Wind Energy Technology

Agriculture Emphasis - Covers material designed for career and technical students who need to study particular mathematical topics. Topics include measurement, algebra, geometry, statistics, and graphs. These are presented at an introductory level and the emphasis is on applications. Prerequisite: Successful completion of MAT0250 or MAT0300 with a "C" grade or better or appropriate placement scores. (3-0)

Wind/Welding Emphasis - Covers material designed for career and technical students who need to study particular mathematical topics. Topics include measurement, algebra, geometry, and graphs. These are presented at an introductory level and the emphasis is on applications. Prerequisite: Successful completion of MAT0250 or MAT0300 with a "C" grade or better or appropriate placement scores. (3-0)

Focuses on the written and oral communication needs of students in vocational and technical fields. Enables the student to practice written, oral, reading, reasoning, and interpersonal communication skills in order to become successful (or to remain successful) in the workplace. (3-0)

This course introduces basic computer terminology, file management, and PC system components. Provides an overview of office application software including word processing, spreadsheets, databases, and presentation graphics. Includes the use of a web browser to access the Internet. (3-0)

Studies first aid, CDL, basic use and care of personal protective equipment, use and care of climbing equipment, daily inspection and basic use of motorized equipment. (1-3.5)

Introduces the student to the types of rigging/lifting devices used in industry. Skills include the correct use of slings and common rigging hardware, including safe loading practices and the use of ANSI hand signals. (0.5-1)

Provides an overall perspective and foundation for the person entering the industrial maintenance field. The fundamentals of machine operations commonly utilized in the process and energy industry will be presented. Maintenance personnel duties and responsibilities, general maintenance procedures, basic maintenance tools and equipment, basic fastening and securing and machine operating specifications will be covered. Emphasis will be placed upon the understanding of machine documentation. The student will be introduced to the logical process utilized in the diagnosis machinery and control system troubleshooting. Workplace safety will be stressed throughout the course. (1-3.5)

Explains the theory, operation, and maintenance of rotating equipment found in industrial environments such as gears, bearings, pumps, and compressors. Mechanical power transmission systems including direct coupling, belt drives, and chain drives are studied. Alignment techniques are practiced and related to the impact on machine vibration and equipment failures. The principals involved in the operation of centrifugal and positive displacement pumps and compressors will be discussed along with the function of connected components. (1-3.5)

Provides a basic understanding of fluid power through an exploration of its fundamental principles, how it’s used in the process control industry, and how fluid power components are depicted in drawings and schematics. System inefficiencies are also covered. (1-3.5)

Introduces the basic skills needed for many careers in electronics and related fields. Covers the operations and applications of basic DC and AC circuits consisting of resistors, capacitors, inductors, transformers and diodes. Emphasizes the use of common test instruments in troubleshooting. Prerequisite: Successful completion of MAT1140 or higher with a "C" grade or better. (1-5)

Enables the student to study, construct, test, and evaluate basic industrial control systems, including AC/DC motors, stepper motors, power sources, generators, tachometers, line diagrams, and logic functions. Covers safety standards and preventive maintenance. Prerequisite: Successful completion of ELT1206 or EIC1201 with a "C" grade or better. (1-3.5)

Provides a comprehensive overview of the wind turbine generator systems. Focus will be on the power distribution and systems controls including theory, application, component identification, and schematics. Safety and appropriate Personal Protective Equipment will be emphasized in lab environment. Prerequisite: Successful completion of ELT1206 or EIC1201 with a "C" grade or better. (1-3.5)

Introduces students to standards and techniques of wind turbine technician operations, maintenance, troubleshooting, and repair. Emphasis on teamwork, safety, accuracy, and efficiency as well as basic troubleshooting techniques. Discussion will cover building, commissioning, warranty, operations and maintenance, and hotshot troubleshooting crews and work environments. Prerequisite: Successful completion of ELT1206 or EIC1201 with a "C" grade or better. (1-5)

Provides a comprehensive overview of the Wind Technician Program, giving the student a unified picture of the wind industry and the role of the wind technician. Students are further prepared for entering industry by developing their own resume, introduced to online job services, and industry organizations. Current and future wind industry niches and trends will be discussed to give the students possible career paths to look further into and plan for. Prerequisite: Permission of Chair or Instructor. (2-0)

Prepares the student for certification in CPR and Basic First Aid. Skills will include basic life support, airway obstruction, control of bleeding, shock, and patient care for the unconscious. (1-0)

Provides the student with core knowledge and skills to function in the capacity of a first responder arriving at the scene of an emergency and providing supportive care until advanced EMS help arrives. (2-1.5)

Provides an overview of the principles of management. Emphasis is on the primary functions of planning, organizing, staffing, leading and controlling with a balance between the behavioral and operational approaches. (3-0)

Outlines the skills needed to set up equipment and perform cutting and gouging operations utilizing the oxyacetylene and plasma arc cutting processes. (1-2)