Galileo Magnet High School

COMPUTER APPLICATIONS - This course provides students with in-depth instruction in Microsoft Office Professional Suite 2002. Word, PowerPoint, Excel, Access, and Publisher. Students will learn the essential features for performing fundamental tasks in word processing, building presentations, creating spreadsheets and charts, developing and accessing databases, and desktop publishing.

ADVANCED COMPUTER CONCEPTS - This course is designed as an introduction to information technology including computer history, hardware, software, terminology, applications data integration, Internet searching, web page design, HTML code, networking basics, technology problem solving, and computer ethics. Hands-on activities will give students an opportunity to explore assembling computers, installing software, processing data, managing files, storing data, using Internet research, building web pages, and creating network cables. At the conclusion of this course, students will have an understanding of basic computer concepts and applications, the importance of Internet research, web page design, basic networking, and the impact of technology in the world.

ADVANCED WEB DESIGN (862330) 1 credit Prerequisite: INFORMATION TECHNOLOGY I . Advanced Computer Concepts This course provides students with hands-on experience building and publishing web pages including a review of HTML code, web page basics, planning and design, environment, principles, and navigation. Students will use the software applications in Macromedia Studio MX to build and enhance their web pages.

ADVANCED AUDIO-VIDEO PRODUCTION 1 credit Prerequisites: INFORMATION TECHNOLOGY I . Advanced Computer Concepts; INFORMATION TECHNOLOGY II . Web Design This course offers students new perspectives in audio/video broadcasting. Students will use authoring software such as Adobe Premiere Pro and After Effects to work with graphics, video, animation, and the transmission of digital images. Students will record and edit audio and video.

ADVANCED NETWORKING 1 credit Prerequisites: INFORMATION TECHNOLOGY I . Advanced Computer Concepts; INFORMATION TECHNOLOGY II . Web Design; INFORMATION TECHNOLOGY III . Advanced Audio-Video Production This course focuses on organizing and managing information systems for telecommunications. Internet, intranets, and extranets and is designed to prepare students for the Network+ certification exam. They will study a variety of network models and standards, compare local and wide area networking, and review wired and wireless technologies. Attention will be given to IP addressing, binary conversion, subnetting, and TCP/IP connectivity issues and troubleshooting. Students will participate in Network Case studies and hands-on exercises.

ADVANCED ASTRONOMY (426030) 1 credit This course will provide students with an in depth study of our planet, our solar system, and our galaxy. Using theories of physics and measurement, the motion of heavenly bodies will be examined. Hands on experiments in the use of astronomy for navigation will be conducted. NASA technology, including the Hubble telescope will be used to investigate the universe. Elements of the universe, including stars and black holes, will be examined. This course is not a prerequisite for Principles of Flight but must be taken to complete the strand.

ADVANCED PRINCIPLES OF FLIGHT (844530) 1 credit This course will introduce students to the basics of flight. Beginning with the earliest attempts at nonpowered flight with lighter than air vehicles and gliders, the course will examine technological breakthroughs which led to the development of manned, powered flight. Theories and applications of basic aerodynamics will complement Algebra 1, Algebra 2, and Geometry classes. The course will present the technology, the advantages, and the disadvantages of different types of propulsion systems. The effects of meteorology on flight planning, flight characteristics and flight safety will be researched. The technology and applications of various aviation navigation systems will be compared. The value of using air and space resources in mapping and environmental monitoring will be assessed.

ADVANCED AERODYNAMICS (844930) 1 credit Prerequisite: PRINCIPLES OF FLIGHT This course will provide an in-depth study of aerodynamics and the concomitant mathematical and scientific concepts. Beginning with lighter than air vehicles, the course will examine the history of aerodynamic theory and its applications. Members of the class will have the opportunity to research aircraft design factors, theorize the effects of design changes, and test the changes. The relative merits of differing types of control systems and propulsion systems will be compared and contrasted.

ADVANCED SYSTEMS DESIGN (849130) 1 credit Prerequisite: ADVANCED AERODYNAMICS This course will provide students with an opportunity to conduct intense, in-depth research into air and space subjects covered in previous years. Class members will develop a research paper detailing experimental data related to aircraft propulsion systems, airfoil and fuselage designs, or control systems. Electronic navigation systems, their capabilities, and their limitations will be examined and compared to celestial navigation. Online resources will be used to analyze NASA's role in meteorology. Advances in robotics will be surveyed and applied to potential designs for the International Space Station and other future space vehicles.

ADVANCED CELL BIOLOGY (432130) 1 credit
This course will serve as an introduction to the biotechnology strand of the curriculum at Galileo. Students will study and practice various techniques of microscopy used to study cells. The structure and diversity of prokaryotic and eukaryotic cells will be examined as will the role of bacteria and protozoa in human health and disease. Cellular processes such as photosynthesis and cellular respirations will be studied through extensive lab work. Special attention will be given to DNA and its role in the cell in order to lay a foundation for more advanced course work in the strand.

