COURSE DESCRIPTIONS - SCIENCEinclude: linear motion, vectors, <strong>for</strong>ces, energy <strong>and</strong> work,collisions, rotational motion, oscillations, gravitation, sound,heat, thermodynamics, electric charge <strong>and</strong> electric fields,electric circuits, magnetism, light, geometric optics, nuclearphysics <strong>and</strong> radioactivity. The lectures are supplementedwith laboratory experiments, demonstrations, computersimulations, <strong>and</strong> a visit to the University of Florida nuclearreactor. Prerequisites: Calculus (concurrently); Physics 2 orinstructor’s approval; instructor’s approvalAP Environmental Science (11,12)This college-level course provides an interdisciplinary look atthe complex factors that interact in the environment. Conceptsfrom Biology, Chemistry, Geology, Engineering <strong>and</strong> the SocialSciences will be used to identify <strong>and</strong> evaluate both natural<strong>and</strong> human-made environmental concerns. Additionally,students will create solutions to resolve or prevent theseproblems <strong>and</strong> use technology to communicate their ideas.Current events <strong>and</strong> literature reviews will supplement thecourse material. Laboratory experiences, fieldwork, <strong>and</strong> fieldtrips will also comprise a significant component of the course.Topics will include Earth systems <strong>and</strong> resources, the livingworld, population, l<strong>and</strong> <strong>and</strong> water use, energy resources <strong>and</strong>consumption, global change <strong>and</strong> pollution. Each student isexpected to take the AP exam in May. The course will meetfour times per week <strong>and</strong> will require one weekend fieldtrip per semester. Prerequisites: Successful completion ofBiology, Chemistry <strong>and</strong> Algebra 1; instructor’s approval.Introduction to Engineering Design (10)This yearlong elective course focuses on the design process<strong>and</strong> its application. <strong>Student</strong>s will learn AutoDesk Inventor <strong>and</strong>use it to design solutions to proposed problems, documenttheir work using an engineer’s notebook, <strong>and</strong> communicatesolutions to peers <strong>and</strong> members of the professional community.Please note: This course is the first of a three-year engineeringsequence. In order to enroll in these successive classes,students must first complete Introduction to EngineeringDesign. While this course provides students with a full-creditin science, this course does not count towards <strong>Tampa</strong> Prep’sthree-year science graduation requirement; there<strong>for</strong>e,students should also enroll concurrently in another full-yearscience class. Prerequisites: Algebra 2 (concurrently) <strong>and</strong>instructor’s approval.Principles of Engineering (11)This yearlong course exposes students to major concepts thatthey will encounter in a post-secondary engineering course ofstudy. Topics include mechanisms, energy, statics, materials,<strong>and</strong> kinematics. <strong>Student</strong>s will develop problem-solvingskills <strong>and</strong> apply their knowledge of research <strong>and</strong> design tocreate solutions to various challenges, document their work<strong>and</strong> communicate solutions. Prerequisite: Introduction toEngineering Design.Underwater Robotics (11-12)This yearlong class introduces students to the design <strong>and</strong>fabrication of an underwater robot. <strong>Student</strong>s will use <strong>for</strong>maldesign processes to define each sub-component of theunderwater robot, such as navigation, propulsion, etc. <strong>Student</strong>groups will propose solutions to each of the components<strong>and</strong> their peers will select the best solutions to implement.Prerequisite: Instructor’s approval.SCIENCE ELECTIVESBioethics (11,12)The objective of this semester course is to encouragethe students to make critical assessment <strong>and</strong> logicalself-evaluation of their stance on a wide variety of bioethicalissues. The two main foci are issues of animal ethics <strong>and</strong>human biomedical ethics. Prior to the in-class discussionof each topic, students will research vocabulary <strong>and</strong> factualbackground germane to the issue. Assessment will take the<strong>for</strong>ms of journal-writing, essay-writing (position papers),background research, class participation, <strong>and</strong> quizzes/tests. Any student interested in the course must be preparedto make frequent, thoughtful contributions to discussion.Prerequisites: Biology; <strong>and</strong> any year-long Chemistry orPhysics courseThe Chemistry of Art (11,12)In this one-semester course, students experience theinteraction between science, technology <strong>and</strong> art as theyinvestigate chemical interactions involved in the creation,authentication, restoration, <strong>and</strong> conservation of works of art.By creating works of art, students practice techniques suchas fresco, Egyptian paste, <strong>and</strong> metal etching. By conductingchemical experiments, students explore fireworks, paints<strong>and</strong> alloys. Class discussions <strong>and</strong> lectures connect chemicalconcepts with the students’ experiences in the lab <strong>and</strong> artroom. After studying about <strong>for</strong>gery detection techniques <strong>and</strong>art restoration, students write a research paper to analyzethe authenticity of an infamously debated work of art.Prerequisite: any year-long Chemistry or Physics courseEnvironmental Science (11,12)This one-semester course is an introduction to the principlesof ecology with an emphasis on the ecosystems of Florida.<strong>Student</strong>s will learn about the biological, chemical, <strong>and</strong>physical features that make Florida unique. <strong>Student</strong>s willexamine how humans have impacted Florida’s environment<strong>and</strong> discuss many of the environmental issues that affectFlorida’s ecosystems. Lectures will be supplementedwith labs <strong>and</strong> field trips in which students will learn basicecological sampling methods. Prerequisite: BiologyForensic Science (11,12)Forensic Science is the application of science to mattersof law. This one-semester course is multidisciplinary <strong>and</strong>encompasses concepts in biology, chemistry, <strong>and</strong> physics.The history of <strong>for</strong>ensic science as well as various techniques<strong>and</strong> procedures used in crime scene investigations will beexamined. Topics covered will include: physical <strong>and</strong> chemical62 | GUIDE FOR ACADEMICS AND STUDENT LIFE
