AP Computer Science Principles is an introductory college-level computing course. Students cultivate their understanding of computer science through working with data, collaborating to solve problems, and developing computer programs as they explore concepts like creativity, abstraction, data and information, algorithms, programming, the internet, and the global impact of computing. This course is intended to prepare students for the AP Computer Science Principles exam. Additional Expectations: Prior exposure to computer programming is helpful but not needed to succeed in this course. Students should also have a strong background in mathematics. As with other advanced academic courses, students can expect two to three hours of homework per week, including programming assignments. This class utilizes an online curriculum for delivery of content for an additional $50 fee. IMPORTANT NOTE: Because AP courses are taught at a college level, freshmen should enroll only if they already demonstrate advanced writing, reading comprehension, and communication skills. In addition, students taking an AP Computer Science course should have a strong foundation in math and logical reasoning. Students without this foundation may find the pace and expectations especially challenging.

AP Cybersecurity is a yearlong high school course that offers a broad introduction to the field and aligns closely with a college-level introductory cybersecurity course. Students learn about common threats and vulnerabilities and how they combine to create risk. Students study how individuals and organizations manage risk and how risk can be mitigated through a defense-in-depth strategy. Students explore specific vulnerabilities, attacks, mitigations, and detection measures across physical spaces, computer networks, devices, data, and applications. Throughout the course, students consider the impact of cybersecurity on individuals, organizations, societies, and governments. Content and skills align with the professional skills outlined in the National Initiative for Cybersecurity Education Workforce Framework. AP Cybersecurity is part of the AP Career Kickstart group of courses, designed to accelerate high school students on their paths to in-demand careers. Along with the potential to earn college credit, students with qualifying scores on the exam will earn the AP Cybersecurity Credential, created in partnership with industry experts. Additional Expectations: Prior exposure to computer programming is helpful but not needed to succeed. Students should have a strong background in mathematics. Students can expect two to three hours of homework per week, including cybersecurity labs. IMPORTANT NOTE: Because AP courses are taught at a college level, freshmen should enroll only if they already demonstrate advanced writing, reading comprehension, and communication skills. Students taking an AP Computer Science course should also have a strong foundation in math and logical reasoning.

This course exposes students to the design process, research, and analysis used in engineering. Students learn about global and human impacts and how to use the standards and technical documentation of engineering to address those impacts. Students also learn about the importance of teamwork and clear communication when using engineering solutions. Students use 3D solid modeling design software to help them formulate solutions to proposed problems. The skills taught culminate in an ability to effectively document work and communicate solutions to peers and members of the professional community.

Advanced Engineering Systems & Design (Honors) is a college-preparatory course that provides students with a multidisciplinary introduction to engineering through analytical investigations, laboratory experiences, and hands-on design challenges. Students apply engineering principles while exploring mechanics, fluid power systems, statics, materials science, electronics, embedded systems, aerospace engineering, and automated control systems. Using computer-aided design (CAD), digital fabrication, programming, microcontrollers, sensors, and prototyping equipment, students design, build, test, and refine engineering solutions to authentic problems. Throughout the course, students develop quantitative problem-solving, technical documentation, and communication skills while completing multiple engineering design projects each semester. This course prepares students for advanced STEM coursework, collegiate engineering programs, and engineering-related careers.