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Utilities Technology

Overview
Curriculum
Faculty
Cost
Scholarships
Requirements

Overview

The utilities industry is one of the most technologically intensive segments of today’s economy. The utility worker who is well-rounded with knowledge of different types of utilities and skills will find success in many areas. Mitchell Tech is addressing this industry need by combining the curricula of existing programs to offer an AAS degree in Utilities Technology.

COMBINATION DEGREE

Students who complete a combination of any two programs:

Power Line Construction and Maintenance
Heating & Cooling Technology
Drone Aviation & Geospatial Technologies

Will be awarded an AAS degree. Graduates of this program will find many employment opportunities with utility providers.

Students are expected to conform to Mitchell Tech’s Drug Testing Policy while enrolled in the Commercial Driving course. See the MTC Catalog and Student Handbook for details. Any student who enrolls in Commercial Driver training must obtain a South Dakota driver’s license to complete the CDL training course. A Class A CDL is a graduation requirement for this program. See the Course Description for TRAN 100 for a full explanation.

Please Note: Students planning to obtain an AAS degree in Utilities Technology MUST complete the CDL requirement during their first year of enrollment.

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Curriculum

Award: AAS Degree

Semesters

Students pursuing Utilities Technology will need to complete a combination degree of any two programs: Power Line Construction & Maintenance, Heating & Cooling Technology, or Drone Aviation & Geospatial Technologies.

First Semester

HV101 > Electrical FundamentalsBasics of electricity. Direct current (DC), alternating current (AC), electrical laws and symbols, circuit fundamentals, and the use of test equipment is taught. Electrical fundamentals related to heating, ventilation, air conditioning and refrigeration systems is emphasized. Projects are assigned using computer simulation programs and laboratory trainers.3 credits

HV111 > Heating Fundamentals3 credits

HV121 > Air Condition Refrigeration Fund2 credits

HV151 > Air Condition Heat Refrig Lab I4 credits

CPR100 > First Aid, CPR and AED0.5 credits

OSHA101 > OSHA 10 ConstructionAn overview of OSHA (Occupational Safety and Health Administration) standards focusing on hazard recognition and injury and illness prevention. The 10-hour construction program is intended to provide entry-level construction workers with awareness of hazards in and around the construction work site. Emphasis is placed on recognition and prevention and helps create a culture of safety. Upon successful completion the student will receive OSHA 10 certification.1 credit

SSS100 > Student SuccessProvides a foundation for gaining the knowledge, skills and attitudes necessary for college success. Students will learn to make a successful transition to higher education by setting up a pattern of success that will last the rest of their lives. Students will define goals and develop thinking skills, learning strategies and personal qualities essential to both academic and career success.1 credit

> Communications Elective3 credits

Total Semester Hours17.5 credits

In addition to the technical courses required in the program, the student seeking an AAS degree must also complete 16 credits of general education courses as outlined in the general education section of this document

Second Semester

HV122 > Sheet Metal Tech LabBasic sheet metal and fittings. Use of sheet metal hand tools and equipment is taught. Procedures for duct layout and sheet metal terminology is reviewed. Use, maintenance and operating adjustments of sheet metal shop equipment. Pattern layout, fabrication, use of hand tools and assembly procedures are covered.3 credits

HV132 > Heating Refrigeration Theory4 credits

HV142 > HV Controls Heat Pumps3 credits

HV152 > Air Conditioning Heating Ref Lab II4 credits

> Math Elective3 credits

Total Semester Hours17 credits

Third Semester

PAT100 > Intro to GPS TechnologiesThis course provides an introduction to the essential principles of GPS, including GPS corrections, satellite constellations, navigation techniques, and their widespread applications in different sectors. Students will engage in practical, hands-on training, learning a variety of data collection methods using tablets, GPS devices, and Global Navigation Satellite System (GNSS) devices. This hands-on approach ensures that participants not only understand the theoretical underpinnings of GPS technology but also gain proficiency in using these tools effectively for real-world applications.1 credit

PL111 > Fundamentals of DC/AC2 credits

PL141 > Power Grid Design2 credits

PL150 > Field Training I2.5 credits

PL151 > Construction of Underground Lines2.5 credits

PL181 > Field Safety IThis course prepares students for the demands of the electrical linework industry by providing hands-on practice in technical and safety skills. Participants will gain comprehensive experience in the safety responsibilities associated with operating digger and bucket trucks, installing and maintaining power poles, and handling energized lines.1 credit

TRAN100 > Industrial Transportation CDLInstruction in commercial transportation. Opportunities are provided for obtaining a Class A commercial drivers license. Arrangements are made for taking the test(s) required by the state. A Class A CDL is a requirement for graduation from several programs. A valid South Dakota driver’s license is required in order to complete the CDL training course. For students enrolling in a two-year program, this course must be completed by the end of their first year. This class is offered for credit as a Pass/No Pass course. Please note: Students are required to show proof of a valid Class A CDL by the end of the 10th day of the semester in which the student is enrolled in order to drop this class.1 credit

