Course Catalog

Advanced Welding Processes Certificate

West Burlington Campus

The Welding program is designed to give students a solid foundation in the principles, practices and usage of both gas and electric welding in the industrial setting. Students get ample practice in welding skills, brazing and flame cutting. Instruction emphasizes production fabrication techniques, maintenance and repair procedures, blueprint reading, properties of metals and inspection methods, among other aspects of the welding trade.

SCC is an accredited American Welding Society (AWS) testing facility. Students will have the opportunity to obtain AWS Certifications.

There are several levels of welding certificates, a diploma and an associates of applied science degree. See the links below for details.

The Basic Welding Processes certificate is awarded after successful completion of WEL-111, WEL-160, WEL-186 and WEL-192.

The Advanced Welding Processes certificate is awarded after earning the Basic Welding Processes certificate and successful completion of WEL-130, WEL-164, WEL-172, WEL-197 and MAT-702.

The Welding diploma is awarded after successful completion of the first two semesters. (This is equivalent to the Advanced Welding Processes certificate and successful completion of ENG-110.)

The Advanced Manufacturing Welding Processes certificate is awarded after earning both Welding Processes certificates and successful completion of WEL-182, WEL-198, WEL-292, WEL-235 and WEL-720.

The Welding AAS degree is awarded after successful completion of all five semesters.

*Certificates and diploma can be earned one time.

Please view the technical standards for this course.

Summary Sheet

The summary sheet provides a program overview and other information.

Download the Summary Sheet.

Curriculum Sequence


Fall Semester I Course Title Credit
MAT-702 Introduction to Math Applications 3
WEL-111 Welding Blueprint Reading 3
WEL-160 Arc Welding I (SMAW) 5
WEL-186 Gas Metal Arc Welding 4
WEL-192 Gas Tungsten Arc Welding 4
TOTAL CREDITS 19

Spring Semester I Course Title Credit
WEL-130 Oxyacetylene Welding 2
WEL-164 Arc Welding II (SMAW) 4
WEL-172 Advanced Shielded Metal Arc Welding II 4
WEL-197 Gas Tungsten Arc Welding - Tube 3
TOTAL CREDITS 13

MAT-702 - Introduction to Math Applications

Lecture: 2

Lab: 2

Credit: 3

This course is offered to students who can profit from an applied course in mathematics and will prepare students who need to develop skills for MAT-704. It is designed as an introductory level algebra course recommended for students with one year of high school algebra. Emphasis is on the building of basic algebra skills and the application of these mathematical techniques. The course studies the relationship of geometry and algebra as they apply to various fields. This course will also cover whole numbers/decimals, integers, fractions/percents, direct measurement, basic geometric concepts/relationships, linear equations and right-triangle trigonometry. Prerequisite: MAT-052 or meet minimum placement testing requirements.

WEL-111 - Welding Blueprint Reading

Lecture: 2

Lab: 2

Credit: 3

A course concerned with basic fundamentals of interpreting drafting as applied in the welding trade. Emphasis is placed on developing the ability to interpret blueprints from which the welder must work. A thorough coverage of welding symbols is integrated within the course.

WEL-160 - Arc Welding I (SMAW)

Lecture: 2

Lab: 6

Credit: 5

Provides a thorough technical understanding of shielded metal arc welding fundamentals, weld hazards and weld safety, power sources and electrode selection. Provides ample time and direction to develop skills necessary to make high quality welds on 16 gauge to ¼" mild steel in all positions.

WEL-186 - Gas Metal Arc Welding

Lecture: 2

Lab: 4

Credit: 4

Provides a technical understanding of the gas metal arc welding process, power sources and adjustment, metal transfer, shielding gases and weld safety. Develops skills necessary to produce high quality welds of 1/16"at 3/8" mild steel in all positions. Students will develop skills necessary to produce and bend-test single vee groove welds on 3/8" carbon steel in all positions according to American Welding Society code requirements.

WEL-192 - Gas Tungsten Arc Welding

Lecture: 2

Lab: 4

Credit: 4

Provides a thorough technical understanding of the TIG (Heliarc) process including metal characteristics, electrode, filler metals and shielding gases with emphasis on weld safety and procedures.

WEL-130 - Oxyacetylene Welding

Lecture: 1

Lab: 2

Credit: 2

To provide a thorough technical understanding of metallurgy, oxyacetylene welding, flame cutting and brazing fundamentals, and to develop skills necessary to produce high quality fillet and square groove welds in 3/16" plate and schedule 50 carbon steel pipe. Students develop understanding of weld hazards and safety procedures throughout the course. Can be taken for additional credit. Approval of Instructor.

WEL-164 - Arc Welding II (SMAW)

Lecture: 1

Lab: 6

Credit: 4

An advanced course designed to develop skills, integrity, and confidence necessary to pass skill tests on pre-qualified joints on plate and structural steel as required of code welding by the American Society of Mechanical Engineers and American Welding Society. Prerequisite: WEL-160.

WEL-172 - Advanced Shielded Metal Arc Welding II

Lecture: 1

Lab: 6

Credit: 4

Provides understanding and skill development necessary to produce high quality welds on 3/8" to 1" mild steel in all positions. Includes information relating to air-arc cutting and gouging, procedures and welder qualifications, testing of welds and metals identification. Prerequisite: WEL-160.

WEL-197 - Gas Tungsten Arc Welding - Tube

Lecture: 1

Lab: 4

Credit: 3

Develops skills necessary for making high quality all position welds on schedule 10 to schedule 40 carbon steel pipe; preparation and testing of pipe is included. Prerequisite: WEL-192.

Mike Kaczinski, Evening - Assistant Professor

Email: mkaczinski@scciowa.edu

Bill (William) White, Days - Assistant Professor

Email: bwhite@scciowa.edu