Basic math skills

Course Overview:
This hands-on course introduces students to the fundamental principles of CNC (Computer Numerical Control) machining. Students will learn to operate CNC machines, read technical drawings, write basic CNC programs, and perform machine setup and troubleshooting. The curriculum also covers CAD/CAM integration and career pathways in the machining industry.

What You’ll Learn:

  • The history and safety practices of CNC machining

  • CNC machine components and their functions

  • How to read blueprints and technical drawings

  • Basic G-code programming and CNC operation

  • CAD/CAM software integration

  • Troubleshooting and preventive maintenance

  • Quality control and part inspection

  • Career opportunities in CNC machining

Semester/Year Day Dates Times Instructor Tuition Cost
Spring 2026 Mondays Feb. 2 – April 6, 2026  5:00pm – 8:00pm Mike Auquier $500

 

Grant funding may be available!

 

Plumbing

This 40-hour course provides a foundational understanding of the plumbing industry, emphasizing safety and tool usage. You’ll learn about plumbing materials, water supply and drainage systems, basic gas plumbing, maintenance, troubleshooting, and blueprint reading. Gain practical skills through hands-on projects and prepare for a successful plumbing career.

Plumbing

Day Dates Times Instructor Tuition Cost

Tuesdays & Thursdays

March 5 – April 30, 2026

5:00 pm – 7:30 pm

 Walter Szczesny $1,599

 

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Plumbing

Welding

Practical Applications in Industrial Electrical Work – Level 1

Practical Applications in Industrial Electrical Work – Level 2

Basic Air Conditioning & Refrigeration I

EPA Section 608 Certification

Welding

In two phases this comprehensive 352-hour hands-on program covers critical welding foundations, from prioritizing safety and understanding base and filler metals to in-depth instruction in various welding processes. You’ll gain in-depth knowledge in welding principles, phase one features the exciting field of Robotic Arc Welding (AWS-CRAW Prep), and hands-on techniques in Gas Metal Arc Welding (MIG), Gas Tungsten Arc Welding (TIG), and Shielded Metal Arc Welding (Stick).  Phase two features Blue Print Reading, Understanding the Weld Inspection, and method and techniques.

Welding

Phase Day Dates Times Instructor Tuition Cost
Two Tuesdays & Wednesdays Jan. 20- April 17, 2026 6:00 pm – 8:00 pm Sal Bonafide $5,000

 

Mechatronics

Mechatronics, Phase 1: Industrial Electronics

Mechatronics, Phase 1: Industrial Electronics focuses on electronic and electrical theory, principles and applications and students develop familiarity with using a wide variety of electrical measuring equipment. Students must have a strong background in electronic and mechanical skills in an industrial environment.

January 19-April 30, 2026

Course Timeline

Topic Approximate Hours
 Electronics/Electricity Class Room Training 55
Instrumentation Review and Practical Applications 20
Practical Electrical Theory, Soldering and Electronic Project Build and Test Class 64
Total Hours (varies depending on student/company needs) 139

Mechatronics, Phase 2: Industrial Controls and PLCs

Mechatronics, Phase 2: Industrial Controls and PLCs covers interpreting electrical prints, building, testing and trouble-shooting electronic panels and related practical applications. Real-world electrical prints of machine tools used in manufacturing plants and factories are utilized throughout the course. Students also gain an understanding of the techniques and mathematics behind wire sizing, properly sizing conduit and mathematically creating angles and proper bends in electrical-metallic tubing (EMT). Students must have passed Mechatronics, Phase 1: Industrial Electronics or have equivalent skills and experience.

January 19 – April 30, 2026

Course Timeline

Topic Approximate Hours
Electrical Print Review, Panel Build/Test and Practical Applications 40
 PLC Theory/Fundamentals and PLC Soft Simulator Debugging 40
PLC Practical Application and Troubleshooting Class 60
Total Hours (varies depending on student/company needs) 140

Mechatronics, Phase 3: Advanced Industrial Controls

Mechatronics, Phase 3: Advanced Industrial Controls is designed to maximize PLC and machinery trouble-shooting skills. Key areas include advanced PLC applications and controls’ theory using a fully-functional, scaled-down “Factory Automation Simulator.” The system consists of 4 main factory areas: (1) automated warehousing stacking & storage systems; (2) heat treatment & processing system, complete with turn-table & post-process milling station; (3) laser color sorting & batching system; and (4) 3-axis robotic loading/unloading station with a vacuum-end effecter for parts-handling. Students will gain skills on this multiple-PLC-controlled system featuring system-wide (PLC to PLC) Ethernet IP communication. Students will debug these complex systems using PLCs, panel views and laptops. The main learning objective is the theory, implementation and practical, hands-on understanding of PLCs, their associated electrical devices and how they function and interact with the system’s mechanical hardware. Students must have passed Mechatronics, Phase 2: Industrial Controls & PLCs.

