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Welding Tenchnology

Welder

Associate of Applied Science Degree

Certificate of Completion

(575) 527-7593, 528-7018 or 527-7597

Information based on the 2009-10 DACC Catalog

Welders are in greater demand today than at any time during the past 30 years, and the job outlook is expected to remain excellent throughout the foreseeable future. They are needed in energy exploration and production and are required in virtually every field or industry that uses parts made of metal.

Simply stated, welders are people who join metals such as steel, stainless steel, aluminum, titanium, gold, silver, brass, bronze, copper, and nickel. Welding processes vary depending on the application. Extremely delicate and precise items, such as aerospace components and jewelry, may be welded using electron beams, lasers, and plasma, while huge structures for buildings and bridges are typically welded using submerged arc and electro-slag. Welding may take place in almost any setting: in a laboratory, out-of-doors, or even underwater, as in the case of offshore, oil-and-gas platform construction.

According to the US Department of Labor, the job prospects for welders are excellent, with projected job growth in New Mexico estimated at 25.5 percent over the next six years, and 5 percent nationally through 2014, translating to 264,000 additional jobs. Increases in welder wages have kept pace with or exceeded those of
other occupations since 2002.

The DACC Welding Technology program is nationally accredited by the American Welding Society (AWS), and is taught by nationally qualified instructors. Together, DACC welding instructors have more than 100 years of experience and more than 90 AWS/ASME national welder certifications on five welding processes.

The program is competency-based, consisting of lectures and hands-on laboratory exercises. Students learn to weld steels, stainless steels, and aluminum alloy plate and pipe with five welding processes. They also learn basic fabrication skills, oxy-fuel cutting, plasma cutting, and air-carbon arc cutting.

Students are eligible to join SkillsUSA, an organization for high school and postsecondary students that promotes leadership and sponsors skills and leadership competitions at the state and national levels. In addition, students may become members of the American Welding Society (AWS) and participate in the activities of the new AWS El Paso Section.

All students who complete the certificate or associate degree will graduate as certified welders in one or more welding processes on steel, stainless steel, and/or aluminum. (It is important to note that, although some local welding jobs may not currently require certification, nearly all welding jobs nationwide do require it.)

Since the technical requirements for the certificate are the same as those for the associate degree, a student may complete the certificate program first and then later apply all the credits earned in the certificate program toward the associate degree. This associate degree then may be applied in its entirety toward the bachelor of applied studies degree offered by NMSU. Alternatively, those planning to teach at the secondary level may apply up to 36 credits earned in the Welding Technology associate degree program toward a bachelor of science degree in Agricultural and Extension Education.

To enter the Welding Technology program, a high school diploma or GED is required, along with good overall health, eyesight, and hand-eye coordination. Students must purchase tools and personal safety equipment, usually costing about $1000.

Associate Degree (66-71 credits)

Students must receive a final grade of C or better in ENGL 111GENGL 111G: Rhetoric and Composition - 4 cr.
Skills and methods used in writing university-level essays. Prerequisite: ACT standard score in English of 16 or higher during regular semester (20 or above during summer) or successful completion of a developmental writing course or the equivalent.
and all required OEWT courses and achieve a cumulative gradepoint average of 2.0. Courses appearing in italics may be applied toward a bachelor’s degree at NMSU.


Core Requirements      13 Credits

OR
OR
BOT 209BOT 209: Business and Technical Communications - 3 cr.
Effective written communication skills and techniques for career success in the work place. Composition of letters, memos, short reports, forms, and proposals, and technical descriptions and directions. Prerequisites: ENGL 111G and computer keyboarding ability or consent of instructor.
– Business and Technical Communications
ENGL 203GENGL 203G: Business and Professional Communication - 3 cr.
Effective writing for courses and careers in business, law, government, and other professions. Strategies for researching and writing correspondence and reports, with an emphasis on understanding and responding to a variety of communication tasks with a strong purpose, clear organization, and vigorous professional style.
Business and Professional Communication
ENGL 218GENGL 218G: Technical and Scientific Communication - 3 cr.
Effective writing for courses and careers in sciences, engineering, and agriculture. Strategies for understanding and presenting technical information for various purposes to various audiences.
Technical and Scientific Communication
3

OR
COMM 253GCOMM 253G: Public Speaking - 3 cr.
Principles of effective public speaking, with emphasis on preparing and delivering well-organized, logical, and persuasive arguments adapted to different audiences.
Public Speaking
COMM 265GCOMM 265G: Principles of Human Communication - 3 cr.
Study and practice of interpersonal, small group, and presentational skills essential to effective social, business, and professional interaction.
Principles of Human Communication
3

