Technology Cluster

Drafting & Design Technology

Drafting and Design includes making accurate working plans and detailed drawings from rough sketches to be used for Architecture or manufacturing purposes. Technology demands precision and standardization, and drafting meets this need by providing an accurate and efficient method of recording and analyzing ideas.

What Qualities Should I Have?

You should like to draw, especially drawings from which something can be built. You should be able to visualize objects and be mechanically inclined. Being systematic and thorough in your schoolwork and outside activities is helpful to the drafting student. You will also be required to sit at a drawing board or computer for long periods of time. Additionally, you should like working on projects with considerable detail and have an interest in mathematics and science. A background and understanding in Geometry is an advantage for the program as well.

What You Will Learn

Students entering into the Drafting and Design Technology program will learn board drafting skills as well as AutoCAD skills. Upon learning the basics we begin to learn more specific practices in the Mechanical Drawing, Architectural Drawing, Civil Drawing and Electrical/Electronic Drawing areas. Students will possess the skills needed to work as an entry level Draftsperson for Machining companies drawing blueprints, Architectural firms drawing home design plans and details, Civil/Survey firms drawing civil design drawings or Electrical/Electronic companies drawing schematics of circuitry. Students are also introduced to Revit and Inventor (AutoDesk products).

Dual Enrollment

Students have the opportunity to earn college credits through a program known as Penn College NOW. Students are required to take a college placement exam for Pennsylvania College of Technology, upon successfully completing and passing the exam they are eligible for up to six college credits through the University. Students are able to take and Introduction to Architecture course as well as Level one CAD course. Students complete the courses while enrolled and studying at CMAVTS.

Instructor: Michael Ridall (ext. 3345)
CIP 15.1301

Graphic Communications

Create. Design. Print. Build Your Future in Visual Communication.

Graphic Communications is where art meets technology. From product packaging to T-shirt design, posters to promotional graphics, this program prepares students for careers in one of the most creative and in-demand industries in the world.

Backed by the Pennsylvania Department of Education’s CTE framework for SIP Code 10.0399, our curriculum blends hands-on experience with digital design training to give students a competitive edge in the workforce or college.

What Will You Do?

You’ll gain real-world, career-ready experience with industry tools and techniques, including:

  • Adobe Creative Cloud (Photoshop, Illustrator, InDesign)
  • Screen printing, dye sublimation, and direct-to-garment (DTG) printing
  • Large-format sign and banner production
  • Digital photography and image editing
  • Vinyl graphics and heat transfer applications
  • Packaging and label design
  • Introduction to web and mobile design
  • Typography, color theory, and layout principles

Each project you complete builds a professional design portfolio, setting you up for future success in college, freelance work, or employment.

Who Should Enroll?

This program is ideal for students who are:

  • Creative and hands-on
  • Detail-oriented and organized
  • Excited to learn design software and production technology
  • Motivated to turn ideas into finished products
  • Interested in art, branding, marketing, or production

What to Expect in 9th Grade

The 9th grade exploratory year introduces students to the core areas of the graphic communications industry. You’ll:

  • Design and print your own memo pad
  • Create custom business cards
  • Complete a screen-printed T-shirt project
  • Learn the basics of layout, typography, and Adobe software
  • Operate introductory press and finishing equipment

Advanced students may also begin working with vinyl lettering and heat transfer applications.

Career & College Pathways

Graduates of the program can pursue:

  • Entry-level positions in design, printing, and signage
  • Two- or four-year college programs in Graphic Design, Media Arts, or Communications
  • Freelance work and entrepreneurial opportunities

The curriculum includes preparation for NOCTI certification, access to industry-standard equipment, and real-world project experience that builds confidence and professional skill.

Make What Matters

From concept to creation, you’ll bring ideas to life and make your mark on the world.
Graphic Communications (10.0399) – Where Your Creativity Becomes a Career.


Instructor: John Stefanik (ext. 3346)
CIP 10.0399

 

Information Technology and Cybersecurity

[New for 2025-2026 School Year!]

This NEW COURSE is designed to provide students with foundational knowledge and hands-on skills in Information Technology (I.T.) and Cybersecurity. The curriculum covers a variety of topics for students wanting to enter this field, including computer hardware and software, network infrastructure, cybersecurity principles, and ethical practices.

Course Objectives:

1. Foundations of Information Technology:
– Understand computer hardware components and their functions.
– Learn about various operating systems, including installation and management.
– Develop skills in troubleshooting and maintaining computer systems.
– Learn fundamental programming techniques in PowerShell, Python, and SQL, with a focus on their applications in networking and security.
– Develop customer service and communication skills as they pertain to the I.T. industry.

2. Networking Fundamentals:
– Explore network topologies, models, and protocols.
– Set up and configure network devices such as routers, switches, and firewalls.
– Understand the principles of IP addressing and subnetting.

3. Introduction to Cybersecurity:
– Learn the basics of cybersecurity, including threat types and vectors.
– Understand the principles of risk management and security policies.
– Develop skills in identifying, analyzing, and mitigating security threats including but not limited to
SQL injections and social engineering.

4. Cyber Defense Techniques:
– Implement basic cybersecurity measures such as antivirus, firewalls, and intrusion detection systems.
– Learn about cryptographic principles and how to apply them for data protection.
– Practice incident response and recovery procedures.

5. Ethical and Legal Considerations:
– Study the ethical issues related to I.T. and cybersecurity.
– Understand the legal landscape, including regulations and compliance requirements.
– Learn about professional standards and the importance of ethical behavior in cybersecurity.

6. Hands-on Labs and Projects:
– Engage in practical exercises to reinforce theoretical knowledge.
– Work on projects simulating real-world I.T. and cybersecurity challenges.
– Participate in team-based activities to develop collaboration and problem-solving skills.

Certifications:

Students will have the opportunity to pursue industry-recognized certifications such as CompTIA A+, Network+, and Security+.

What Qualities Should I Have?

You should have an interest in various areas of computer technology, and above average logic and problem-solving skills. You will need good work habits and study skills, as well as a desire to produce neat and accurate work. Students will also be expected to follow written and verbal instructions well.

Instructor: Chuck Greco (ext. 3337)
CIP 11.0901

 

Mechatronics

Any manufacturing industry needs technicians to design, repair, and install this equipment in today’s advanced manufacturing environment. Mechanical Technology marries seamlessly with Power Generation and Distribution to create a professional tradesperson known as an Electro-Mechanical Technician. This skilled professional designs, installs, troubleshoots, and repairs today’s modern automated manufacturing equipment. Electro-mechanical technicians are generalists in technology, and their broad skill set will help sustain the high-demand for their services.

What will I learn?

In Machatronics, you will learn about Industrial Motor Controls, Programmable Logic Controller (PLC Control), Pneumatics, Hydraulics, and Industrial AC and DC Motors, Power Generation and Distribution, Transformers, AC and DC Variable Speed Drives, Mechanical Drive Systems, Robotics, Electronics.

What Qualities Should I Have?

You should have a strong interest in electronics and above average abilities in math and science. Much of the material taught is very theoretical and you should, therefore, have the ability to work with invisible quantities. Good manual dexterity is also required.

Instructor: Eric Valinsky (ext. 3339)
CIP 15.0403