The Heavy Equipment Institute at Ferris State University is pleased to announce our workshop courses for the spring/summer 2020. These highly effective workshops have been developed for today's busy truck, heavy equipment, and diesel engine technicians.
Each course is delivered by highly qualified instructors from Ferris State's Heavy equipment or Welding programs. As with all of our training, these courses are practical and emphasize hands-on applications.
The workshops are ideal for mechanics, technicians, operators and supervisors looking for a better understanding of components and systems or update knowledge and skills.
- Upgrade your skills and technical knowledge
- Learn from field tested instructors
- Hands-on learning
- Compact, easy to schedule workshop courses
Registration is now open!
Title/Facility Dates Times Day Fee Electrical Systems May 11, 2020 8:00am - 4:00pm Monday $425 Electrical Systems Troubleshooting May 12, 2020 8:00am - 4:00pm Tuesday $425 Fundamentals of Hydraulics May 13, 2020 8:00am - 4:00pm Wednesday $425 Hydraulic System Troubleshooting May 14, 2020 8:00am - 4:00pm Thursday $425 Advanced Electronic Control Systems May 18, 2020 8:00am - 4:00pm Monday $425 Diesel Engine Emissions Tier 4 Control Systems May 19, 2020 8:00am - 4:00pm Tuesday $425 Electronic Fuel Systems May 20, 2020 8:00am - 4:00pm Wednesday $425 Heavy Duty Air Conditioning Systems May 21, 2020 8:00am - 4:00pm Thursday $425 Welding for Maintenance & Repair May 26 - 29, 2020 8:00am - 4:00pm Tuesday - Friday $975
Participants should arrive with proper safety equipment which always includes: enclosed leather shoes/boots and safety glasses. See course descriptions for other equipment that may be required or provided.
- Basic theory of electricity and electronics as applied to the heavy equipment industry. Instruction will include use of instruments for measuring current, voltage, and resistance. Hands on exercises will focus on calculating current draws, voltage drops, and resistances of series, parallel, and a combination of series and parallel systems. Exercises will also include the construction and testing of series, parallel, and series/parallel systems.
Electrical Systems Troubleshooting
- Relationship between voltage, amperage, and resistance; the function and operation of charging systems; and to perform basic battery testing, troubleshooting and maintenance. Instruction will include the construction, testing, and troubleshooting of basic electrical systems and testing and diagnosing of charging systems used in a variety of diesel and gasoline powered vehicles. Hands on exercises include: determining the relationships between voltage, current, and resistance and diagnosing circuit conditions by interpreting voltage and voltage drop measurements. Exercises will also focus on the construction, operation, diagnosing, and troubleshooting of cranking systems and cranking circuit failures using hand-held and portable testing equipment and will include maintenance, charging, troubleshooting, and diagnosing failures of batteries.
Fundamentals of Hydraulics
- Theory and practical application of fluid power principles as applied to the heavy equipment industry. Instruction will include testing, diagnosing, and troubleshooting of mobile hydraulic systems and their components. Hands on exercises will focus on reading and understanding hydraulic schematics and symbols, along with using pressure gages and flow meters to test, troubleshoot, and diagnose failures of hydraulic systems.
Hydraulic System Troubleshooting
- Mobile pumps, pump controls, mobile proportional valving, load sensing systems and troubleshooting using schematics, electronics controls, and interface of electronics to hydraulic controls.
Advanced Electronic Control Systems
- This course provides a working knowledge of electronic control systems on heavy duty trucks and mobile equipment. Course topics include the operating principles of interactive electronic control systems, on-vehicle networking systems, sensing circuits, and actuation devices. An emphasis will be placed on the use of electronic diagnostic tools to properly diagnose and maintain computer management and CAN Bus systems. Hands-on exercises target the identification, location, and testing of electronically controlled mobile equipment systems. Participants will also practice using diagnostic software to troubleshoot and diagnose failures of electronic controlled sensing and actuation circuits.
Diesel Engine Emissions Tier 4 Control Systems
- Practical knowledge needed to perform routine maintenance, diagnose, and repair of diesel engine tier 4 emission systems. Instruction will include the operation, testing, trouble-shooting and repair of tier 4 emission system technologies. Instruction will also include the specific maintenance processes and procedures required by tier 4 emission systems. Lab exercises will focus on required testing equipment, on-board diagnostics, and system controls. Participants will learn to monitor and retrieve diagnostic data from electronic controlled tier 4 emissions systems. The instructor will demonstrate how to analyze available data in order to diagnose and develop a corrective action for systems faults.
Electronic Fuel Systems
- This course provides a working knowledge of electronic diesel fuel systems. Course topics include the operating principles of diesel fuel system hydraulics, electronic and electronic over mechanical injection systems, tune-up procedures, and servicing of electronic fuel systems. An emphasis will be placed on the use of electronic diagnostic tools to properly diagnose and maintain diesel electronic fuel systems. Hands-on exercises target the identification, location, and testing of electronically controlled diesel fuel system components. Participants will also practice using diagnostic software to troubleshoot and diagnose failures of electronic diesel fuel injection circuits.
Fundamentals of Braking Systems with Troubleshooting
- The course provides a working knowledge of braking systems and their applications in heavy equipment. Course topics include the operating principles of brake systems; air brake operation, maintenance, and repair; brake system testing and inspection; antilock brake systems; and rollover stability control systems. All topics are directed toward applications specific to trucking and heavy equipment.
Fundamentals of Drivelines
- This course delivers a working knowledge of heavy duty drive drivelines. Course topics include the operating principles of clutch systems, basic gearing concepts, and driveshaft systems. Hands-on exercises include: clutch adjustment and servicing procedures; inspection and diagnosis of gear system component failures; and measurement and inspection of driveshaft systems.
Welding for Maintenance & Repair
- Theory and practical application of common welding and cutting operations used for maintenance and repair operations. Discussion will include safety, process fundamentals and techniques to perform welding and cutting operations in multiple positions using oxy-acetylene, shielded metal arc (STICK), gas metal arc (MIG), flux core, gas tungsten arc (TIG) and plasma arc cutting. Hands on activities will alow participants to setup and operate equipment while developing and refining process techniques and control. The course will include instructor demonstrations followed by guided learning and refining process techniques and control. The course will include instructor demonstrations followed by guided learning with an emphasis on metal identification and the practical application of welding and cutting processes.