Advanced Manufacturing

EARLY COLLEGE CAREER ACADEMY

What is Advanced Manufacturing?

Advanced manufacturing involves the use of technology to improve products and/or processes, with the relevant technology being described as “advanced,” “innovative” or “cutting edge.”  

Knowledge and skills in the field provides many opportunities, including the ability to:

Create complex technological products via

  • CAD/CAM (Computer Aided Design/Manufacturing)
  • 3D Printing/Rapid Prototyping
  • CNC Machining/High Precision Technologies

Increase reliability, affordability, and availability of products through

  • advanced robotics and automation
  • sustainability and control systems
  • scalability and flexibility

Solve a variety of society's problems with

  • green technologies
  • advanced materials
  • customized manufacturing

Why Study Electrical Technology/Advanced Manufacturing?

Advanced manufacturing is accelerating the translation of U.S. innovations in science and technology into new products and processes, and helping to create jobs across all technology sectors.
Shirley Ann Jackson, President, Rensselaer Polytechnic Institute (RPI), June 2016

There is a large, rapid and exciting shift in how and what is being manufactured these days.  It’s happening faster than we can imagine and it will be fun to be connected in ways we could only dream of before!  Students in the program confirm this.

I have learned valuable life skills, as well as industrial skills from my internship in Advanced Manufacturing.
Brittney Anderson, ECCA Class of 2017, Schuylerville Central School

"I chose Advanced Manufacturing because I like the hands-on projects with the CNC equipment.
Trevor Dunsmore, ECCA Class of 2018, Lake George Central School

Advanced Manufacturing teaches us the skills to keep up with the shifting world.
Joe Pomainville, ECCA Class of 2018, Hudson Falls Central School


Employment Outlook

According to the 2015 Manufacturing Institute study, in the next decade the U.S. manufacturing industry will add nearly 3.4 million jobs to meet both future domestic and international demand. The industry is projecting a shortage of workers with the required STEM skills. Prospective employees who have had training and experience with technology/computer skills, problem solving skills, basic technical training and math skills are currently and will continue to be highly sought after.   

For more information related to Career Opportunities, visit CareerZone and the US Bureau of Labor Statistics


Program Overview

This two-year program is based on the Certified Production Technician (CPT) curriculum provided by the Manufacturing Skill Standards Council (MSSC). Major program topics include the study and use of computer aided design (CAD), sensor technologies, plastic forming, 3D printing, robotics, computer aided manufacturing (CAM), pneumatics and programmable logic controls(PLCs).

By the end of the program students will have had the following experiences and opportunities:

  • student centered learning.  Students take an active role in their own education, working with teachers in a professional, collaborative environment built on two-way communication. Every subject is taught through project-based learning that engages students in every facet of their education.
  • participate in real world projects and industry challenges. Just as is done in the real world, students will often work in teams to design and develop novel solutions to class projects and industry challenges that are mentored by the program’s business partners.
  • build strong ties with local industry partners. The program's business partners host students for learning opportunities alongside experts, sponsor Kaizen events and industry challenges, and guest lecture in our classes, which result in relationships and future employment opportunities.
  • use cutting-edge technology. The Advanced Manufacturing students are provided with a laptop.  The state-of-the-art learning lab contains the following equipment:
    • CNC Milling Machine  -  CNC Lathes  -  3D Printers  -  Laser Engraver  -  Plastic Thermoforming  -  Various Robotics  -  Precision Measurement Tools  -  Voltmeters  -  Programmable Logic Controllers (PLCs)  -  Pneumatics  -  Various Types of Sensors  -  Band Saws  -  Drill Press  -  Belt Sander
  • earn internationally recognized certifications. Students will have the opportunity to earn four industry-recognized MSSC certifications.
  • earn up to 27 college credits. Students will have the opportunity to earn up to 27 college credits.

The ECCA Program Catalog contains the names and descriptions of the courses in the Advanced Manufacturing program, as well as a Plan of Study.


Opportunities and Next Steps

1. Stay at SUNY Adirondack and complete the Electrical Technologies AAS degree
2. Transfer to another 2 or 4-year college. Transfer Counseling available!
3. Join the workforce. Career and job search assistance is available! 


In the News

News stories about the ECCA Advanced Manufacturing program and other interesting industry articles.

Contact Us

To learn more about the SUNY Adirondack College Academy programs, contact:

The Office of Extended Programs
Wilton Center
696 US Route 9, Wilton, NY 12831
518.584.3959
Fax: 518.584.0896
academy@sunyacc.edu