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Industrial Technology Department - Course Overviews
Building Construction
Building Construction
Course Number(s): IT 3324, IT3325, IT3326
Credit(s): 3 Grade(s): 11-12
Course Type: Elective
Prerequisite(s): Successful completion of Woods 1 and Woods 2.
The study of the materials, methods, and techniques used in building construction projects. This year-long course will cover the construction process from idea conception to project closeout, including safety, materials, methods, and construction procedures. Lab experience will include hands-on applications in regards to tool usage and construction principles. Students will build a storage shed for the community and participate in other hands-on projects that may include, but are not limited to: electrical wiring, plumbing, interior and exterior finishing, and project code regulations. This class is considered a capstone class for those who have completed courses in the Industrial Technology area.
Introduction to Electronics
Introduction to Electronics
Course Number(s): IT3307
Credit(s): 1 Grade(s): 9-12
Course Type: Elective
Prerequisite(s): Intermediate Algebra B or Algebra 8
The world of electricity and electronics is no longer in the future; it is here now! In order to cope with all the high technology devices and develop a career in electricity, a basic understanding of electrical principles is essential. This course will cover sources of electricity, Ohm's law, series and parallel circuits, switches, resistors, and basic residential house wiring. It will help you become familiar with the basic concepts of electricity and electronics, reinforced by the construction of electronic projects.
Architectural Design *NEW course offering
Architectural Design *NEW course offering
Course Number(s): IT3343
Credit(s): 1 Grade(s): 10-12
Course Type: Elective
Prerequisite(s): None
This 1 trimester course will introduce students to the area of Architectural design. Students will have the opportunity to explore many traditional architectural styles and learn about the elements that go into the design of a residential home. Students will learn to use a CAD (computer aided design) program called REVIT to create floor plans as well as the detail elements that go into a complete set of plans for a house of their design.
Engineering Design
Engineering Design
Course Number(s): IT3304, IT3305, IT3306
Credit(s): 3 Grade(s): 9-12
Course Type: Elective (1 Art Credit)
*Students can earn 3 credits through St. Cloud State for $100 (a $900 value)
Engineering Design is an introductory course to our engineering pathway of classes. This course is the perfect introductory course for students interested in engineering or engineering related careers. This course challenges students to work in teams to solve design problems. Students will research, design, develop, and communicate design solutions to real world problems. Teams use engineering software to prepare and evaluate designs and make extensive use of 3D printing to prepare models for presentation to authentic audiences. The goal of the course is the application of the tools to address unique problems allowing the students to rapidly create and analyze proposed solutions. CAD software (Solid Edge) and hardware such as 3D printers and Laser Engraver/cutters are tools frequently used by industry and understanding how these tools are used in problem solving is critical. This hands-on course will help students apply their basic knowledge of math and science to solve design problems.
Manufacturing and Automation
Manufacturing and Automation
Course Number(s): IT3337, IT3338, IT3339
Credit(s): 3 Grade(s): 10-12
Course Type: Elective
Prerequisite(s): Engineering Design
*Students can earn 3 credits through St. Cloud State for $100 (a $900 value)
This NEW 3 trimester course is designed for students who have experience with the Engineering Design course, providing students with experience in the creation of a design, preparing the design for machining and designing the automation necessary to control the processes. This course in manufacturing will challenge students to collaboratively solve design problems by working in teams, require research and report findings, and prepare students to obtain Siemens PLC (programmable logic controllers) and Solid Edge (CAD - computer aided design) certifications. The Siemens manufacturing course will utilize various Siemens’ software as tools for problem solving and preparing solutions. The goal of the course is the application of the tools to address unique problems allowing the students to rapidly create and analyze proposed solutions.
Mechatronix and the Internet of Things
Mechatronix and the Internet of Things
Course Number(s): IT3340, IT3341, IT3342
Credit(s): 1 Grade(s): 11-12
Course Type: Elective
Prerequisite(s): Manufacturing and Automation
Syllabus
Welding 1
Welding 1
Course Number(s): IT3311
Credit(s): 1 Grade(s): 10-12
Course Type: Elective
Prerequisite(s): None
Welding I is a course designed to give students in grades 10-12 a working knowledge of common welding equipment and procedures for Shielded Metal Arc Welding, Gas Metal Arc Welding and Oxy-Acetylene Welding. This class exposes students to industrial related experiences in the areas of Arc, Mig and Oxy-acetylene welding, Plasma and Oxy-acetylene cutting. The students will learn the setup and safe handling of the various types of welding equipment. Safely handling and working with welding equipment, electrode selection, material identification, and good welding techniques are stressed. The safe operation and proper set-up procedures are a requirement of each student as they complete specified welds. A large portion of Welding I is dedicated to application of knowledge as students develop skills in welding processes. Machine safety and operation, responsibility and pride in workmanship will be emphasized in this one-trimester course.
Welding 2
Welding 2
Course Number(s): IT3312, IT3313
Credit(s): 2 Grade(s): 11-12
Course Type: Elective (Art Credit)
Prerequisite(s): Welding 1
In this course, students will have an opportunity to use the machines used in industry for Shielded Metal Arc Welding (Arc), Gas Metal Arc Welding (MIG), Oxy-Acetylene Welding, and High Frequency Welding (TIG) to weld stainless steel, aluminum, and steel. There will also be new techniques in regular Arc, Mig, Tig and Oxy-acetylene welding. Students will have the opportunity to see industry standards for cutting metal with Plasma, Oxy-Acetylene, and CNC Plasma. The first half of the course will concentrate on welding skills, learning advanced joint types and different welding techniques, and will with a smaller art-based project meeting the national art standards. The second part of the course emphasizes the development of a plan, design and construction of individual projects which may include metal sculpture/art work or traditional projects such as trailers, weight lifting benches, work benches, engine stands, etc.
Woods 1
Woods 1
Course Number(s): IT3314, IT3315
Credit(s): 2 Grade(s): 9-12
Course Type: Elective
Prerequisite(s): None
This class provides an introductory experience to wood technology. Students will learn basic cabinet-making skills and design principles in developing and constructing a small cabinet. Wood properties, material specifications, basic joinery, safety, operation of power and machine tools, and assembly / finishing techniques are some of the topics studied in this class. Students interested in pursuing a career in cabinet-making or a construction related field will benefit from taking this course. All students taking this course will be required to construct their own project. Students must understand that there will be a financial commitment to purchase materials for their project. Machine safety and operation, responsibility and pride in workmanship are emphasized in this two trimester course.
Woods 2
Woods 2
Course Number(s): IT3316, IT3317, IT3318
Credit(s): 3 Grade(s): 10-12
Course Type: Elective (Art Credit)
Prerequisite(s): Woods 1
In this three trimester course, students will first review safety principles and rules, then learn about some more complex woodworking techniques. Students have the flexibility of researching and choosing their own project. From developing a plan of procedure, to following through to completion of the project. Students will work in a more independent shop environment to develop more advanced craftsmanship skills and problem solving techniques when working with wood. Students will first create a small End Table to review their skills and then each student will have the flexibility of building one major project or several small projects of their choice. All students taking this course will be required to successfully construct their own project. Students must understand that there will be a financial commitment to purchase materials for their project. Students must understand the importance of passing each trimester. Machine safety and operation, responsibility and pride in workmanship will be emphasized in this three-trimester course.
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