January 19 – April 30, 2026

Course Timeline

Topic Approximate Hours
Introduction to Tag Based PLC programming/Creation and loading of HMI screens 56
 Introduction to Industrial Networking of PLC controls, PLC Ethernet IP addressing and configuration 24
 Practical application & debug class on 2- and 4- station PLC robotic controlled factory simulator 56
Total Hours (varies depending on student/company needs) 136

Advanced AC Motors & VFD Course

The primary learning objective of this program is the Theory, Implementation and Practical understanding of Variable Frequency Drives and AC Motors and how they function and interact with each other and the mechanical systems that they drive. In addition we cover methods to debug and analyze these systems when they fail using proper test equipment and methods. This will be an instructor-led class building on the concepts of both our Phase 1 Industrial Electronics & Phase 2 Industrial Controls & PLC Class, which is a prerequisite to this program. Students must have passed Mechatronics, Phase 1: Industrial Electronics and Mechatronics, Phase 2: Industrial Controls & PLCs.

September 2024 – December 2024

Course Timeline

Topic Approximate Hours
Implementation and practical understanding of Variable Frequency Drives and AC Motors 20
Methods to debug and analyze systems when failure occurs 40
Building on Phase 1 & Phase 2 concepts 36
Total Hours (varies depending on student/company needs) 96

Motor Controls, Transformers & Power Systems

This is an instructor-led class building on the concepts of Advanced AC Motors & VFD.  The primary learning objective of this program is for students to further advance their understanding of Motor Controls and associated devices as they apply to the industrial world. The students will be taking an in-depth look into the application and associated affects of variable frequency drivers, motors, transformers and other non-linear loads and studying their collective effects. Students must have passed Advanced AC Motors & VFD.

Practical Applications in Industrial Electrical Work – Level 1

This 101.5-hour course introduces the field of industrial electricity, covering job tasks and new technologies, and offers hands-on experience. It then delves into DC theory, including energy sources, Ohm’s Law, and DC circuits with a focus on calculations. Electrical safety is emphasized through case studies, hazard identification, and essential protocols like LOTO and NFPA 70E. Practical skills in electrical conduit bending, from calculations to complex bends, are taught. Finally, the course guides students through the 2023 National Electric Code, focusing on its structure and practical application.

Practical Applications in Industrial Electrical Work

Semester/Year Day Dates Times Instructor Tuition Cost
Fall 2025 through Spring 2026 Tuesdays 9/9/2025 – 5/19/2026 5:00 pm – 8:30 pm Mark Pratt $3,199

 

Instructor: Mark Pratt

Mark is a master electrician in the City of Rochester. He has 28 years of experience in the I.B.E.W. as a service tech, a foreman, and is currently a full-time instructor at the Rochester Joint Apprenticeship Training Committee in Rochester. As an instructor, He teaches 2nd year and 4th year apprentices.

Practical Applications in Industrial Electrical Work – Level 2

Our Industrial Electrical Level 2 program is a 101.5-hour class that covers fundamental AC theory, followed by in-depth studies of transformers, basic and advanced motor operation, introductory motor controls, intermediate conduit installation, and a deeper exploration of the National Electrical Code. Gain the essential knowledge and skills for a successful future in the electrical field.

Practical Applications in Industrial Electrical Work

Semester/Year Day Dates Times Instructor Tuition Cost
Fall 2025 through Spring 2026 Monday 9/8/2025 – 5/19/2026 5:00 pm – 8:30 pm Mark Pratt $3,199

 

Instructor: Mark Pratt

Mark is a master electrician in the City of Rochester. He has 28 years of experience in the I.B.E.W. as a service tech, a foreman, and is currently a full-time instructor at the Rochester Joint Apprenticeship Training Committee in Rochester. As an instructor, He teaches 2nd year and 4th year apprentices.

