Engineering, Trades and Manufacturing (Industrial Tech)
An estimated 31 million positions will be vacant by the year 2020 in the trades. Currently roughly 5.5 million jobs remain unfilled in America. This crisis exists because employers demand "job-ready" employees, and prospective employees are simply not able to bridge the skills gap without appropriate career education and training. There is a growing domestic demand for high-precision skills in the current job market. Students interested in pursuing careers in the industrial technology fields are encouraged to explore options throughout high school, beginning in Grade 9. Advanced courses and potential college credits are available for students who meet pre-requisite requirements.
Courses Shown Below
Click title to see course description and prerequisites
Metals9th Grade Metals & Woods (9) (Metals 9 is not a prerequisite to other metals courses) Courses below must be taken in this order. |
Woods9th Grade Metals & Woods (9) (Metals 9 is not a prerequisite to other woods courses) Courses below must be taken in this order. |
ElectronicsRobotics and Automation (9-12) Courses below must be taken in this order. Electricity & Electronics I (9-12) |
Carpentry9th Grade Carpentry (9) Courses below must be taken in this order. Carpentry I (10-12) THEN |
Drafting - Computer Aided DesignCourses must be taken in this order. 9th Grade Engineering (9) Intro to Computer-Aided Drafting (9-12) Engineering Design (11-12) |
Drafting - ArchitectureCourses must be taken in this order. Architecture I (10-12) |
Consumer Auto
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Automotive MechanicsCourses must be taken in this order. Power Mechanics I (10-12) |
PowerCourses must be taken in this order. Power Mechanics I (10-12) |
9th Grade Metals & Woods Course: 3995 Grade: 9 This course is designed to give the student experience and confidence in the area of beginning woodworking and metals. The woodworking portion of the course study power machine operation and safety are stressed throughout the course. Students will learn how to read and complete working drawings, plans of procedure and bills of materials. Students construct various projects with the use of hand tools and wood working machines. Throughout the course career possibilities will be discussed. The metals portions of the course is designed for students who are interested in obtaining basic knowledge about both hot and cold metals. During this course, students will study safety procedures, metal classification, hand and power tools, sheet metal, hot metal and other areas associated with metals. A variety of projects will be constructed in both hot and cold metals. A career pathway may include but not limited to Production and or Manufacturing Production or Construction related fields according to the Minnesota Department of Education's CTE Career Pathways Wheel.
Cabinetmaking I Course: 3000 Grade: 10-12
Cabinetmaking I is for anyone interested in the fundamentals of machinery, hand tools, and joinery used in constructing furniture and cabinets. The student will be required to construct a project using a set of plans that include drawings, a bill of materials, and a procedure list. Units covered will include woodworking basics, finishing procedures, hardware, and special emphasis on safe and proper use of tools and machinery. Successful completion of this class with a minimum of "C" grade is a prerequisite for Cabinetmaking II. Successful completion of this class with a minimum “B” grade is prerequisite for Carpentry II class.
Cabinetmaking II Course: 3010 Grade: 10-12
Prerequisite: Successful completion of Cabinetmaking I with a C or higher or instructor approval. It is also strongly recommended that students take Introduction to Drafting before taking this class.
Cabinetmaking II is for students who desire greater understanding and competence in woodworking. Students will learn basic cabinet design and construction methods. All students will design, draw, and build a custom cabinet.
Cabinetmaking III Course: 3020 Grade: 10-12
Prerequisite: Successful completion of Cabinetmaking II with a C or higher or instructor approval.
Cabinetmaking III is for students interested in woodworking and who want to learn advanced techniques along with the application of skills acquired in prerequisite courses. The student will be expected to develop an original project, draw a detailed set of plans, and construct it.
9th Grade Carpentry Course: 3998 Grade: 9
9th grade Carpentry is for anyone interested in the fundamentals of home construction. The student will be required to construct a scale home using a set of plans that include plot plan, foundation plan, and floor plans. Units covered will include Building Materials, Plans, Specifications and Codes, Footings and Foundations, Floor Framing, Wall and Ceiling Framing and Roof Framing. Relevant career pathways include Production, Manufacturing, or Construction related fields according to the Minnesota Department of Education CTE Career Pathways Wheel.
