About the Edison Pathways / About P-Tech

P-Tech, so much more than just a High School
What is P-TECH Rochester?
P-TECH Rochester is a “grade 9-14” academic and career program that brings together the best elements of high school, college, and the professional world. The program will prepare students for jobs in the Computer Information Technology industry.

How does P-TECH Rochester work?
Students will be matched with a business mentor, take college classes, and gain professional work experience during their high school years. After six years, graduates will earn both a New York State Regents diploma and an Associate’s Degree from Monroe Community College.

P-TECH students will have opportunities to be involved in sports, music, and other extracurricular activities offered in a traditional high school setting, along with strong college and career preparation.

Why P-TECH?
Computers and technology are part of every business, job, and nearly everyones' lives. To support this growth of technology, experts in technology are needed to provide support and create the next-generation networks, applications, and devices that power our digital world. P-TECH is an easy and affordable way to prepare students to be part of the workforce of the future.

More information about P-Tech is available here!

The Rochester City School District does not discriminate on the basis of an individual's actual or perceived race, color, religion, creed, ethnicity, national origin, citizenship status, age, marital status, partnership status, disability, predisposing genetic characteristics, sexual orientation, gender (sex), military status, veteran status, domestic violence victim status or political affiliation, and additionally does not discriminate against students on the basis of weight, gender identity, gender expression, and religious practices or any other basis prohibited by New York State and/or federal non-discrimination laws in employment or its programs and activities. The District provides equal access to community and youth organizations.