Course Descriptions The Academy of Research and Medical Sciences is a research and medical sciences based Magnet program embedded within South Cobb High School. Its curriculum and program of study prepare students interested in careers in science, research, and medicine Students gain a solid understanding of concepts as they relate to both research and medical sciences, a working knowledge of skills and technology used in the field, and they develop relationships with members of the research and medical communities. The Magnet experience culminates in a research project worthy of entering competition, an article worthy of publication, and a hands-on senior internship with a member of the scientific and /or research community. Due to ability, interest, and motivation, Magnet students have the opportunity to study topics in depth, to apply knowledge, and to develop research skills that will provide a solid base for continued studies in collage and beyond. Expectations of Magnet students are high. The same ability, interest, and motivation that gained a student entrance into the program will make students rise to the challenges of advanced content and challenging, quality work.

ScienceMagnet Biology I Y includes the study of cell structures and processes, basic organic chemistry, genetics, and basic classification of organisms and a general survey of micro-organisms. Emphasis is placed on laboratory investigations, computerized programs for lab investigation and scientific inquiry. There is an emphasis on the scientific research.

Magnet Chemistry I Y is designed to introduce the student to the process by which chemical principles and concepts are developed from observations and data, to understand and apply ordinary chemical and other scientific phenomena which he/she encounters in everyday activities, and to assist the student in appreciating the role of the chemist and the chemical industry in the evolution of our present day highly technological society. Emphasis is placed on computerized probe-wear programs for lab investigations and scientific inquiry. There is an emphasis on collaborative research in this course.

Magnet Anatomy/Physiology is designed to give the student a overview of the structures and functions of the major systems of the human body. The course is intended for a student who is interested in pursing a career in various medical fields and physical education.

Magnet Biochemistry Y encompasses the principles of Biology 101 and Chemistry 111. There will be an emphasis on cellular bioenergetics and transport, organic chemistry, and clinical trials of pharmacological research. There will be a heavy integration of biomolecular interactions. Emphasis is placed on computerized probe-wear programs for lab investigations and scientific inquiry. There is an emphasis on collaborative research in this course

Magnet Physics Y introduces the relationships among speed, acceleration, and displacement. Vector mathematics is used to make calculations involving both kinetic and dynamic quantities. Algebraic treatments of the laws of mechanics as applied to both linear and circular motion systems are derived and explained. The concepts of conservation of energy and momentum are introduced. This course also deals with the study of light, sound, electromagnetic waves, electricity, electromagnetism and electronics. Emphasis is placed on computerized probe-wear programs for lab investigations and scientific inquiry. There is an emphasis on collaborative research in this course.

ResearchMagnet Biology II Y consists of in-depth studies in biological systems and the techniques used to study them. Students conduct research utilizing these techniques and present their findings to a research review committee.

Magnet Chemistry II Y is an in-depth study of chemical reactions, quantum mechanics, chemical molecular bonding and introduces organic and nuclear chemistry, solutions, electrochemistry, chemical kinetics and equilibrium, acids and bases, and thermodynamics. It also includes in-depth studies in chemistry techniques used in science research. Students conduct research utilizing these techniques and present their findings to a research review committee.

Magnet Advanced Scientific Research This course will be blocked with Advanced Science Internship. Emphasis for this course will be in-depth scientific research skills, scientific writing, and data analysis. Culmination of this course will be a scientific paper that will be presented to a faculty and community panel.

Medical ScienceMagnet IT FoundationsThis course focuses on the science, math, research, and technology skills that will be used by the students throughout the program. Students will learn to read scientific articles, analyze data, and write simple articles using APA style. They will use appropriate language, know topical limitations and use equipment to enable them to approve or disprove a hypothesis. The development of career and academic skills for research and presentations, an overview of senior projects, and career guidance direction will be a major focus of the course.

Magnet Applications of Healthcare Science Technology Education covers the major systems of the body, diseases associated with the systems, and current medical techniques used to treat and cure the diseases.

Magnet Applied Theory of Medical Science emphasizes the legal and ethical issues involved with healthcare. Students will be trained in healthcare techniques that include patient care and medical lab procedures.

InternshipMagnet Advanced Scientific Internship places heavy emphasis on scientific applied research. Students will be required to develop a worksite/research topic. Students will prepare an electronic portfolio for the course.