Note: This Micro Credential will be available starting in the January 2026 Spring Semester.

Description:

The PCB/Electromechanical Layout Micro-Credential equips students with the expertise needed in Printed Circuit Board (PCB) and electromechanical layout design. Through a series of hands-on classes, students will gain practical experience using industry-standard tools and software, such as CAD systems that are essential for PCB design and electromechanical layouts. The program covers a wide range of techniques, starting with the fundamental concepts of PCB design. Students will learn about the components and structure of PCBs, as well as how to create schematics and basic layouts. As students progress through the coursework, they will explore advanced topics such as schematic capture, PCB layout, and design for manufacturability (DFM), ultimately gaining real-world skills in professional PCB design workflows.

• Click Here to Visit the Micro-Credential Home Page

Career and Transfer Outlook:

This micro-credential is a rigorous, accelerated program designed to prepare students in just two semesters to enter the workforce in a variety of related fields. Additionally, the program aligns with the Associate of Science (AS) degree in Engineering Technology, offering a stackable badge option for those who wish to continue their education and pursue an associate degree.

 

Helpful Hints:

Students should Complete the 3D Modeling Design Micro Credential before taking Electromechanical Layout or connect with the Department Chair and Credit for Prior Learning to see if they are already proficient with the needed pre-requisite course skills. https://www.middlesex.edu/students/advising/creditforpriorlearning/index.html

Micro Credential Outcomes:

Micro Skill Credential- Outcomes

Students who complete this Micro Credential are prepared to:

• Demonstrate knowledge of PCB layers, components, and design constraint.
• Create and interpret electronic schematics.
• Use design rules for component placement and routing.
• Demonstrate knowledge of best practices for signal integrity and power distribution.
• Introduction to design tools used in PCB layout.
• Master schematic capture and advanced component libraries in the selected CAD software.
• Master PCB layout design, including multilayer boards and high-speed signal routing.