PL152 > Construction of Overhead Lines2.5 credits

PL157 > Overhead Distribution2.5 credits

Total Semester Hours17 credits

Fourth Semester

PL120 > Transformers ConnectionsApplication of electrical formulas to practical circuits. Problems such as series and parallel circuits, solving for inductive and capacitive reactance, impedance, apparent, real and reactive power and power factor are common. Transformer, regulator, capacitor and metering applications are covered in detail in this course.2 credits

PL143 > Power Grid Design II2 credits

PL154 > Maintenance of Underground Lines2.5 credits

PL156 > Field Training II2.5 credits

PL182 > Field Safety II1 credit

PL155 > Maintenance of Overhead Lines2.5 credits

PL158 > Overhead Distribution II2.5 credits

> General Education Elective3 credits

Total Semester Hours24 credits

First Semester - Power Line Construction & Maintenance

PL111 > Fundamentals of DC/AC2 credits

PL141 > Power Grid Design2 credits

PL150 > Field Training I2.5 credits

PL151 > Construction of Underground Lines2.5 credits

PL152 > Construction of Overhead Lines2.5 credits

PL157 > Overhead Distribution2.5 credits

CPR100 > First Aid, CPR and AED0.5 credits

Total Semester Hours19.5 credits

Second Semester - Power Line Construction & Maintenance

PL143 > Power Grid Design II2 credits

PL154 > Maintenance of Underground Lines2.5 credits

PL156 > Field Training II2.5 credits

PL182 > Field Safety II1 credit

PL155 > Maintenance of Overhead Lines2.5 credits

PL158 > Overhead Distribution II2.5 credits

> Math Elective3 credits

> Written Communications Elective3 credits

Total Semester Hours21 credits

First Semester - Heating & Cooling Technology

HV111 > Heating Fundamentals3 credits

HV121 > Air Condition Refrigeration Fund2 credits

HV151 > Air Condition Heat Refrig Lab I4 credits

CPR100 > First Aid, CPR and AED0.5 credits

> Communications Elective3 credits

Total Semester Hours17.5 credits

Second Semester - Heating & Cooling Technology

HV132 > Heating Refrigeration Theory4 credits

HV142 > HV Controls Heat Pumps3 credits

HV152 > Air Conditioning Heating Ref Lab II4 credits

> Math Elective3 credits

Total Semester Hours17 credits

First Semester - Drone Aviation & Geospatial Technologies

MAP101 > Introduction to GISThis course provides an introduction to the tools and techniques involved in data creation, data integration, mapping, and spatial analysis within Geographic Information Systems (GIS). Participants will learn how to construct geodatabases to support field GPS data collection activities. Emphasizing practical experience, the course includes extensive hands-on training with ESRI’s suite of products, ensuring students gain valuable skills in applying GIS technology.4 credits

MAP102 > Principles of GPSThis course offers an introduction to fundamental GPS principles, covering topics such as GPS corrections, satellite constellations, navigation, and the primary applications across industries. Participants will gain hands-on experience in diverse data collection techniques through practical exercises with various GPS devices. Additionally, the course will demonstrate workflow procedures and the implementation of geodatabases, aligning with industry standards and practices.2 credits

MAP105 > UAS Operation2 credits

MAP110 > CAD IThis course provides an introduction to computer-aided drafting (CAD) software tailored for specific technological applications. It focuses on mastering the software’s command structure and adhering to drafting standards relevant to particular technical domains. By the end of the course, students will be equipped to produce and plot basic drawings.2 credits

MAP130 > Leveraging Artificial IntelligenceThis course provides a comprehensive exploration of how artificial intelligence (AI) can boost efficiency and deepen understanding across diverse applications. Students will master the use of AI-driven tools integrated into existing software and online platforms, including Grok, ChatGPT, Gemini, Claude, and more. Through hands-on practice, learners will discover how to harness these technologies to streamline workflows, analyze data, and solve complex problems. Designed for beginners and enthusiasts alike, this course equips students with practical skills to leverage AI in real-world contexts.2 credits

> Communications Elective3 credits

Total Semester Hours16 credits

Second Semester - Drone Aviation & Geospatial Technologies

MAP121 > Cloud-based GPS/GIS ApplicationsIn this course, students will engage with a variety of cloud-based geospatial tools, including but not limited to products from ESRI, Trimble, DJI, DroneDeploy, PIX4D, NIRA, and Adobe. The curriculum is designed to concentrate on the entire workflow of geospatial data handling in the cloud, covering data collection, editing, analysis, integration, management, and final product production. Emphasis will be placed on leveraging cloud technology to efficiently and effectively manage geospatial projects.2 credits

MAP122 > 3D Printing Apps in Geospatial TechThis course introduces the revolutionary integration of 3D printing with geospatial technologies, offering students hands-on experience in creating physical models from geographical data. As the demand for sophisticated visualization and analysis tools in fields like urban planning, environmental science, and disaster management increases, understanding how to translate digital spatial information into tangible models becomes invaluable. This course will bridge the gap between theoretical geospatial concepts and practical application through the use of 3D printing technology.2 credits