Carpentry I Course: 3015 Grade: 10-12
Carpentry is for anyone interested in the fundamentals of home construction. The student will be required to construct a scale home using a set of plans that include plot plan, foundation plan, and floor plans. Units covered will include building materials, leveling instruments, plans, specifications and codes, footings and foundations, floor framing, wall and ceiling framing, roof framing, stair construction and carpentry – A Career Path. Successful completion of this class with a minimum “B” grade is a prerequisite for Carpentry ll class.
Carpentry IIA/B (each section meets 2 class periods)
Course: 3025/3026 Grade: 11-12 Prerequisite: Successful completion of Carpentry I and Cabinetmaking I with a B or higher or instructor approval.
Students in this class will participate in the construction of a 1350 square foot, 3 bedroom home. The home will be constructed at the high school, then sold and moved. Students will receive detailed instruction in modern construction practices in areas such as concrete, framing, drywall, finishing roofing, plumbing and HVAC systems. Students will have the means to apply and develop these skills while constructing this house. Student achievement and work ethic in the prerequisite courses will be the criteria for selecting students to participate in this course. This course runs for two consecutive terms. Students must register for both Carpentry II A and II B.
Metals I: Intro to Metals Technology Course: 3151 Grade: 10-12
Introduction to Metals Technology introduces students to the basic concepts of machine shop, welding and other hot metal processes. Students will use machine tools, lathes, and milling machines. Students will also learn three common types of welding MIG, Oxy and Arc. Forging will also be explored. Students will use their skills to complete required lab projects. Lab time will be utilized to develop the students' skill, while emphasizing safe work habits. A career pathway may include but not limited to Production and or Manufacturing Production or Construction related fields according to the Minnesota Department of educations CTE Career Pathways Wheel.
Metals II: Welding & Machine Tool Technology Course: 3152 Grade: 10-12
Prerequisite: Successful completion of Introduction to Metals Technology with a C or higher or instructor approval. Welding and Machine tool technology introduces students to more advanced Machine Tool, MIG, Arc and Oxy welding concepts. Students will build on the basic skills and knowledge of Introduction to Metals Technology. Major emphasis is placed on work holding devices, location principles, inspection, tooling and cutting tools. Students will use their skills to complete required and individual projects. Lab time will be utilized to develop the students’ skill, while emphasizing safe work habits.
Metals III: Metal Fabrication Course: 3153 Grade: 11-12
Prerequisite: Successful completion of Introduction to Metals Technology, and Welding & Machine Tool Technology with a C or higher or instructor approval.
Metal Fabrication will utilize students previously learned skills to complete more complicated machine and welding projects. Metal Fabrication will apply skills developed in other metal classes. The student will be required to design and fabricate an advanced project. This may include one or more of the following processes: welding, machining, forging, and/or sheet metal. Students will be evaluated on project complexity, quality, work ethic and time management.
Robotics and Automation Course: 3600 Grade: 9-12
This course engages students in computer and hands on modeling projects involvoing animatronics and robotics. Students will design and build devices that simulate real world robotic movements and tasks. The use of computer and construction materials used by Vex Robotics helps students to explore various design options to create and build real world robots ans solve real world problems.
Electricity/Electronics I Course: 3300 Grade: 9-12
Learn how to create electrical circuits where lights blink, buzzers blast, sirens ring, lights come on in the dark, burglar alarms set off, and amplification takes place. During all these activities, the student will learn about electrical components, how they operate, what an electrical circuit is and how to draw electrical diagrams called schematics. Students will handle all the parts, build the circuits on their own circuit boards and flip the switch that makes it all happen.
Electricity/Electronics II Course: 3310 Grade: 10-12
Prerequisite: Successful completion of Electricity/Electronics I with a C or higher or instructor approval.
