• Technology Education •
Mr. James Cartier
email: jcartier@ledyard.net
phone: 464-9600 x208Woods I, Advanced Woods
Mr. Charles Estabrooks
email: cestabrooks@ledyard.net
website: http://moodle.waxdrum.orgIntroduction to Engineering Design, Principles of Engineering, Electronics I Mr. Doug Meyer
email: dmeyer@ledyard.net
phone: 464-9600 x217Architectural Drafting, Power Mechanics I, Metals I
Mr. David Tetlow
email: dtetlow@ledyard.net
phone: 464-9600 x264Metals II • Courses Offered •
Principles of Engineering (1725) (A Project Lead The Way required course.) This is one of several courses in the PLTW curriculum. This course helps students understand the field of engineering/engineering technology. Exploring various technology systems and manufacturing processes help students learn how engineers and technicians use math, science and technology in an engineering problems solving process to benefit people. The course also includes concerns about social and political consequences of technological change. Prerequisite: Successful completion of Algebra I or concurrently enrolled in Algebra I.
Introduction to Engineering Design (1715) (A Project Lead The Way required course.) This is one of several courses in the PLTW curriculum. This is a course that teaches problem-solving skills using a design development process. Models of product solutions are created, analyzed, and communicated using solid modeling computer design software. This course will allow a student to broaden their background in the technical field of drafting. Various CAD software packages will be utilized. Prerequisite: Successful completion of Algebra I. Must also have successfully completed Geometry or be concurrently enrolled. No prior drafting experience is required.
Electronics (1781) This is an introductory course designed to acquaint the student with the applications of electronic devices and circuits. Through student projects and lab experiments, the student will study the principles of direct and alternating current, magnetism, transistors, amplifiers, power supplies, and semi conductor circuits. Also included will be hands-on experiences with radio communications and analog electronics. Prerequisite: Grade of C- in Algebra I.
Digital Electronics (1783) (A Project Lead The Way required course.) This is one of the several courses in the PLTW curriculum.
This course in applied logic that encompasses the application of electronic circuits and devices. Computer simulation software is used to design and test digital circuitry prior to actual construction of circuits and devices. Prerequisite: Successful completion of Introduction to Engineering Design or Principles of Engineering or written permission of instructor.4th PLTW course should be determined by PLTW Advisory Council (1740) This is one of the several courses in the PLTW curriculum. Offered during the 2009-2010 school year. Students should check with their school counselor for course availability. Prerequisite: Successful completion of Introduction to Engineering Design, Principles of Engineering, and Digital Electronics or written permission of instructor.
Mechanical Drafting (1701) Mechanical Drafting is an introductory course in mechanical design, the process of planning and
drawing ideas for further development. This course utilizes CAD software to develop the drafting process. 2D, 3D, and Solid Modeling will be explored. This course plus Architectural Drafting qualifies for college credit if a student enrolls in the College Career Pathways Program through Three Rivers Community College. (.5 credit—meets alternate days for one semester)Architectural Drafting (1716) Architectural Drafting is an introductory class for the creation of home and construction plans. Students will design house plans, build scale models and design and test bridge structures. Students will generate their designs using various CAD software packages. This course plus Mechanical Drafting qualifies for college credit if a student enrolls in the College Career Pathways Program through Three Rivers Community College. No prior drafting experience is required.
Graphics I (1705) This is an activity-oriented course dealing with the fundamentals of digital printing and graphic design. The basics
of design and layout for print will be explored through the use of professional computer software. Students will produce printed material within group and individual activities. Publishing and production experiences will include brainstorming, sketching, designing, printing and finishing. The course will culminate with a portfolio assessment. (.5 credit - meets alternate days for one semester)Graphics II (1796) This course is a continuation of Graphics I. Students will work in a concentration area for advanced study. Students will explore advanced production techniques in graphic design and digital photography in individual and group settings. Students will produce a culminating project demonstrating skills acquired in their area of concentration. Possible careers in graphic arts will be explored and current trends in the graphics industry will be studied. The course will culminate with a portfolio assessment.
Prerequisite: Grade of C in Graphics I. (.5 credit - meets alternate days for one semester)Metals I (1702) This course offers students hands on opportunities to explore how metal is formed, shaped, and finished. Student activities will be concentrated in the areas of sheet metal fabrication, hot metal casting, and welding. Students will also be able to design and machine parts using computerized machinery. (.5 credit - meets alternate days for one semester)
Metals II (1736) This is a semester course emphasizing machine tool manufacturing. Students will be able to develop valuable skills using industrial machinery such as lathes, millers, and surface grinders. Students will be able to design parts and program and manufacture these parts on computerized machinery. Prerequisite: Grade of C in Metals I or AgriScience or written permission of instructor.
Metals III (1733) This course allows students to further their knowledge and skill in the field of metalworking. Students will be able to pick an area of focus with possible employment. Prerequisite: Grade of C in Metals II or written permission of instructor.
(.5 credit - meets alternate days for one semester)Woods I (1703) This activity-based course promotes learning through doing. Students will construct various projects with an emphasis on shop safety, problem solving, and manufacturing accuracy. Formal instruction on machine and hand tools will be conducted to give students a foundation from which to build their skills. In addition, basic computerized machining skills will be introduced and practiced. Students will be required to write on manufacturing technology topics. (.5 credit - meets alternate days for one semester)
Woods II (1756) Woods II is an activity-based course where students will design and construct advanced projects in a problem-solving environment. As part of this expectation, students will work as a team while mass producing, marketing and selling a product. Advanced hand tool skills, wood joining methods, wood identification strategies, as well as conventional and computerized machining skills will be further polished and perfected. Students may be required to write on various manufacturing technology topics.
Prerequisite: Grade of C- in Woods I. Mechanical Drafting recommended but not required.Woods III (1753) Through the production and design of advanced projects, students will further develop problem-solving skills while increasing their knowledge of woodworking. Advanced machining and hand tool skills will be presented. Students will have the opportunity to develop their area of personal interest. Possible woodworking careers will also be examined. Students will be required to write on manufacturing technology topics. Prerequisite: Grade of C- in Woods II. (.5 credit - meets alternate days for one semester)
Power Mechanics I (1706) This "hands on" course introduces students to basic internal combustion engine fundamentals and trouble shooting strategies. Students will completely tear-down and rebuild a 4 cycle engine. Various modes of transportation will be covered
as well including watercrafts, hovercrafts, airplanes, alternative powered automobiles, and/or space transportation. In addition, basic low voltage electricity will also be covered. Students may be required to write on various power mechanics topics. (.5 credit - meets alternate days for one semester)Power Mechanics II (1785) This is an advanced course in which students will experience instruction in the proper care and use of typical automotive service tools, measuring instruments, test meters, and diagnostic equipment. Students will develop basic skills in
diagnosing and servicing typical automobile mechanical and electrical systems. Students will also receive related instruction in basic principles of hydraulics and pneumatics. Prerequisite: Grade of C in Power Mechanics 1. Open to grades 11-12. (.5 credit - meets alternate days for one semester).Project Lead the Way courses:
1715 Introduction to Engineering Design
1725 Principles of Engineering 1783 Digital Electronics
1740 (fourth PLTW course to be determined spring 2009 and offered 2009-2010 school year)
Only students who are participating in Project Lead the Way will be registered for these courses.ALL TECHNOLOGY EDUCATION COURSES QUALIFY AS PARTIAL FULFILLMENT OF THE TWO (2) CREDIT VOCATIONAL EDUCATION OR FINE ARTS GRADUATION REQUIREMENT.