Pre-Calculus
This elective math course covers coordinate geometry, polynomials, inequalities, functions, exponents and logarithms, trigonometric functions, triangle trigonometry, trigonometric addition formulas, polar coordinates and complex numbers, and sequences and series. Emphasis is placed on the application of these skills. This course requires a strong background of Algebra 1 and Algebra 2/Trigonometry concepts. Upon completion of this course, students earning a 2.7 or higher may take the calculus course.
Calculus
This interactive course introduces students to calculus as applied to business, economics, and the life and physical sciences, and the social sciences. As students learn concepts and try exploration questions, they become involved in the development of each topic. This approach allows students to have a deeper understanding of the material. The course covers limits, differentiation, exponential and logarithmic functions, integration, functions in several variables, trigonometric functions, and numerous applications for each. Students have the opportunity to take the AP calculus exam.
Statistics
This introduction to statistics focuses on the statistical thinking behind data gathering and interpretation. The four major topics of the course are data production, data organization, randomness, and inference. Students will spend significant time learning about measurement, sampling, and experimental design. Interwoven are important topics for numerical competence in our complex world such as real-world surveys, data ethics, government statistics, and abuse of statistical inference. Statistical ideas and reasoning and their relevance are explored in a wide variety of fields such as medicine, education, environmental science, business, psychology, sports, politics, and entertainment.
Physics
This course covers topics in projectile motion, rotational motion, force, energy and momentum, planetary motion, optical reflection, refraction through lenses, sound & the motion of waves, electricity and magnetism, quantum mechanics and some electronics. We use vector notation, incorporate the calculus for those who are taking it simultaneously, and analyze various primitive physical systems in some detail to establish the basis for a complex, conceptual understanding of physics.
SF Bay Area Ecology (year-long UC approved lab science course)
We are privileged to live in one of the most beautiful areas in the world. The coastal regions of San Francisco and Monterey Bay support a remarkably rich and diverse array of ecosystems. From mountains and redwood forests, to rocky shores and sandy beaches, to coastal wetlands, tide pools, and undersea kelp forests, to an undersea canyon that is larger than the Grand Canyon, we seem to have it all. This course will provide an overview of this area. This is a hands-on, project and lab based class. We will start with a study of the forces, such as plate tectonics and climate, which have shaped - and continue to shape the land. We will then focus on California geography and geology with a special emphasis on the Bay Area. During field studies, we will explore these different ecosystems and observe the native (and non-native) inhabitants. A special emphasis will be placed on seasonal events and visitors. We will be doing actual scientific research on the sandy beach, rocky intertidal zone, and the San Francisco Bay estuary. We will also investigate how humans have influenced the ecosystem and look at strategies for maintaining a sustainable future. Prerequisites: Biology and Chemistry
Zoology (prerequisite: Biology)
In Zoology students gain an appreciation of animal life — from the molecular level, embryonic development, phylogenic evolution, anatomy and physiology, behavior and, finally, ecology. The interplay of all these aspects is emphasized so that upon completion of the course they will be perceived as simply different levels of magnification of the animal rather than compartmentalized areas of study. Because of the great natural diversity of the Bay Area, students engage in frequent field studies including wild animals of the nearby Pt. Reyes National Seashore, the marine mammals of Ano Nuevo, tidal life at Duxbury Reef, bird life at the Audubon Ranch and Bolinas Lagoon as well as other local venues. Additionally, students participate in animal investigations including chick embryology, in vivo classroom observations and classical dissections. Virtual field trips are taken all over the world using our in-class widescreen high definition projection system.
Technology
The Marin School views the use of technology as the means to an end, but not as an end in itself. The emphasis is on learning to use the tools of technology to enhance and facilitate the curriculum.
The school provides students with access to both Macintosh and Windows compatible computers, connected to the internet via a high speed connection. All staff members are equipped with laptops, and students are encouraged to use laptops as well. A wireless LAN is available everywhere on campus, indoors and out.
Students use a variety of software programs to complete their classroom assignments, including word processing, presentation, digital audio, digital video, image processing and the like. Digital cameras and recording gear are used to capture and record events and projects. We provide editing stations for both video and audio, and interested students may also access our recording studio and enroll in the recording arts class. These resources are integrated into both core curricular classes and electives as students produce short films, soundtracks, and documentaries.
We offer 3D Computer Graphics and Animation, Fab Lab and Robotics. The Fab Lab enhances all our multi-media/creative arts programs.
Robotics
The Robotics Technology course takes students through a project based series of investigations from simple, analog circuit based robots through more advanced, programmable robots. Emphasis will be on studying and applying concepts from electronics (dc electricity, circuits, components), physics (Newton’s laws, etc) and technology. Students design and build an example of at least three different robots – a “BEAM” robot of simple electronic parts, a LEGO Mindstorms robot (programmed with the Lejos/Java programming language) and a more advanced Java based robot based on the Ridgesoft IntelliBot™ kit.