Time to get digital and learn troubleshooting and repair! Students will build an AM radio and learn how sound waves are produced, transmitted, amplified and received. They will also learn troubleshooting procedures while testing their radios by using oscilloscopes, frequency generators and digital multi-meters. Using prototyping circuit boards, students will build and test numerous circuits using various digital components and integrated circuits.
Power Mechanics I Course: 3500 Grade: 10-12
Power Mechanics I covers the basic discussion of all types of internal combustion engines, with emphasis on four-cycle engines. Students will have access to a four-cycle small engine for lab work. Laboratory time will be devoted to disassembly examination, reconditioning, and assembly of small gas engines. As time permits, additional engines will be repaired and other areas in power mechanics will also be explored. This course is a prerequisite to Power Mechanics II and also to Auto Technology A & B. *Students taking this course may have the opportunity to earn ASE student certification, a nationally recognized certificate in Automotive Service Excellence, if the following courses are successfully completed: Power Mechanics I, Power Mechanics II, Consumer Automotive, and Auto Technology A/B.
Power Mechanics II Course: 3510 Grade: 10-12
Prerequisite: Successful completion of Power Mechanics I with a C or higher or instructor approval
Power Mechanics II is offered to students who have successfully completed the Power Mechanics I course with a C or higher. This course is designed to give the student additional skills and theory in the maintenance, repair and overhaul of two and four-cycle engines. In-depth units in ignition, carburetion, electrical and tune up will be covered. The course will also cover drive train, suspension systems, steering mechanisms and chassis repair as applicable to snowmobiles, motorcycles, outboards and ATV’s. Students enrolling in this course are required to supply their own projects to complete the course and receive a passing grade. *Students taking this course may have the opportunity to earn ASE student certification, a nationally recognized certificate in Automotive Service Excellence, if the following courses are successfully completed: Power Mechanics I, Power Mechanics II, Consumer Automotive, and Auto Technology A/B.
Consumer Automotive Course: 3520 Grade: 11-12
Consumer Automotive is intended as an introductory course that will give car owners and operators a basic understanding of automobiles and how to maintain them. Students will learn about the basic systems found in automobiles. They will focus on a variety of topics including safety, tools, and basic maintenance including oil and tire changes, fluid maintenance, and general automotive service. Basic troubleshooting and problem solving will also be included. This course cannot be taken in place of Power Mechanics 1 to meet the prerequisite to Automotive Technology A. If students have already taken or are currently registered for Auto Technology, they will not be admitted into Consumer Automotive. Students are required to have access to a vehicle and have a valid Minnesota driver’s license to be admitted into Consumer Automotive. This course is not a prerequisite for Auto Technology A. *Students taking this course may have the opportunity to earn ASE student certification, a nationally recognized certificate in Automotive Service Excellence, if the following courses are successfully completed: Power Mechanics I, Power Mechanics II, Consumer Automotive, and Auto Technology A/B.
Auto Technology A/B (each section meets 2 class periods) Course: 3521/3522 Grade: 11-12
Prerequisite: Successful completion of Power Mechanics I with a C or higher or instructor approval
This course includes instruction in the following areas: Engine theory and diagnosis, tune-up, fuel supply systems, electrical systems, brakes, wheel alignment and tire service. At the conclusion of this course students will have a marketable skill in the areas they have covered. This course will meet for TWO CONSECUTIVE CLASS PERIODS. Students must register for both Auto Technology A and B. Students will earn one credit for each term. Students must maintain a “C” average in the first term in order to continue on to the second term. Only two terms of auto technology may be taken. College credit may be possible as an articulated course with Century College. *Students taking this course may have the opportunity to earn ASE student certification, a nationally recognized certificate in Automotive Service Excellence, if the following courses are successfully completed: Power Mechanics I, Power Mechanics II, Consumer Automotive, and Auto Technology A/B.
