Introduction to the basic principles and working environment of a service center. Topics to be explored include: the proper use and care of hand and basic power tools, the use of precision measuring tools, test equipment and special tools, safe and proper use of lifting equipment and large shop tools such as hydraulic presses and tire equipment, as well as general shop safety, the language and vocabulary related to the ATV and motorcycle service industry, customer service and writing of work orders.

Introduction to the basic design and operating principles and components of the internal combustion engine. Topics to be explored include: valve train design and component identification, ignition and fuel system identification and design, similarities and differences between 2 and 4 stroke cycle engines, similarities and differences between air cooled and water cooled engines and component failure identification.

This lab will be based on Briggs and Stratton and Honda single cylinder overhead valve engines. Students will disassemble, measure components, grind valves and seats and in general rebuild the engine.

General electrical theory and the principles of DC current operating in ATVs, motorcycles, snowmobiles and outdoor power equipment. Topics to be explored include: current flow, Ohm’s law, voltage, amperage, circuit types, test equipment, symbols used in electrical diagrams and reading and understanding electrical diagrams in technical publications.

General theory, design and operation of multi-cylinder engines as they relate to ATV’s, motorcycles and snowmobiles. Topics to include: repair and maintenance of metric engines as well as American V-twin engines, precision measuring of root components and failure analysis.

Students will explore the physical components of multi-cylinder engines, utilizing shop equipment to perform basic repairs and rebuild of metric and American V-Twin engines. Cooling systems and fuel systems diagnosis to be discussed.

Provides a foundation for gaining the knowledge, skills and attitudes necessary for college success. Students will learn to make a successful transition to higher education by setting up a pattern of success that will last the rest of their lives. Students will define goals and develop thinking skills, learning strategies and personal qualities essential to both academic and career success. Please note: Students who have served active military duty (excluding basic training and AIT) may be exempt from the Student Success course. Student must provide a copy of DD214 or other official military documentation to the registrar for verification.

A general study of topics which make snowmobile and ATV service unique in the industry. Topics to be explored: 2 and 4 wheel drive systems, ski and track systems, air induction, cooling systems, skis and steering components.

Students will utilize information from lecture OPRV 124 to complete disassembly, repair and reassembly of sub-systems and components of ATVs and snowmobiles, as well as determine the root failures of components.

Students will be introduced to basic Marine Industry concepts including the installation and maintenance of certain components.  The main focus of this course will be outboard boats & engines and students will install and adjust components used on an outboard boat package.  The curriculum includes the identification of the various types of boats, motors, trailers, and accessories. 

Continuation of topics covered in OPRV 140. Special attention given to precision engine building and customization. This class will be the technical basis for the OPRV 143 lab. Students will utilize printed technical data and parts manuals as well as Internet-based information to prepare for projects lab.

In this project lab, students will be responsible for diagnosing failures, estimating cost of repairs, acquiring technical data and parts list for repairs, as well as performing repairs on products supplied to Mitchell Tech from industry. Secondary component of this lab will involve diagnosis test out on various ATVs, motorcycles and outdoor power equipment.

This lab will be based on the theories of two and four stroke engines as they pertain to hand-held equipment such as chain saws, weed eaters, leaf blowers and other hand-held devices. Parts look-up and a focus on Stihl hand-held products will be a core element of this course.

On the job training (OJT). Work a minimum of 240 hours in a service or shop environment.

Students will explore the types of periodic maintenance that are required for different makes and models of boat, trailer & engine packages. Perform maintenance, inspection and off-season storage procedures on the product as well. Evinrude, Mercury, MerCruiser, OMC and Yamaha will be the main focus.

Students will perform procedures discussed during class. Component disassembly, diagnostics, inspection and measurements of the components, and the reassembly/resealing process. Evinrude, Mercury and Yamaha will be the main focus.

Students will explore the types of periodic maintenance that are required for different makes and models of boat, trailer & engine packages. Perform maintenance, inspection and off-season storage procedures on the product as well. Evinrude, Mercury, MerCruiser, OMC and Yamaha will be the main focus.

