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Level 2 Certification

   The Level 2 certification is an extension of the level 1 certificate that includes the full classes from level 1 rather than selected topics. At the completion of level 1 the student will have a full perspective into the field of Wind Energy and an entry level knowledge of Basic Electricity, Hydraulic, and Electro-Mechanical principles. Level 2 extends this knowledge by introducing the concepts of Advanced Electronics and Industrial Automation and Control.
   The certificate program is designed to not only allow the student to move more quickly into the workplace but also prepare them for specialized training in the repair of turbine equipment and diagnosis of electrical component failure.

 


Corporate Development

Length: 16 wks
Hours: 96
Credit: 3

   An exploration of the aspects of both professional and personal skills and characteristics. This course will help the student develop a strong, professional demeanor and ethics while also assisting them with their inter-personal skills.


Principles of Wind Energy

Length: 16 wks
Hours: 48
Credit: 3

   Introduction to the principles and terminology of the wind industry. The student will also be familiarized with the components and structure of both wind turbines and wind parks.

 


Electricity Principles

Length: 16 wks
Hours: 96
Credit: 4

   A detailed look at electricity and how it is used. Principles such as Ohm's Law and Power theory will also be covered so that the student will not only be capable of working with electrical power systems, but will also understand the underlying mechanisms and their applications.


Computer Applications I

Length: 16 wks
Hours: 96
Credit: 3

   An introduction to basic computer hardware, software, and operating systems. Students will not only cover computers as individual processors, but will explore computer communities called networks and how they are structured to facilitate the sharing of information and resources.

 


Basic Fluid Power

Length: 16 wks
Hours: 96
Credit: 3

   An overview of using fluid based systems, also known as hydraulics, to produce kinetic force in mechanical systems. The student will be fully grounded in the devices and terminology utilized in fluid power and its underlying principles such as Pascal's and Boyle's law.


AC/DC Circuits

Length: 16 wks
Hours: 96
Credit: 4

   An in-depth study of the two basic types of electricity and their specific usage and applications. This course is an extension of Principles of Electricity in that it guides the student to an understanding of the practical applications of the principles they have already learned.

 


Industrial Automation

Length: 16 wks
Hours: 128
Credit: 4

   A discourse on the structure and application of industrial robotics and automation. The student will be introduced to the concepts of robotic operations and automated system controls.


Programmable Logic Controllers

Length: 16 wks
Hours: 80
Credit: 2

   A look at the usage and operation of industrial computers. Students will utilize their acquired knowledge in industrial automation to explore the hardware and software that makes autonomous systems operation a possibility.

 


Job Search Skills

Length: 16 wks
Hours: 16
Credit: 1

   A brief overview and exploration of the techniques necessary to assist the student in locating a position and beginning their carreer. Students will cover topics such as job searching, resume creation, and interviewing techniques.


Co-Op

Length: 16 wks
Hours: 240
Credit: 3

   An internship with a wind industry contributor. This is the capstone for the certification that is not only intended to help the student both reinforce their attained knowledge and skills but to also, hopefully, help them establish a professional network for their upcoming carreer.

 


View the full certificate documentation.

Brian Hahn

Brian Hahn
Voice:
  325-235-7352

Fax:
  325-672-4418

Email:
  brian.hahn@abilene.tstc.edu

Dan Templeton

Dan Templeton
Voice:
  325-235-7403

Fax:
  325-235-7325

Email:
  daniel.templeton@sweetwater.tstc.edu

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Flexibility is our goal!

  TSTC is partnering with local community colleges and Texas Tech University to give students a wide range of options for their education. TSTC will accept courses from other schools and programs and verify that the student is ready for work in wind industry.
  Those who wish to continue with a four year degree will find that most, if not all, of their credit will transfer to a Texas Tech degree program in energy management.