Skip to main content
Browser not supported!
We recommend using a modern browser such as Google Chrome, Microsoft Edge, Apple Safari, or Mozilla Firefox.

Submitter's Information

Name

Teresa Ong

Title

Vice President, Workforce Innovation and Economic Development

Region

Bay Area

College

Foothill College

CTE Dean

CTE Dean's Name

Teresa Ong

CTE Dean's Email

Log in to view CTE Dean's Email.

Program Details

Program Title

Semiconductor Process Engineering, A.S Degree

Submission Type

New Program

TOPs Code

Industrial Systems Technology and Maintenance (094500)

Projected Start Date

07/01/25

Catalog Description

The Semiconductor Process Engineering AS is open to any student looking to gain foundational knowledge about how computerchips are made. The program is relevant for either students looking to enter the workforce directly or students looking to transfer intoa bachelor's degree engineering program or even students looking to explore and learn more about the world of how computers work.

Enrollment Completer Projections

The initial year of the two-year program will not see a large number of degrees completed, however after the first two-years it isexpected that we will see 35 Semiconductor Process Engineering AS degrees each year. The CHIPS act has renewed energy into thelocal semiconductor processing industry and many companies have been working with Foothill College requesting this curriculum.

Program Proposal Attributes

Program Award Type(s) (Check all that apply)
  • A.S. Degree (S)
Program Goal

This associate's degree will prepare students who are interested in working in the semiconductor processing industry for advancement from technician roles into engineering roles. The program is closely aligned with industry needs based on feedback from employers.

Course Units and Hours

Total Certificate Units (Minimum and Maximum)

n/a

Units for Degree Major or Area of Emphasis (Minimum and Maximum)

75

Total Units for Degree (Minimum and Maximum)

Min 90, Max 120

Course Report

Program Requirements Narrative

Students will need to complete the local degree GE pattern and 75 Core units

Program Requirements
CourseTitleUnitsYear/Semester
(Y1 or S1)
Math1ACalculus 5Y1/Q1
Math 1BCalculus 5Y1/Q2
Math 1CCalculus5Y1/Q3
Math 2ADifferential Equations5Y2/Q1
Chem 1AGeneral Chemistry5Y1/Q1
Chem 1BGeneral Chemistry5Y1/Q2
Engr 10Intro to Engineering5Y1/Q3
Engr 37Intro to Circuit Analysis5Y2/Q1
Engr37LCircuit Analysis Laboratory5Y2/Q1
Engr 45Properties of Materials2Y1/Q1
Engr 61AIntroduction to Semiconductor Technology5Y1/Q2
Engr 61BVacuum Systems5Y1/Q3
Phys 4AGeneral Physics (Calculus)6Y2/Q1
Phys 4BGeneral Physics (Calculus)6Y2/Q2
Phys 4CGeneral Physics (Calculus)6Y2/Q3

Bay Area Regional Questions

Goal of Program

CTE

Include any other information you would like to share.

The Semiconductor Process Engineering AS is aligned with Foothill College's mission statement regarding preparing students forthe workforce in addition to critical thinking skills and technical knowledge to be a productive member of a democratic society. The certificate will also prepare students for either a local degree or transfer degree pathway, which is also aligned with Foothill College's goals.

Please list similar programs at other colleges in the service area which may be impacted, including the name of the college, the name of the program that may be impacted, the name of the person you contacted and the outcome of that contact.

We  contacted SJCC's VP of Workforce, Moni Dickerson, to further discuss any impact of this A.S. degree on SJCC's program on Tuesday April 22 and are waiting to hear back. 

Submission Details

Published at

04/23/25 - 04:04 PM

Status

Recommended

Return to Drafts

Please list the reason(s) for returning "Semiconductor Process Engineering, A.S Degree". to Teresa Ong's drafts. This message will be sent to ongteresa@foothill.edu

Comments, Documents, Voting

Comments

All Comments

No comments to display.