Technology

Student will learn to design and implement computer programs that solve problems relevant to today’s society, including art, media, and engineering. Student will also learn to apply programming tools and solve complex problems through hands-on experiences and examples.

This AP course offers a multidisciplinary approach to teaching the underlying principles of computation. The course will introduce students to the creative aspects of programming, abstractions, algorithms, large data sets, the Internet, cybersecurity concerns, and computing impacts.

ACEMS is a non -Regents, multidisciplinary course, which combines physical science, mathematics, and technology. ACEMS meets for a two period block each day. It is project centered and should help students to prepare for technical careers as well as for postsecondary education. The use of graphing calculators, computers, and teamwork is stressed. MST is intended for 11th or 12th graders. Students will earn a credit in math and science each.

Students taking this course will explore various types of residential and commercial construction. They will learn various principles of stress, resistance, environmental influences as related to construction/design. Students will design residential homes, create floor plans, elevations, site plans and build scale models of the homes they design. In addition, a scaled section of a home will be constructed by students – including footings & foundation, wall framing, flooring, and roofing.

No more pencils, no more paper… learn drafting skills used in the industry with Computer Aided Design. CAD is in high demand. Use a state-of-the-art CAD drafting program. CAD is a very valuable course for students looking to pursue engineering and technical careers.

This course emphasizes creative problem-solving and technical drawing and fabrication of student design projects. Students will explore basic principles of engineering, physics, materials, and processes while enjoying a “hands-on” experience. Students will also develop computer skills in creating spreadsheets for calculations, CAD formulas and analysis.

“What are we going to do to save our earth from ourselves?” Learn what we can do by going green! Introduction to Green Technology lays the foundation for further study into more specific efforts in green technology. Areas of study will include alternative energy sources, natural resource conservation, transportation, and construction.

Students will get hands on experience on hardware and software maintenance of mobile devices including Apple I Pads, Google Android devices, and Microsoft Windows mobile devices. Students will also acquire techniques and practices of cloud computing.

In this class, students will learn to produce the printed image on different media types. The students will use professional software on the computer to design and print color posters, memo pads, business cards, letterheads and more. Students will learn the concepts used in the graphic industry.

This course is designed for students to gain skills to help in seeking out careers in entry level hardware and software maintenance. Students will gain knowledge of the internal components of a computer, how to assemble a computer, install an operating system, and troubleshoot using diagnostic software.

Students will continue to build on knowledge gained in IT Essentials 1 and work to become certified in Cisco Networking and CompTIA.

This is an introductory course on the four-stroke cycle, single cylinder engine. Students will study the four strokes, engine parts identification, and engine operation. The student must tear down a four-stroke engine, inspect and repair, reassemble, trouble shoot, and try to get the engine running. Student evaluation will be outcome based.

This course will introduce the basic communication systems: visual media, audio media, and audiovisual media. Students will produce a visual project using the latest computer and digital publishing equipment, audio projects which will include DJ audition CD’s, podcasts, sound effect generation, and they will use professional software to create their own video production. All these media works are written, performed, produced, and directed by the students. The importance of internet safety is stressed.

Students will be able to learn more advanced features of audio and video editing using Final Cut Pro. Students will produce audio and video news broadcasts for the school. Students will record and produce videos of school activities to be published on the district website. Students will also produce work for MSG Varsity.

Students will be able to learn more advanced features of audio and video editing using Final Cut Pro. Students will produce audio and video news broadcasts for the school. Students will record and produce videos of school activities to be published on the district website. Students will also produce work for MSG Varsity.

Students will be able to learn more advanced features of audio and video editing using Final Cut Pro. Students will produce audio and video news broadcasts for the school. Students will record and produce videos of school activities to be published on the district website. Students will also produce work for MSG Varsity.

This introductory course covers the elements of electricity, machine design, power transmission, pneumatics, computer controls and programming used in engineering. Students will utilize the VEX robotics computer program as it relates to fabrication of robotics. Students will learn to use various machines in the shop to design and fabricate working models and robotics. Actual robots will be designed and built to compete in competitions utilizing remote controls and autonomous computer program designed by students. This is for the student that has that passion to work with the Robotics Team and/or students wanting to pursue an engineering degree in college.

This engineering course is a continuation and more in depth study of the Principles of Engineering I course. Students expand on units in electricity, machine design, power transmission, pneumatics, computer controls and programming. Practical applications are performed on various machines in the shop to design and fabricate working models and robotics. This is for the student that has that passion to work with the Robotics Team and/or Mechanical Engineering.

Students will explore how to design and develop applications for mobile devices. They will learn about mobile application development, market opportunities, and technical requirements for Apple iOS, Google Android, and Windows Mobile.

This is a basic woodworking course in which you will learn how to properly use power and hand tools in basic woodworking. The course will result with a major class product being constructed by the end of the class for you to use at home.

This class is designed as a follow-up class to Woodworking I in which students will continue to advance their skills in technology. Students in this class will complete various projects such as bookshelves, wall units, and other various furniture proposals.

This class is designed as a follow-up class to Woodworking II in which students will continue to advance their skills in technology. Students in this class will complete various projects such as bookshelves, wall units, and other various furniture proposals.

This class is designed as a follow-up class to Woodworking III in which students will continue to advance their skills in technology. Students in this class will complete a detailed oriented project over the course of the semester to use in the students’ home.