ENGL 111GENGL 111G: Rhetoric and Composition - 4 cr.
Skills and methods used in writing university-level essays. Prerequisite: ACT standard score in English of 16 or higher during regular semester (20 or above during summer) or successful completion of a developmental writing course or the equivalent.
Rhetoric and Composition
4

OR
OR
BMGT 240BMGT 240: Human Relations - 3 cr.
Human interactions in business and industrial settings. Motivation and learning experiences as related to problems of the worker and supervisor. Practical applications of human behavior. Prerequisite(s): CCDE 105N or higher or BOT 105 or higher. Restricted to: Community College campuses only.
– Human Relations
PSY 201GPSY 201G: Introduction to Psychology - 3 cr. (3+3P)
Methods and principles of behavior. Topics include human evolution and development, biopsychology, perception, learning, thinking, motivation, social interaction, and the diagnosis and treatment of abnormal behavior.
Introduction to Psychology
SOC 101GSOC 101G: Introductory Sociology - 3 cr.
Introduction to social theory, research, methods of analysis, contemporary issues in historical and cross-cultural contexts. Covers groups, deviance, inequality, family, gender, social change, and collective behavior.
Introductory Sociology
3

Related Requirements      14-19 Credits

OR
OR
C S 110C S 110: Computer Literacy - 3 cr.
Evolution and application of computers; economic and social implications; introduction to programming on microcomputers.
Computer Literacy
OECS 105OECS 105: Introduction to Microcomputer Technology - 3 cr.
History and impact of computers on the economy and society. Development of basic skills in operating systems, word processing, spreadsheets, and databases.
– Introduction to Microcomputer Technology
OECS 227OECS 227: Computer Applications for Technicians - 3 cr.
Computer applications for service technicians in various disciplines. Hardware and software applications explored. Includes operating systems, high level programming, and networking hardware and software.
– Computer Applications for Technicians
3

OR
OR
DRFT 105DRFT 105: Technical Drawing for Industry - 3 cr. (2+2P)
Technical sketching, basic CAD, and interpretation of drawings with visualization, speed and accuracy highly emphasized. Areas of focus include various trades such as machine parts, welding, heating and cooling, and general building sketches/plan interpretation.
– Technical Drawing for Industry
DRFT 108DRFT 108: Drafting Concepts/Descriptive Geometry - 2 cr. (1+2P)
Basic manual drafting skills, sketching, terminology and visualization. Graphical solutions utilizing applied concepts of space, planar, linear and point analyses. Metric and S.I. units introduced.
– Drafting Concepts/Descriptive Geometry
BMGT course (3 credits, approved by advisor)
2-3

OR
OR
DRFT 109DRFT 109: Computer Drafting Fundamentals - 3 cr. (2+2P)
Introduction to computer-aided drafting. Principles and fundamentals of drafting using the latest version of AutoCAD software. Same as C E 109, E T 109, SUR 109.
– Computer Drafting Fundamentals
OEAR 102OEAR 102: Fundamentals of Electricity - 4 cr. (3+2P)
Introduction to electricity theory, OHM s Law, circuits, AC/DC, and practical applications.
– Fundamentals of Electricity
OEES 105OEES 105: Basic Electricity and Electronics - 3 cr. (2+2P)
Fundamentals of electricity and electronics, basic circuit devices, meters, transistors, integrated circuits and other solid state devices, computers, fiber optics, and industrial application topics. Prerequisite: either CCDM 103N or CCDM 104N or consent of instructor.
– Basic Electricity and Electronics
3-4
  OETS 102OETS 102: Career Readiness Certification Preparation - 1-3 cr.
This course is designed to prepare students to successfully obtain Career Readiness Certifications in all areas and at the appropriate levels for their program of study. Graded: S/U only.
– Career Readiness Certification Preparation
13
  OETS 118OETS 118: Mathematics for Technicians - 3 cr. (2+2P)
Analysis and problem solving of technical problems using measuring instruments and techniques of arithmetic, algebra, geometry, and trigonometry. Prerequisite: CCDM 104N or appropriate placement test score.
– Mathematics for Technicians
3
  Approved Technical Elective 0-3