COURSE DESCRIPTIONS - SCIENCEanalysis of evidence, serology, bloodstain pattern analysis,fingerprint analysis, <strong>for</strong>ensic entomology, hair <strong>and</strong> fiberanalysis, <strong>and</strong> careers in <strong>for</strong>ensic science. This course utilizesclass discussion, lecture, laboratory investigations, <strong>and</strong> casestudy analysis. Prerequisites: Biology; <strong>and</strong> any year-longChemistry or Physics course.Introduction to Sports Medicine<strong>and</strong> Athletic Training (10-12)This one-semester course will provide students with anintroduction to the care <strong>and</strong> prevention of athletic injuries<strong>and</strong> to the duties of an athletic trainer. The course will emphasizeanatomy as it relates to physical activity <strong>and</strong> sports,<strong>and</strong> will require some out-of-class assistance to the athletictrainer at home sports events. <strong>Student</strong>s will be able to demonstrateknowledge of injury prevention, assessment <strong>and</strong>rehabilitation techniques. Some knowledge of anatomy ispreferred but is not required. This course will earn studentsa 1/2 credit applicable toward satisfying the 1-1/2 creditphysical education graduation requirement.Marine Biology (11,12)This one-semester course will be conducted as a collegefreshman Introduction to Marine Biology course. It ismostly intended <strong>for</strong> students who want to learn more be<strong>for</strong>estudying marine biology at the college level, or those witha strong interest in the marine sciences. The start of thecourse will focus on the physical <strong>and</strong> chemical features ofthe oceans be<strong>for</strong>e progressing into the structural, functional,<strong>and</strong> behavioral characteristics of marine flora <strong>and</strong> fauna.The course will include class discussions, an ongoing projectthroughout the semester, a comprehensive paper, tests, <strong>and</strong>labs. Prerequisite: Biology; any year-long Chemistry orPhysics courseMarine Conservation Biology (11,12)This one-semester course is intended <strong>for</strong> students who wantto learn about resources the oceans provide, the influenceshumans have on the oceans <strong>and</strong> its inhabitants, <strong>and</strong> whatis conservation, why is it important <strong>and</strong> how is it done.While the majority of the course takes a global perspective,students will also explore the organisms <strong>and</strong> environmentsof <strong>Tampa</strong> Bay as well as the groups that affect or are affectedby them. Aside from class discussions, the course willinclude an ongoing project of hot topics, a field conservationproject <strong>and</strong> a cumulative multimedia project. RecommendedPrerequisite: Marine Biology(including experimentation) on physics topics. Prerequisite:Either Physics year-long courseComputer Programming (9-12)This one-semester elective course is designed to teachstudents the basics of computer programming. <strong>Student</strong>swill design <strong>and</strong> implement solutions to problems by writing,running <strong>and</strong> de-bugging computer programs, <strong>and</strong> use <strong>and</strong>implement commonly used algorithms <strong>and</strong> data structures tosolve problems. Prerequisite: Algebra 2 (concurrently)Introduction to Programming in C (10-12)This yearlong elective course is designed to teach a studenthow to program using the C language, which is the basis <strong>for</strong>many other computer languages. <strong>Student</strong>s will design <strong>and</strong>implement solutions to problems by writing, running <strong>and</strong>de-bugging computer programs, <strong>and</strong> use <strong>and</strong> implementcommonly used algorithms <strong>and</strong> data structures to solveproblems. <strong>Student</strong>s will also integrate hardware (basicrobots) to software (C programs) to solve mission-basedproblems. Prerequisite: Algebra 2 (concurrently).Modeling Physics (11,12)This semester course is designed to teach students to thinkcritically in three dimensions. <strong>Student</strong>s will build physicalmodels of common rides found in amusement parks. Theride designs will be based on basic principles of physics.Throughout the semester, students will concurrently designtheir rides using Google SketchUp. By the end of the semesterstudents will build a physical model of an entire amusementpark, <strong>and</strong> will model their park using Google SketchUp.Prerequisite: Physics, Physics 2, or AP PhysicsComputer Applications in Physics/Engineering (11,12)This semester course is designed to give students anintroduction to common computer programs used in science,technology, engineering, <strong>and</strong> math (STEM) careers. <strong>Student</strong>swill spend the first half of the semester learning how to useMicrosoft Excel to solve problems in physics <strong>and</strong> engineering.The second half of the semester, students will learn the basicsof computer programming in MATLAB to solve additionalphysics <strong>and</strong> engineering problems. Prior knowledge ofMicrosoft Excel <strong>and</strong>/or computer programming is notnecessary. Prerequisite: Physics, Physics 2, or AP PhysicsApplications in Physics (10-12)In this h<strong>and</strong>s-on semester course, students will explore the"real world" side of physics. They will apply physics conceptsto practical problems <strong>and</strong> build on their underst<strong>and</strong>ing ofthe concepts <strong>and</strong> analytical techniques learned in physics.Practical applications may include airplane dynamics,structural design, self-powered vehicles <strong>and</strong> roller coasterthrills. <strong>Student</strong>s will complete independent research projectsGUIDE FOR ACADEMICS AND STUDENT LIFE | 63