CNC Machining: FANUC Milling

Step into the future of manufacturing and automation with our comprehensive FANUC Control Training Milling course. Designed for operators, technicians, engineers, and programmers, this course equips you with the essential skills to set up and program FANUC 30i/31i/32i Model A&B controls, as well as 0i Model D and F.

What You’ll Gain:

• Expert-Led Online Modules: Access in-depth online learning materials that cover every aspect of FANUC controls.

• Hands-On Experience: Engage in 32 hours of practical training, including 24 detailed laboratory exercises that simulate real-world applications.

• Industry Credential: Earn the esteemed FANUC Machine Setup, Programming and Machining certification, a credential that opens doors to advanced career opportunities.

Don’t miss this opportunity to elevate your professional skills and open doors to new career possibilities. Enroll now and take the first step toward becoming a FANUC Machine Setup, Programming and Machining expert.

FANUC CNC – Milling

Semester/Year Day Dates Times Instructor Tuition Cost
TBD TBD TBD TBD TBD $2,226

 

CNC Machining: FANUC Turning

Unlock your potential with our in-depth FANUC Control Training course, meticulously designed for operators, technicians, engineers, and programmers. Master the setup and programming of FANUC 30i/31i/32i Model A&B controls, and 0i Model D and F, through a blend of online learning and hands-on experience.

Course Highlights:

• Comprehensive Online Modules: Dive into detailed online content that covers all the essentials of FANUC control systems. • Hands-On Training: Engage in 32 hours of practical, hands-on training with 24 lab exercises that mirror real-world scenarios.

• Industry-Recognized Credential: Earn the prestigious FANUC Machine Setup, Programming and Turning certification, showcasing your expertise to employers.

Don’t miss this opportunity to elevate your professional skills and open doors to new career possibilities. Enroll now and take the first step toward becoming a FANUC Machine Setup, Programming and Turning expert.

FANUC CNC – Turning

Semester/Year Day Dates Times Instructor Tuition Cost
TBD TBD TBD  TBD TBD $2,226

 

Basic Air Conditioning & Refrigeration I

This course is designed for individuals looking to learn basic refrigeration skills or refresh their existing knowledge before or during their work in the field. It provides comprehensive hands-on training on residential split systems, including furnaces and heat pumps, using iConnect Basic Refrigeration Trainers. The trainer allows visualization of the refrigeration process through sight glasses, color-coded components, and manual manipulation of valves to observe different operating conditions and refrigerant flow controlled by various expansion valves.

Summer 2026 Course Information

Genesee Community College, Batavia Campus

Basic Air Conditioning and Refrigeration 1

Semester/Year Day Dates Times Instructor Tuition Cost
Summer 2026 Tuesday & Thursday April 7 – May 14, 2026 5:00 pm – 8:00 pm Bill Hayes & Nathan Blowers $1,899

Course Contact Hours: 18

Instructor: Bill Hayes & Nathan Blowers

 

EPA 608 Certification

EPA Section 608 certification is required for anyone servicing, repairing, or disposing of equipment that could release ozone-depleting or most substitute refrigerants (including HFCs) since January 1, 2018. Certification involves passing an EPA-approved test administered by certifying organizations and is valid for life. This three-day course offers in-depth instruction and practice tests for the CORE, Type I, Type II, and Type III sections.

Passing the CORE is needed for any type certification, and passing all four results in a lifetime Universal EPA 608 Certification.

EPA 608 Certification

Semester/Year Day Dates Times Instructor Tuition 
Summer 2026 Tuesday, Wednesday & Thursday June 9, 10, & 11, 2026 9:00 am – 3:30 pm (30-minute lunch) Bill Hayes $300

 

Instructor: Bill Hayes

Bill Hayes, with 40 years in HVAC/R, joins GCC’s BEST Center as the instructor for the Basic Air Conditioning & Refrigeration program. He holds a degree in Mechanical Engineering Technology and has extensive experience, including owning an HVAC/R operation and a supply house. Bill has taught HVAC/R in New York State for the past decade and is an EPA-608 Proctor. His expertise and dedication align with the BEST Center’s mission.

 

Registration Is Now Open

Don’t miss out on this opportunity to invest in your future.

Call 585-345-6868 to register

Contact Us:

Location: SUNY GCC One College Road, Batavia, NY 14020

Phone: 585-345-6868

Email: bestcenter@montenegroflights.net

SUNY GCC - Genesee Community College

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