Office Technologies Management
Grades 10, 11, and 12
Course # 4511
1 Credit
Prerequisite: Software Applications I
Students enrolled in this course will gain hands-on experiences
with computer-based office technologies. They will apply keyboarding
skills as well as use word processing, database, spreadsheet, and desktop
presentation applications to manage and complete authentic, office-related
tasks such as events planning. Communication, decision-making, problem
solving, and personal career development skills will be emphasized.
Software Applications II
Grades 9, 10, 11, and 12
Course # 453M
1 Credit
Prerequisite: Software Applications I
This course is designed to continue topics included in Software Applications I. Topics include advanced word processing, spreadsheets, database management, and integration applications. In addition, students will develop multi-media and hypermedia presentations, use presentation and authoring software as well as advanced telecommunications projects, including development of Internet web pages. The students will apply this technology to authentic projects.
Computer Science I
Grades 9, 10, 11, 12
Course # 450M
1 Credit(Technology Education Credit)
Prerequisite: Algebra I
This course introduces students to the fundamental principles and technology of object-oriented programming primarily the Visual BASIC language Students will also explore QBASIC and it's relationship to Visual BASIC; simple computer-engineering concepts will be addressed as well. Topics to be explored include Graphical User Interfaces (GUIs), variables and constants, decision structures, looping structures, functions, mathematical and business functions, arrays, graphics, as well as sorting and searching.
Computer Science II - G/T
Grades 9, 10, 11, 12
Course # 460M
1 Credit(Technology Education Credit)
Prerequisite: Geometry
This course introduces students with no previous programming experience to the fundamentals of structured programming. Topics include syntax, control statements, and simple structured data types, including arrays and records. An emphasis will be placed on problem solving, structured programming, algorithm design, modulation, and documentation. The language used in this course will be Pascal.
Computer Science III- Advanced Placement G/T
Grades 10, 11, 12
Course # 465M
1 Credit
Prerequisite: Computer Science II
This course introduces the fundamental principles and technology of object-oriented programming using the C++ language. Topics include syntax, control statements, and simple and structured data types, including arrays and structures. Advanced topics may include dynamic allocation and linked lists. The main objective of this course is to prepare students for the A version of the Advanced Placement Computer Science examination.
Computer Science IV- Advanced Placement G/T
Grades 11, 12
Course # 471M
1 Credit
Prerequisite: Computer Science III
This course explores data structures using the C++ language. Topics include dynamic allocation stacks, queues, linked lists, trees, templates, information hiding, sorting, and searching. Students may choose to take the AB version of the Advanced Placement Computer Science exam upon completion of this course.
Advanced Object- Oriented Design- G/T
Grades 11, 12
Course # 471M
1 Credit
Prerequisite: Computer Science III
This course explores the advanced components of object oriented design. Topics include Graphic User Interfaces (GUIs), classes, databases, and advanced aspects of software development. Java, Visual BASIC, and related programming languages will be explored and use of graphics will be highlighted.
Networking Design I
Grades 10, 11, 12
Course # 4567
1 Credit
Prerequisite: Computer Science
I or Computer Science II
This course introduces the fundamentals of computer networking,
with an emphasis on Cisco routing protocols. Students will learn networking
theories and topologies as well as planning for a variety of networking
configurations. Hands-on lab activities will involve installing network
cabling and configuring routers for TCP/IP protocol.
Mathematics, Science, and Technology Research I, II , III- G/T
Grades 10, 11, 12
Course # 441M - Research I
Course # 442M - Research II
Course # 443M - Research III
1 Credit
Prerequisite: Software Applications I and teacher recommendation
The purpose of this course is to provide students with an opportunity
to pursue independent research in the areas of science, mathematics, and
technology. Students formulate a problem or research question, use appropriate
research methodologies to solve the problem and communicate the results
to an authentic audience. All students seek out professional advice from
experts in the area of special interest.
Students will be allowed to determine an area of concentration
(the area of concentration will determine the credit) in one of the following
programs:
Mathematical Research I, II, III
The mathematics concentration provides mathematically highly
able students with an opportunity for in-depth study and investigation
of mathematic topics beyond the scope of high school course offerings.
Topics such as fractal geometry, chaos theory, data modeling and statistics,
symbolic logic and correlations are possible subjects to be explored.
The results of the independent research will be
communicated through written reports including theory, proofs, and
solutions to a variety of problems, as well as seminars, science fairs,
and research reports.
Science Research I, II, III
The science concentration provides highly able students with
training in the methods of science research. Instruction will include
advanced methods of scientific inquiry, including the use of technical
instruments, collection of data, use of statistical methods, and style
in preparing scientific reports.
Technology Research I, II, III
The technology concentration provides highly able students with
opportunities to research technological problems. Students will develop
and produce an original product and any necessary testing devices for their
topic using a variety of appropriate technologies. Students may investigate
topics in biotechnology, communication, construction, manufacturing, power
& energy, transportation, and software development. Instruction
will focus on laboratory safety, methods of research and experimentation,
statistical analysis, technical reports, and oral presentations using technologies
such as multimedia, webpages, and other design elements.