Architectural Drawing : 7612 : 20 weeks : 1/2 Credit
This course challenges students in architectural design. It emphasizes architectural styles, kitchen and bath design, floor planning and drafting technique. Each student will have to design a house to meet specific criteria utilizing the principles of good design and then build a scale model. This course is good for students with a wide range of interests from construction, interior design, architectural drafting and design, to home ownership and home remodeling. Chief Architect is used for project design.
 
Pre-Engineering : 7622 : 20 weeks : 1/2 Credit
A lab course designed for students who want to pursue an engineering, math/science or technology related career. Activities will include: engineering drawing, problem solving, machine tool theory, materials selection and technical data assessment. Students will participate in the identification, analysis and solving of engineering problems.
 
Engineering Drawing I  (OCC MET 161) : 7655  : 20 weeks : 1/2 Credit: 3 OCC credits
Previously Computer Aided Drafting
This course gives students an understanding of the application and techniques of Computer Aided Drafting. Students use CAD to create technical drawing solutions for machine, architectural, and engineering drawing problems. This course is highly recommended for students entering engineering and technically related fields. 

Robotics Engineering : 7633 : 20 weeks : 1/2 Credit
This class challenges students to work through the key steps of Engineering Design as a means for problem-solving using equipment from Vex Robotics. Students will be asked to design, assemble, program and operate a robot for specific task completion and competition. The class will work in teams and continually work to modify and improve their robots for the best possible performance. Students will also be asked to complete some research on applied robotics which are currently being developed or used in industry.

RPAS "Drone" Technology I: 7683 : 40 weeks: 1 Credit
Students in the Drone Technology program will get hands-on experience as they explore the many existing and new applications of drone technology. This program is an innovative, hands-on problem-solving program that explores a variety of topics including, but not limited to, photography & videography, engineering, robotics, agriculture, and emergency services. Students in Drone Tech fly drones throughout the year including outside, indoors in the classroom, gym, on field trips, and other spaces. At the end of this course, students who have successfully completed all requirements will be eligible to take part in the optional FAA Part 107 Remote Pilot test. Eligible students must be 16 years old and are responsible for the $175 testing fee (subject to change).  Testing occurs off-site at an authorized FAA Knowledge and Testing Center (SkyOp). Testing fee and remote pilot certification are not related to or the responsibility of the Baldwinsville Central School District.
 
 RPAS "Drone" Technology II: 7684 : 40 weeks : 1 credit
 Students in the Drone Technology program will get hands-on experience as they explore the many existing and new applications of drone technology. This program is an innovative, hands-on problem-solving program that explores a variety of topics including but not limited to photography & videography, engineering, robotics, agriculture, and emergency services. Students in Drone Tech fly drones throughout the year including outside, indoors in the classroom, gym, on field trips, and other spaces.

Materials Processing : 7702  : 20 weeks : 1/2 Credit
This is a hands-on practical skill building class. Students will make several useful take home projects using many tools in the Materials Processing Lab including a cutting board, spoon/spatula, mallet, wooden pens, lamps, bowls and wire trees. Areas of study include Woodworking, Lathe Turning, Metal Working.

Production (Construction and Manufacturing) : 7722 : 20 weeks : 1/2 Credit
This hands-on course is designed for students interested in learning the fundamentals of production, construction, and manufacturing. Students will gain practical experience in the safe operation of a variety of tools and machinery while working on a range of projects. Students will develop skills in woodworking and basic construction techniques. Emphasis will be placed on safety, precision, and craftsmanship, with opportunities to apply problem-solving and teamwork in real-world scenarios. Projects include designing and building a scale model of a tiny house, laser cut out logo, a wooden flag and a potential community-based project.

Webpage Design : 7582 : 20 weeks : 1/2 Credit
This course provides students with a hands-on introduction to the world of webpage design, combining foundational skills in HTML coding, graphic design with Adobe Photoshop, and the use of template-based webpage creation. Projects include tutorials that link together to create the students first interactive webpage along with creating an interactive webpage from a template.

Basic Automotive Technology : 7753 : (Automotive Technology) : 20 weeks : 1/2 Credit
A course for anyone interested in automobiles or any motorized vehicles. Included are activities that will help a consumer avoid fraud and get the most for their money when dealing with automobiles. Activities include: car maintenance, car care, tune ups, brake repair, lubrication, cooling systems, tire and body care and small engines.

PTLW-Digital Electronics : 7662 : 40 weeks : 1 Credit
Digital Electronics is a course of study in applied digital logic. The course is patterned after the first semester course in Digital Electronics taught in two and four year colleges. Students will study the application of electronic logic circuits and devices and apply Boolean logic to the solution of problems. Such circuits are found in watches, calculators, video games, computers and thousands of other devices. The use of smart circuits is present in virtually all aspects of our lives and its use is increasing rapidly, making digital electronics an important course of study for a student exploring a career in engineering/engineering technology. Using Electronics Workbench (EWB), the industry standard, students will test and analyze simple and complex digital circuitry. Students will design circuits using EWB, export their designs to a printed circuit auto routing program that generates printed circuit boards, and construct the design using chips and other components.
 
PLTW - Principles of Engineering : 7672 : 40 weeks : 1 Credit                                                                         
This is a broad-based survey course designed to help students understand the field of engineering and engineering technology and its career possibilities. Students will develop engineering problem solving skills that are involved in post-secondary education programs and engineering careers. They will explore various engineering systems and manufacturing processes. The main purpose of this course is to experience through theory and hands-on problem-solving activities what engineering is and “Is a career in engineering or engineering technology for me:”
 
PLTW - Computer Integrated Manufacturing (CIM) : 7682 : 40 weeks : 1 Credit                                        
This course introduces the key concepts and technologies in Computer Integrated Manufacturing (CIM), focusing on Robotics and Computer Numerical Control (CNC) Machining. Key topics include programming and operating CNC machines, 3D printers, laser cutters, and robotics while preparing students for real-world challenges in advanced manufacturing and automation with a variety of projects determined by the student.
 
PLTW - Capstone (Formerly EDD) : 7654 : 40 weeks : 1 Credit
Engineering Design and Development (EDD) is a capstone course where students apply the knowledge and skills gained from previous coursework to design and construct a solution to a real-world engineering problem of their choice. Throughout the course, students will work through the complete engineering design process, including problem identification, research, prototyping, testing, and refinement.  Emphasis will be placed on teamwork, critical thinking, and effective communication as students collaborate to create innovative, functional solutions. A final presentation in front of engineers showcasing their final project concludes this class.

Program Design and Development (OCC CSC 110) : 6481 : 20 Weeks : 1/2 Credit
This 1/2-unit course is an introductory course to computer programming using C++ language. This course is recommended for students interested in careers in computer science and engineering.