ADVANCED DNA TECHNOLOGIES (435030) 1 credit
Prerequisites: CELL BIOLOGY; ADVANCED BIOLOGY
This course will offer students in the biotechnology strand a close look at important discoveries in DNA science, the role of DNA in the cell, and the applications of this knowledge in agriculture, forensics, and medicine. Students will work extensively in the lab and will learn techniques of DNA extraction, gel electrophoresis, and recombinant DNA. Ethical issues such as those related to cloning, gene therapy, and genetically modified organisms will be examined throughout the course from a variety of perspectives.

ADVANCED APPLICATIONS OF BIOTECHNOLOGY (435130) 1 credit
Prerequisites: CELL BIOLOGY or ADVANCED BIOLOGY; DNA TECHNOLOGIES
As a follow up to DNA Technologies, this course will allow students to further their understanding of biotechnology through lab work involving immunology, plant issue culture, and protein assay. Students will explore the process of PCR and its applications. Extensive use will be made of the resources of the Fralin Biotechnology Center at Virginia Tech and much of the course will be based on laboratory work. Bioinformatics will be explored especially as it relates to the Human Genome Project.

ADVANCED MICROBIAL GENOMICS (434030) 1 credit
Prerequisites: CELL BIOLOGY or ADVANCED BIOLOGY; DNA TECHNOLOGIES; ADVANCED APPLICATIONS OF BIOTECHNOLOGY Microbial Genomics is a course developed in partnership with the Virginia Bioinformatics Institute and the National Science Foundation. Students in Microbial Genomics learn about pathogens through the study of DNA and protein sequences. The course begins with a study of emerging diseases such as West Nile, Lyme disease, and SARS, as well as pathogens such as HIV and E. Coli O157:H7. Students compare DNA and protein sequences of various strains using computer databases. Students learn to extract DNA from bacteria, identify bacteria through staining, and use gel electrophoresis in conjunction with bioinformatics tools to study genes. The course explores the use of bioinformatics and 3D molecular visualization software in the development of drug targets and vaccine candidates. To familiarize themselves with all of the necessary tools for comparing sequences and visualizing molecules in 3D, students complete a set of tutorials using the web site for the National Center for Biotechnology Information (NCBI).

Advanced Networking and Communications Technology

COMPUTER APPLICATIONS - This course provides students with in-depth instruction in Microsoft Office Professional Suite 2002. Word, PowerPoint, Excel, Access, and Publisher. Students will learn the essential features for performing fundamental tasks in word processing, building presentations, creating spreadsheets and charts, developing and accessing databases, and desktop publishing. ADVANCED COMPUTER CONCEPTS - This course is designed as an introduction to information technology including computer history, hardware, software, terminology, applications data integration, Internet searching, web page design, HTML code, networking basics, technology problem solving, and computer ethics. Hands-on activities will give students an opportunity to explore assembling computers, installing software, processing data, managing files, storing data, using Internet research, building web pages, and creating network cables. At the conclusion of this course, students will have an understanding of basic computer concepts and applications, the importance of Internet research, web page design, basic networking, and the impact of technology in the world. ADVANCED WEB DESIGN (862330) 1 credit Prerequisite: INFORMATION TECHNOLOGY I . Advanced Computer Concepts This course provides students with hands-on experience building and publishing web pages including a review of HTML code, web page basics, planning and design, environment, principles, and navigation. Students will use the software applications in Macromedia Studio MX to build and enhance their web pages. ADVANCED AUDIO-VIDEO PRODUCTION 1 credit Prerequisites: INFORMATION TECHNOLOGY I . Advanced Computer Concepts; INFORMATION TECHNOLOGY II . Web Design This course offers students new perspectives in audio/video broadcasting. Students will use authoring software such as Adobe Premiere Pro and After Effects to work with graphics, video, animation, and the transmission of digital images. Students will record and edit audio and video. ADVANCED NETWORKING 1 credit Prerequisites: INFORMATION TECHNOLOGY I . Advanced Computer Concepts; INFORMATION TECHNOLOGY II . Web Design; INFORMATION TECHNOLOGY III . Advanced Audio-Video Production This course focuses on organizing and managing information systems for telecommunications. Internet, intranets, and extranets and is designed to prepare students for the Network+ certification exam. They will study a variety of network models and standards, compare local and wide area networking, and review wired and wireless technologies. Attention will be given to IP addressing, binary conversion, subnetting, and TCP/IP connectivity issues and troubleshooting. Students will participate in Network Case studies and hands-on exercises.

