Automotive Collision Repair
|
Supply Chain & Transportation Automotive Collision Repair |
| Principles | |
| Principles of Collision Repair | |
| Course Code | 7215 |
| Course Description |
Principles of Collision Repair provides students an overview of the operating, electrical, and general maintenance systems of the modern automobile. Students will be introduced to the safety and operation of equipment and tools used in the automotive collision industry. Students will study the basics of collision repair, along with learning to perform basic service and maintenance including the car’s starting and charging system. |
| CTE Concentrator A | |
| Automotive Body Repair | |
| Course Code | 7204 |
| Course Description |
Automotive Body Repair provides students with an understanding of the materials, measuring, welding, and information resources applicable to collision repair. Students will study steel and aluminum dent repair, including the welding practices commonly performed within an automotive repair environment. Basic skills and knowledge in oxy-fuel welding, cutting, brazing and plasma cutting, gas metal arc welding, squeeze type resistance welding, exterior panel welding and I-CAR welding test preparation will be gained. Students will also learn the installation of moldings, ornaments, and fasteners with emphasis on sheet metal analysis and safety. |
| CTE Concentrator B | |
| Plastic Body Repair and Painting Fundamentals | |
| Course Code | 7206 |
| Course Description |
Plastic Body Repair and Paint Fundamentals introduces the types of fiberglass and plastic materials used in auto body repair and considerations for automotive painting. Students will explore methods for repairing fiberglass and plastic damage, like welding, reinforcing, repairing holes, and retexturing plastic. Students will be asked to demonstrate the proper use of primers and sealers, spraying techniques, and an understanding of various paint finishes. |
| Pathway Capstone | |
| Collision Repair Capstone | |
| Course Code | 7380 |
| Course Description |
Collision Repair Capstone further explores important skills and competencies within the Automotive Body Technology Pathway. Topics such as automotive painting technology, collision damage appraising, and fiberglass plastic repair. Additionally, Co-Op and Internship opportunities will be available for students. |
Auto Collision Repair (gr. 11-12)
Course Overview:
The Auto Collision Repair program is a functioning commercial body shop. Students gain real-world experience through customer contact and by working with a wide variety of vehicle body problems. Students in the Auto Collision Repair course learn how to repair and refinish cars and trucks through a combination of classroom instruction and actual laboratory experience. Through a variety of skills attained in the course, students learn to analyze damage to a vehicle and replace or repair the damaged part (s).
Areas of Study Include:
Shop safety
Automotive body construction
Tools
Welding
Sheet metal repair
Frame straightening
Repair materials
Adjusting body panels
Painting
Refinishing
Estimating
Student Profile:
A successful student in Auto Body Repair should have good color discrimination, good eye/hand coordination, a keen eye for detail, and the ability to work as part of a team.
Special Opportunities:
During the second semester of the senior year, cooperative education placement may be available to students who have mastered the necessary competencies. ASE certification may be available to students when competencies are met. Advanced placement credits are available through Ivy Tech State College.
Program Availability:
2 or 4 semesters, 2 blocks per day; Open to juniors and seniors
Completion of the Auto Collision Repair Course Prepares Students to Become:
Body repair technician
Power equipment operator
Insurance estimator
Manager or foreman of an auto body shop
Painting or refinishing technician
Glass technician
Upholsterer
The Auto Collision Repair program is an ASE NATEF certified training site.
Students who successfully meet requirements of the course and university may earn dual credit from both Ivy Tech and Vincennes.
Instructor:
Mr. John Paul