Technical Requirements      39 Credits
  OEWT 100OEWT 100: Structural Welding I - 6 cr. (3+6P)
Development of basic skills in SMAW, OFC, and OFW in accordance with the AWS entry-level welder program.
– Structural Welding I
6
  OEWT 110OEWT 110: Blueprint Reading Welding) - 3 cr.
Interpretation of prints related to welding. Emphasis on AWS standard symbols for welding, brazing, and nondestructive examination.
– Blueprint Reading Welding)
3
  OEWT 120OEWT 120: Basic Metallurgy - 3 cr.
Properties of ferrous and nonferrous materials. Service conditions and heat treatment of metals related to welding trade. Prerequisites: OEWT 100 or consent of instructor.
– Basic Metallurgy
3
  OEWT 125OEWT 125: Introduction to Pipe Welding - 3 cr. (2+2P)
Pipe fit-up and welding techniques for pipe fittings and pipe weld joint using SMAW, GMAW, and GTAW. Out-of-position fit-up and welding of pipe. Prerequisites: OEWT 100, OEWT 130, and OEWT 140, or consent of instructor.
– Introduction to Pipe Welding
3

OEWT 130OEWT 130: Introduction to GMAW MIG) - 3 cr. (2+2P)
Development of basic skills with gas metal arc welding (MIG) in accordance with AWS entry-level welder objectives. Wire electrodes, shielding/purge gases, and modes of metal transfer.
– Introduction to GMAW MIG)
3
  OEWT 140OEWT 140: Introduction to GTAW TIG) - 3 cr. (2+2P)
Development for basic skills with gas tungsten arc welding (TIG) in accordance with AWS entry/advanced welder objectives. Welding mild steel, tungsten electrode preparation, filler wire selection, and equipment set-up.
– Introduction to GTAW TIG)
3
  OEWT 150OEWT 150: Pipe Welding II - 3 cr. (2+2P)
Continuation of OEWT 125; with fillet and groove welded joints in a horizontal fixed and 45-degree fixed positions (5-F, 5-G, 6-F, 6-G). Prerequisite: OEWT 125.
– Pipe Welding II
3
  OEWT 160OEWT 160: Introduction to SAW and FCAW - 3 cr. (2+2P)
Submerged arc and flux-cored arc welding. Demonstrations and practice with both hand-held and machine travel submerged arc welding (SAW). Flux-cored arc welding (FCAW) on mild steel plate and pipe.
– Introduction to SAW and FCAW
3
  OEWT 170OEWT 170: Welded Fabrication - 3 cr. (1+4P)
Development of fabrication skills including basic layout, measuring, and utilization of various welding processes including out-of-position welding. Use of common shop tools. Prerequisites: OEWT 100, OEWT 110, OEWT 130, and OETS 104 or OETS 118.
– Welded Fabrication
3
  OEWT 180OEWT 180: GTAW II - 3 cr. (2+2P)
Continuation of OEWT 140. Development of more advanced GTAW skills. Emphasis on pipe welding with mild steel, stainless steel, and aluminum. Prerequisite: OEWT 140 or consent of instructor.
– GTAW II
3
  OEWT 211OEWT 211: Welder Qualification - 6 cr. (3+6P)
Laboratory and classroom instruction on AWS and ASME Welder Performance Qualification Tests. All position plate and pipe techniques and tests for SMAW, GMAW, GTAW, FCAW, and SAW. Nondestructive and destructive examination methods. Basics of welding codes. Prerequisites: OETS 104 or OETS 118; and OEWT 100, OEWT 110, OEWT 120, OEWT 130, OEWT 140, OEWT 160 and OEWT 180 or consent of instructor. Restricted to majors.
– Welder Qualification
6

Certificate (46-48 credits)

Students must receive a C or better in all required OEWT courses.


Related Requirements      7-9 Credits
  BMGT 201BMGT 201: Work Readiness and Preparation - 2 cr.
Instruction in methods of selection, seeking, acquiring and retaining employment. Addresses work success skills, business etiquette, employer expectation and workplace norms. Restricted to: Community College campuses only.
– Work Readiness and Preparation
2

OETS 102OETS 102: Career Readiness Certification Preparation - 1-3 cr.
This course is designed to prepare students to successfully obtain Career Readiness Certifications in all areas and at the appropriate levels for their program of study. Graded: S/U only.
– Career Readiness Certification Preparation
1-4
  OETS 104OETS 104: Basic Mathematics for Technicians - 4 cr.
Fundamental mathematical concepts and computations including measurement, ratio and proportions, and pre-algebra as it relates to technical programs. Prerequisite: appropriate placement test score.
– Basic Mathematics for Technicians
4

Technical Requirements      39 Credits

All courses listed under “Technical Requirements” in the Welding Technology associate degree program. 39