Air and Space Technology

ADVANCED ASTRONOMY (426030) 1 credit This course will provide students with an in depth study of our planet, our solar system, and our galaxy. Using theories of physics and measurement, the motion of heavenly bodies will be examined. Hands on experiments in the use of astronomy for navigation will be conducted. NASA technology, including the Hubble telescope will be used to investigate the universe. Elements of the universe, including stars and black holes, will be examined. This course is not a prerequisite for Principles of Flight but must be taken to complete the strand. ADVANCED PRINCIPLES OF FLIGHT (844530) 1 credit This course will introduce students to the basics of flight. Beginning with the earliest attempts at nonpowered flight with lighter than air vehicles and gliders, the course will examine technological breakthroughs which led to the development of manned, powered flight. Theories and applications of basic aerodynamics will complement Algebra 1, Algebra 2, and Geometry classes. The course will present the technology, the advantages, and the disadvantages of different types of propulsion systems. The effects of meteorology on flight planning, flight characteristics and flight safety will be researched. The technology and applications of various aviation navigation systems will be compared. The value of using air and space resources in mapping and environmental monitoring will be assessed. ADVANCED AERODYNAMICS (844930) 1 credit Prerequisite: PRINCIPLES OF FLIGHT This course will provide an in-depth study of aerodynamics and the concomitant mathematical and scientific concepts. Beginning with lighter than air vehicles, the course will examine the history of aerodynamic theory and its applications. Members of the class will have the opportunity to research aircraft design factors, theorize the effects of design changes, and test the changes. The relative merits of differing types of control systems and propulsion systems will be compared and contrasted. ADVANCED SYSTEMS DESIGN (849130) 1 credit Prerequisite: ADVANCED AERODYNAMICS This course will provide students with an opportunity to conduct intense, in-depth research into air and space subjects covered in previous years. Class members will develop a research paper detailing experimental data related to aircraft propulsion systems, airfoil and fuselage designs, or control systems. Electronic navigation systems, their capabilities, and their limitations will be examined and compared to celestial navigation. Online resources will be used to analyze NASA's role in meteorology. Advances in robotics will be surveyed and applied to potential designs for the International Space Station and other future space vehicles.

Biotechnology

ADVANCED CELL BIOLOGY (432130) 1 credit This course will serve as an introduction to the biotechnology strand of the curriculum at Galileo. Students will study and practice various techniques of microscopy used to study cells. The structure and diversity of prokaryotic and eukaryotic cells will be examined as will the role of bacteria and protozoa in human health and disease. Cellular processes such as photosynthesis and cellular respirations will be studied through extensive lab work. Special attention will be given to DNA and its role in the cell in order to lay a foundation for more advanced course work in the strand. ADVANCED DNA TECHNOLOGIES (435030) 1 credit Prerequisites: CELL BIOLOGY; ADVANCED BIOLOGY This course will offer students in the biotechnology strand a close look at important discoveries in DNA science, the role of DNA in the cell, and the applications of this knowledge in agriculture, forensics, and medicine. Students will work extensively in the lab and will learn techniques of DNA extraction, gel electrophoresis, and recombinant DNA. Ethical issues such as those related to cloning, gene therapy, and genetically modified organisms will be examined throughout the course from a variety of perspectives. ADVANCED APPLICATIONS OF BIOTECHNOLOGY (435130) 1 credit Prerequisites: CELL BIOLOGY or ADVANCED BIOLOGY; DNA TECHNOLOGIES As a follow up to DNA Technologies, this course will allow students to further their understanding of biotechnology through lab work involving immunology, plant issue culture, and protein assay. Students will explore the process of PCR and its applications. Extensive use will be made of the resources of the Fralin Biotechnology Center at Virginia Tech and much of the course will be based on laboratory work. Bioinformatics will be explored especially as it relates to the Human Genome Project. ADVANCED MICROBIAL GENOMICS (434030) 1 credit Prerequisites: CELL BIOLOGY or ADVANCED BIOLOGY; DNA TECHNOLOGIES; ADVANCED APPLICATIONS OF BIOTECHNOLOGY Microbial Genomics is a course developed in partnership with the Virginia Bioinformatics Institute and the National Science Foundation. Students in Microbial Genomics learn about pathogens through the study of DNA and protein sequences. The course begins with a study of emerging diseases such as West Nile, Lyme disease, and SARS, as well as pathogens such as HIV and E. Coli O157:H7. Students compare DNA and protein sequences of various strains using computer databases. Students learn to extract DNA from bacteria, identify bacteria through staining, and use gel electrophoresis in conjunction with bioinformatics tools to study genes. The course explores the use of bioinformatics and 3D molecular visualization software in the development of drug targets and vaccine candidates. To familiarize themselves with all of the necessary tools for comparing sequences and visualizing molecules in 3D, students complete a set of tutorials using the web site for the National Center for Biotechnology Information (NCBI).