Poudre School District
Rocky Mountain High School

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Rocky Mountain High School

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SELF. PURPOSE. PLACE.

Technology Education

 

TECHNOLOGY EDUCATION

Elisa Dybzinski, Technology Education Department Head: edybzinski@psdschools.org

In preparing for technical careers and classes in Technology Education, it is recommended that freshmen take Principles of Engineering and Technology as their first class in Tech Education at Rocky Mountain High School.  

 

Many Rocky graduates go on to work in the career pathways listed below.  The Tech Education Department offers a tremendous opportunity for all students to get a head start and explore career options.  Technology Education classes are open to all students in any grade level.

*PRINCIPLES OF ENGINEERING & TECHNOLOGY  (2279)

  • Credit: 5

  • Grades:   9th – 12th 

  • Prerequisite:  None Requirement: Fine/Applied Arts

  • This class is the first in a sequence of Technology Education/Engineering courses at the high school level.  Students will work in a variety of design and manufacturing project-based environments.  The emphasis will be learning to solve problems using engineering design processes, tools, materials, machines, computers and software applications.  

*Introduction to Drafting and Design Concepts A (Drafting 1) (2210) 

  • Credit: 5

  • Grades:   9th – 12th 

  • Prerequisite: None Requirement: Fine/Applied Arts

  • This course introduces students to the principles of drafting used by engineers and technicians through a hands-on learning environment. Topics of instruction include drawing interpretation, visualization, geometric construction, sectioning, developments, mechanical and architectural drawings. Both instrument drawing and Onshape CAD software will be used.  This course will be beneficial to those interested in a career in any engineering or technical field.  

*Introduction to Technical Drawing/Design A (Drafting 2)  (2220 )

  • Credit: 5

  • Grades:   10th – 12th engineering

  • Prerequisite: Drafting 1 _ Requirement: Fine/Applied Arts

  • This course expands on the drafting and graphics skills of the Level 1 course. Students learn advanced drafting principles and skills used by engineers and technicians through a hands-on approach to learning. Topics of instruction include working drawings, auxiliary views, machine threads, pictorial renderings, and more advanced Computer Aided Drafting (3D CAD) and solid modeling. This course is beneficial to those interested in careers in engineering or technical fields. Students will have the opportunity to take the certified Onshape Associate and/or Professional exam at the end of the course to receive an industry certification. 

*Architecture  (2223)

  • Credit: 5

  • Grades:   10th – 12th 

  • Prerequisite:  None Requirement: Fine/Applied Arts

  • This course introduces students to the principles of drafting and graphics used by engineers and technicians through a hands-on approach to learning. Topics of instruction include basic Computer Aided Drafting skills such as drawing aids, editing drawings, plotting, dimensioning, tolerances, and 3D modeling.  Emphasis will be placed on 3D modeling and Architectural design using AUTODESK REVIT SOFTWARE. 

*METAL AND MACHINING FABRICATION A  (2283) ( Metals 1)

  • Credit: 5

  • Grades:   9th – 12th 

  • Prerequisite:  Principles of Engineering and Technology (recommended)__ Requirement: Elective

  • This course is an introduction to metalworking and machining. Course content will include precision measuring tools, metal fabrication, welding and cutting fundamentals, pattern and foundry methods, metal machining including CNC programming and operations. Students will learn to set up and operate a variety of metalworking machines in the construction of several useful projects. This is an excellent preparation for Front Range programs or for students needing materials experience for engineering programs. 

*METAL AND MACHINING FABRICATION B  (2284) (Metals 2)

  • Credit: 5

  • Grades:   10th – 12th 

  • Prerequisite: ( Metals 1) (2283)     Requirement: Elective

  • This class expands on the welding and machining skills of level 1.  An emphasis of this course will be Computer Numerical Control machining.  Students will also work on advanced machine shop and welding techniques.  Additional topics of instruction will include machining threads, boring, vertical mill set ups, and MIG welding.  A small group production project, such as a working model will be a major component of this course.  

*METAL AND MACHINING FABRICATION II A  (2287) (Metals 3)

  • Credit: 5

  • Grades:   10th – 12th 

  • Prerequisite: Metals 2 –(2284) Requirement: Elective

  • The third in a series of 5 credit courses exploring the technical knowledge and skills of metalworking.  Students will apply principles of design and construction to build a variety of increasingly advanced projects.  Students will prepare plans, create drawings and designs, mill and machine raw material, fabricate assemblies, and utilize various metalworking techniques for the completion of their projects.  An emphasis will be placed on shop safety and the safe use of a variety of hand tools, power tools, and stationary machinery. The course will include an exploration of career opportunities available to the modern metalworker.

*Metal and Machining Fabrication II B (2292) (Metals 4)

  • Credit: 5

  • Grades:   10th – 12th 

  • Prerequisite: Metal and Machining Fabrication IIA  Requirement: Elective

  • Metal and Machining Fabrication II builds on the knowledge, skills, and certifications students acquire in Metal and Machining Fabrication I. Students will develop advanced concepts and skills related to metal fabrication and machining. Topics include: blueprint planning and layout, advanced concepts in welding and machine processes and procedures, and advanced construction techniques in sheet metal manufacturing.