MAP125 > GIS Problems & AnalysisBuilding on the Introduction to GIS, this course further explores the practical applications of GIS technology. It emphasizes hands-on experience in GIS modeling, analysis, and problem-solving, tailored towards real-world scenarios, including both indoor and outdoor mapping, planning, and geo-referencing. The curriculum aims to develop students’ proficiency in utilizing GIS to address and solve intricate geographical challenges, equipping them with advanced skills for creating effective solutions in a variety of contexts.4 credits

MAP128 > Remote SensingThis course concentrates on the acquisition, application, interpretation, and development of data collected remotely. Students will gain hands-on experience using a range of high-end industrial and consumer drones for flight operations and data collection. Access to leading software and tools such as ESRI, DroneDeploy, Pix4D, and Adobe will enable students to generate data, video products, and mapping solutions that align with current industry needs. Additionally, the course prepares students to take the Remote Pilot Certified Small UAS exam, aiming to qualify them as commercially certified Part 107 drone pilots.3 credits

MAP140 > Drone Aviation and Geospatial LabThis hands-on course immerses students in the practical application of geospatial technologies, integrating Drones, CAD, GIS, GPS, surveying/mapping, 3D modeling, and video editing into collaborative, real-world projects. The course emphasizes interdisciplinary workflows and cutting-edge tools to solve complex spatial problems and produce professional-grade deliverables.Students will engage in every stage of a geospatial project, from data collection using GPS devices and drone flights to data integration and visualization with CAD, GIS, and 3D modeling software. They will also learn to communicate results effectively through video editing and multimedia storytelling, showcasing the full lifecycle of geospatial analysis.2 credits

CIS107 > Spreadsheet ConceptsDetailed instruction on the use of Microsoft Excel covering beginning, intermediate, and advanced concepts. Concepts covered include working with formulas and functions; creating and formatting charts graphs and pivot tables/pivot charts; sorting and filtering lists; data consolidation between multiple worksheets and workbooks; and importing and exporting of data.3 credits

> Math Elective3 credits

Total Semester Hours19 credits

Requirements

CDL Requirements

Students are expected to conform to Rules for Programs with Required Drug and Alcohol Testing while enrolled in this program. See the MTC Catalog and Student Handbook for details. Any student who enrolls in Commercial Driver training must obtain a South Dakota driver’s license in order to complete the CDL training course. A Class A CDL is a graduation requirement for this program. See the Course Description for TRAN 100 for a full explanation. Students planning to obtain an AAS degree in Utilities Technology MUST complete the CDL requirement during their first year of enrollment.

Admission Requirements

MTI recommends that applicants to this program obtain a physical examination for their safety and protection. Applicants to this program need to be able to perform physical activities that require considerable use of arms and legs and moving the whole body, such as climbing, lifting, balancing, walking, stooping and handling of heavy materials.

Computer Requirements

Students enrolling in UT-HCT or UT-GPS will need an MTC-issued laptop computer. Those enrolling in UT-PL or UT-NG may provide their own laptop computer as long as it meets these minimum specifications:

Processor – Intel Core i Series (i3, i5, i7) or AMD Ryzen
Operating System – Windows 10
Webcam Recommended
Memory – 4 GB or more
Internal Storage – 64 GB or more
Microsoft Office is available at no charge as long as enrolled at MTC.
NO APPLE/MAC COMPUTERS

Outcomes

High demand, high skill, high wage occupation
Nearly half of the utilities workforce will be nearing retirement age within the next 10 years, resulting in excellent opportunities for qualified entrants
Persons with advanced technical education will have the best employment opportunities

Faculty

Devon Russell

Program Coordinator / Instructor

Cost

Please Note: Costs (approximately $9,000-$11,000 in tuition and fees annually) for this program are factored according to individual educational plans. Students will receive final costs at the time of course registration each semester.

Scholarships

Mitchell Tech offers a variety of scholarships to qualified applicants. The application period runs from October 1 through November 1 for current students and January 1 through March 31 for incoming students.

Other Related Programs

If you’re interested in Utilities Technology, you might also be interested in these other energy production/transmission, construction, manufacturing, and engineering programs at Mitchell Tech.

Utilities Technology

Overview

COMBINATION DEGREE

Curriculum

First Semester

Second Semester

Third Semester

Fourth Semester

First Semester - Power Line Construction & Maintenance

Second Semester - Power Line Construction & Maintenance

First Semester - Heating & Cooling Technology

Second Semester - Heating & Cooling Technology

First Semester - Drone Aviation & Geospatial Technologies

Second Semester - Drone Aviation & Geospatial Technologies

Requirements

CDL Requirements

Admission Requirements

Computer Requirements

Outcomes

Faculty

Cost

Scholarships

Other Related Programs

Utilities Pipeline Technology

Architectural Design & Building Construction

Automation Controls / SCADA

Electrical Construction & Maintenance

Electrical Utilities & Substation Technology

Drone Aviation & Geospatial Technologies

Heating & Cooling Technology

Power Line Construction & Maintenance

Welding Engineering Technology

Machining & Manufacturing

Get Ready

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