Architecture I Course: 3710 Grade: 10-12
This is an introductory course to the field of architecture and architectural drawing. Students will be focusing on the principles of residential design, and draw floor plans of their designs. Students will also explore basic residential construction methods and their impact on home design. Computer aided drafting (CAD) will be a part of this course. Successful completion of this course is a prerequisite to Architecture 2.
Architecture II Course: 3720 Grade: 10-12
Prerequisite: Successful completion of Architecture I
Students will complete original home plans in their continuing education of home design and architetural drawing. Plans will include floor, foundation, elevations and section views. Participants will further their knowledge of residential construction, the products used, and their impact on design. Computer aided drafting (CAD) will be a part of the course. Successful completion of this course is a prerequisite to Architecture III.
Architecture III Course: 3730 Grade: 10-12
Prerequisite: Successful completion of Architecture 2
In this course, the student will have the opportunity to design a lake home for a fictional client and use foam board to build a simple architectural model of it. Other activities will include designing a kitchen and laying out the cabinets, lay their home design out on a plot plan, and view their design by drawing a 2 point perspective view. HVAC, plumbing, and waste systems will be explored. Again, computer aided drafting (CAD) will be a part of the class work.
9th Grade Engineering Course: 3997 Grade: 9
This class exposes students to the basics of drafting, engineering, communications and architecture. Software programs such as CAD, Solidworks and Onshape will be utilized. Students will learn to illustrate objects, laser engrave, and vinyl cut objects. Students will explore architecture and carpentry and create a design using CAD software. 3D Solid modeling will be a part of this course, as well as 3D printing. Relevant career pathways include Construction, Design and Engineering, Production, Manufacturing and Engineering according to the Minnesota Department of Education CTE Career Pathways Wheel.
Introduction to Computer Aided Drafting Course: 3700 Grade: 9-12
This class exposes students to the basics of drafting and design using modern computer aided drafting (CAD) programs. Students will learn to illustrate objects from a variety of views as used in engineering and industry. This class is highly recommended for anyone interested in a variety of occupations including (but not limited to) engineering, machining, construction, or mechanics. Successful completion of this class is a prerequisite for the remaining engineering and drafting courses, and recommended before taking Wood II, and Metals.
Engineering & Drafting I Course: 3800 Grade: 10-12
Prerequisite: Successful completion of Introduction to Computer Aided Drafting PTCC requires students to meet one of the following assessments: ACT of 22 or higher, MCA reading score of 1047 or Accuplacer scores of 250+ in reading/arithmetic. Seniors must be in the top 1/2 of their graduating class and a GPA of at least 2.5. Juniors in the top 1/3 of their graduating class and a GPA of at least 3.0.
Students will learn about engineering and design by drawing in both 2D and 3D drawing software. During the course, the student will begin to focus on 3D solid modeling using "Solidworks" software. This type of software is used by modern engineers and manufacturers for design. Students will also be able to convert 3D drawings into a 3D PRINT! Successful completion of this course is a prerequisite for “Engineer Drafting ll”. Successful completion of this course may enable students to earn 3 semester credits through Pine Technical and Community College (MTTP 1241).
Engineering & Drafting II Course: 3810 Grade: 10-12
Prerequisite: Successful completion of Engineering & Drafting I
Students in this course will design and engineer their own projects using 3D design software and be able to use a 3D printer. The course focuses entirely on design using 3 dimensional solid modeling software called "Solidworks". 3D solid modeling is the modern industry standard for design. Every student successfully completing the course will receive a free copy of 3D modeling software. The class will also include a field trip to see 3D designing, testing, and machining being used in industry.
Engineering Design Course: 3820 Grade: 11-12
Prerequisite: Successful completion of Metals 1: Intro to Metals Technology, Intro to CAD, and Engineering and Drafting I
Engineering Design is a course geared at taking students through the Design Process that all engineers use while problem solving solutions. Students will learn how to take a common problem from an abstract idea to creating and building a prototype to solve the problem and ultimately testing their solution. Students will utilize Solid Works CAD systems to create designs and then implement manufacturing technologies such as welding and machining to build their solutions. This is an entry level view of what students can expect in a college level engineering course.