*WOODWORKING TECHNOLOGY A  (2282) (Wood 1)

  • Credit: 5

  • Grades:   9th – 12th 

  • Prerequisite: Principles of Engineering and Technology (recommended)    Requirement: Fine/Applied Arts

  • This class focuses on woodworking and manufacturing. Students will demonstrate safety and production on each woodworking machine.  With this knowledge they will construct a variety of projects that will exhibit their woodworking skills.  This course will benefit those interested in a career in wood manufacturing and design.  

*WOODWORKING TECHNOLOGY B  (2233) (Wood 2)

  • Credit: 5

  • Grades:  10th – 12th 

  • Prerequisite: Woods 1                                             Requirement: Fine/Applied Arts

  • This class expands on the woodworking skills of the Level 1 course.  Topics of instruction include advanced joinery techniques, such as the dovetail joint, wood bending, jigs and fixtures utilizing hand held routers, and furniture construction.  Students are expected to buy their own wood, since many projects will vary in size and cost.  

*WOODWORKING TECHNOLOGY II A  (2237) (Wood 3)

  • Credit: 5

  • Grades:   10th – 12th 

  • Prerequisite:  Woods 2                                         Requirement: Fine/Applied Arts

  • The third in a series of 5 credit courses exploring the technical knowledge and skills of woodworking.  Students will apply principles of design and construction to build a variety of increasingly advanced cabinetry and furniture projects.  Students will prepare plans, create drawings and designs, mill and machine raw material, assemble complex joinery, and utilize various finishing techniques for the completion of their projects.  An emphasis will be placed on shop safety and the safe use of a variety of hand tools, power tools, and stationary woodworking machinery. The course will include an exploration of career opportunities available to the modern woodworker.  

*WOODWORKING TECHNOLOGY II B  (2240) (Wood 4)

  • Credit: 5

  • Grades:   10th – 12th 

  • Prerequisite:  Woodworking Technology 3 Requirement: Fine/Applied Arts

  • Students will expand their knowledge of workshop and tool safety, joinery techniques, project design, shop maintenance, power tool and hand tool use and wood theory. There will be an emphasis on craftsmanship and on joinery skills, attention to detail and elements of design. Prerequisite: Woodworking Technology 

*GEOMETRY IN CONSTRUCTION(6242S1/S2 and 2230A/B) NOTE: You need to enroll in all 4 course numbers 

  • Credit: 20

  • Grades:  10th – 12th 

  • Prerequisite: Algebra 1      Requirement: 10 Math/10 Fine & Applied Arts

  • This class will inspire interest and relevance in geometry concepts and theory and also provide insight into numerous building trade fields.  Upon completion of this course, proficient students will be able to demonstrate knowledge and skill in the earlier phases of building construction. In addition to applying geometry skills, other skills may include site layout, foundation systems, framing systems, and electrical systems. (Note: This is a year-long course in which students are enrolled for all 4 quarters.)

 

*FRCC Safety for Welders (9430CEFRCC)

  • Prerequisite: Metal and Machining Fabrication B (2284)

  • Credit: 1 FRCC/5 Rocky

  • Grades: 12th

  • WEL 1000: Students will learn and demonstrate essential shop safety practices, including recognizing and applying proper procedures to prevent accidents. They will understand the health and safety hazards associated with welding and interpret key safety information from industry codes and standards. This course provides foundational safety knowledge required for the FRCC welding program.

 

*FRCC Gas Metal Arc Welding (I7551CEFRCC)/FRCC Flux Cored Arc Welding I (9040CEFRCC)

  • Credit: 8 FRCC/10 Rocky

  • Grades:12th

  • WEL 2001: Students will learn the fundamental principles of the Gas Metal Arc Welding (GMAW) process and safely set up and shut down equipment. They will practice creating quality fillet and groove welds on carbon steel in flat, horizontal, vertical, and overhead positions while understanding different types of metal transfer. The course also covers inspection of weldments, identification of discontinuities, and hands-on application of GMAW techniques across various joint designs.

  • WEL 2003: Students will learn the fundamental principles of the Flux Cored Arc Welding (FCAW-S) process and perform safety inspections, proper setup, and shutdown of FCAW equipment. They will apply self-shielded FCAW techniques to create quality fillet and groove welds in horizontal, vertical, and overhead positions. The course also includes inspecting weldments, identifying discontinuities, and practicing safe, effective welding across multiple joint designs.

  • *Prerequisite: WEL 1000 

*CAPSTONE: ENGINEERING AND TECHNOLOGY A/B  (2295) S1/S2

  • Credit: 10

  • Grades:   10th – 12th 

  • Prerequisite: Instructor Approval  Requirement: Fine/Applied Arts

  • This capstone class allows students to continue their study of technology, technical drawing, engineering, robotics, woodworking, metalworking or any combination. Students will work with their instructor to design an independent advanced project to continue studies of a topic which they have developed a strong interest in. Students will collaborate with a team of mentors from both in the school and the community to design their final project.  Instructor approval required for this course.

PSD does not unlawfully discriminate on the basis of race, color, creed, religion, national origin, ancestry, sex, sexual orientation, gender identity, gender expression, marital status, veteran status, age or disability in access or admission to, or treatment or employment in, its programs or activities. A lack of English speaking skills will not be a barrier to admission or participation.