Students will explore the operation, theory and diagnostics of components on an outboard drive lower unit assembly, power trim and tilt, driveshaft and swivel housing, marine corrosion and propeller design and performance. Lower unit rebuild, shim procedures will be discussed also. Evinrude, Mercury and Yamaha will be the main focus.

An overview of OSHA (Occupational Safety and Health Administration) standards focusing on hazard recognition and injury and illness prevention. The 10-hour general program is intended to provide entry-level workers with awareness of hazards in and around the work site. Emphasis is placed on recognition and prevention and helps create a culture of safety. Upon successful completion the student will receive OSHA 10 certification.

An introductory course providing skills for entry-level welders. Specific projects will be related to industry applications.

Students will explore the operation, theory and diagnostics of components on an outboard’s starting, charging, power trim and tilt and ignition circuits. Boat and trailer electrical accessories as well. Evinrude, Mercury and Yamaha will be the main focus.

Students will perform procedures discussed during class. Diagnostics and inspection of components on an outboard’s starting, charging, power trim and tilt and ignition circuits on Evinrude, Mercury and Yamaha will be the main focus.

Students will perform outboard motor, boat and accessory installation. Operation of all equipment will be performed after installation.

Students will explore the operation, theory and diagnostics of components on an outboard fuel system. Carbureted, Electronic Fuel Injected and Direct Fuel Injection. Evinrude, Mercury and Yamaha will be the main focus.

Students will perform procedures discussed during class. Diagnostics and inspection of components on an outboard’s starting, charging, power trim and tilt and ignition circuits on Evinrude, Mercury and Yamaha will be the main focus.

Overview of computer applications with emphasis on e-mail, word processing, spreadsheets, database, presentation tools and Internet-based technology. This course will cover the Microsoft Office Suite, Microsoft Teams and cloud-based technologies such as GoogleDrive and OneDrive.

This course will provide students with the opportunity to experience motorcycle transmission rebuilds and troubleshooting. Primary inspection and repair, along with the different final drive components and engine design and overhauls will be covered.

Students will participate in specially-designed lab activities related to OPRV 220.

This course will introduce students to the intricacies of modern fuel Injection and computer control systems as they apply to motorcycles and ATVs. Students will explore fuel mapping and performance data modification utilized in both open and closed loop systems. Students will be able to complete diagnostic procedures and test operational effectiveness of fuel maps utilizing the dynamometer. Component design and engineering challenges related to fuel injection designed engines will also be discussed as well as emission standards related to product development. Basic V-Twin technology and how it relates to current fuel injection trends will also be discussed.

This course will cover frame and suspension designs and how they affect performance and dependability. A motorcycle must handle properly over bumps, in turns, during acceleration, and when stopping. This is critical to both rider safety and comfort. During the semester students will perform hands-on activities covering the fundamental inspection, service, repair, and troubleshooting procedures for motorcycle frame and suspension systems.

An introductory course providing skills for entry-level welders. Specific projects will be related to industry applications.

A continuation of techniques and principles learned in OPRV 235. Students will learn intricate details of fuel mapping and how variations of the inputs determine the final performance of an engine. A detail-orientated approach to fuel injection management and diagnostic procedures utilized in industry will be the focus. Extensive lab time and firm understanding of electrical and electronic theory required.

This semester will cover frame and suspension designs and how they affect performance and dependability. During the semester students will get hands-on experience covering the fundamental inspection, service, repair, and troubleshooting procedures for motorcycle frame and suspension systems.

Students will learn the importance of inspection and measuring when working with rebuilds. Topics will include how to clean and prepare for rebuild in extensive detail. Motorcycle-specific tool use and care will also be covered.

Students will be dissecting advanced motorcycle engines and disassembline and assembling them piece by piece. Every aspect of the engine will be inspected. Students will be introduced to the process of an engine rebuild and learn how to properly complete an engine rebuild. Camshaft upgrades and designs will be covered, as well as how to tune a motorcycle engine after a rebuild.

Overview of computer applications with emphasis on e-mail, word processing, spreadsheets, database, presentation tools and Internet-based technology. This course will cover the Microsoft Office Suite, Microsoft Teams and cloud-based technologies such as GoogleDrive and OneDrive.