Adjunct Instructor - Power & Construction Engineering
Minneapolis, MN 
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Posted 2 days ago
Job Description
Job Details
Level
Experienced
Job Location
Dunwoody College of Technology - Minneapolis, MN
Remote Type
N/A
Position Type
Faculty
Education Level
Bachelor's
 
Salary Range
Undisclosed
Travel Percentage
None
Job Shift
Day
Job Category
Education
DESCRIPTION

As the construction and utility industry continues to transform, Dunwoody College of Technology is thrilled to invite applications for an Adjunct Instructor in our new and unique Power & Construction Engineering Technology program. This program is structured to meet the demands for the utility and construction industries. Focusing on utility design and the built environment, students will graduate prepared to be an engineer in the construction arena. This is an exceptional opportunity for an experienced professional eager to share their knowledge and inspire the next generation of engineers.The program is designed to align with ABET guidelines for Construction Engineering Technology and offers a comprehensive exploration for the design, estimating and project management of large scale electrical construction and electrical utility projects.

As our adjunct instructor, you will develop the coursework to guide students through hands-on, real world projects, enabling them to develop and execute practical solutions for various types of electrical design problems . Your expertise will lead students to understand the use of the latest in industry software for large-scale electrical systems. Additionally, you will help advance an understanding of controls and protection and gain a thorough understanding of low, medium, and high voltages while teaching them the latest skills needed for a dynamic industry.

Key Responsibilities:

  • Initiate and sustain an engaging learning environment that emphasizes continuous improvement and the achievement of course learning objectives.
  • Equip students with the knowledge, skills, and ethical understanding necessary to meet industry and professional business standards.
  • Deliver hands-on training to ensure students can proficiently demonstrate the use of appropriate software for utility and construction design and estimating.
  • Develop and enhance the curriculum to reflect the latest trends and advancements in the electrical design and construction engineering field.
  • Our ideal candidate is someone with a high level of technical competency, relevant professional experience, and a passion for teaching. If you believe you can inspire our students to reach their full potential and are enthusiastic about the future of this new, innovative program, we would love to hear from you.

Potential Available Courses:

Course Name: PCET4007 Existing Buildings & Structures
Course Description: Design medium, low-voltage, and power-limited systems that integrate with existing building electrical systems employing electrical codes and standards and energy appraisals. Practical design implementation is emphasized with utilization of 2D and 3D modeling and analysis
Semester: Fall 2024
Day(s) of the week:TUES
Class Time(s):6PM-9PM *with additional online asynchronous teaching*

Course Name: PCET 4005 Integrative Field Systems
Course Description: Application of the principles of geographic information systems for electrical utility and building electrical systems with data modeling, integration methods, and various geospatial analysis utilizing 2D and 3D mapping and modeling software
Semester: Fall 2024
Day(s) of the week: online asynchronous
Class Time(s):

Course Name:PCET4006 MEP Integration
Course Description: Employing a holistic approach, integrate electrical design through coordination with mechanical and plumbing (MEP) systems into building information modeling (BIM) software for design decision-making, production of accurate documentation, predicting performance, cost-estimating and construction planning..
Semester: Fall 2024
Day(s) of the week: online asynchronous
Class Time(s):

Course Name:PCET4003 Power Protection & Controls
Course Description: Analyze the components and operation of protective devices and controls in electric utility generation stations, distribution substations, and building services and feeders. Examination of protective device functions, control systems, design perimeters, and coordination from generation to end user. Practical design implementation and coordination is emphasized with utilization of 2D and 3D modeling and analysis software.
Semester: Fall 2024
Day(s) of the week:MON/WED
Class Time(s): 6PM-9PM

CORE COMPETENCIES

  • Strategic Skills: Has the functional and technical knowledge and skills to do the job at a high level. Makes good decisions. Provides sound advice and problem solution. Provides honest and in-depth analysis on problems and issues.
  • Operating Skills: Makes decisions in a timely manner. Accepts responsibility for tasks and meets objectives and measures. Documents process, progress, and results. Is committed to continuous improvement. Works toward the most efficient and effective work processes.
  • Courage: Has difficult conversations as necessary. Faces up to people problems on any person or situations quickly and directly.
  • Energy and Drive: Is action oriented and full of energy for challenging tasks/issues. Is constantly and consistently one of the top performers.
    Steadfastly pushes self and others for results.
  • Organizational Positioning Skills: Can maneuver through complex situations effectively and quietly. Is sensitive to how people and organizations function. Anticipates where the land mines are and plans his/her approach accordingly.
  • Personal/Interpersonal Skills: Relates well to all kinds of people. Builds constructive and effective relationships. Is dedicated to meeting the expectations and requirements of internal and external customers. Supports equal and fair treatment and opportunity for all. Adheres to Dunwoodys core values. Is widely trusted - Keeps confidences and admits mistakes. Practices attentive and active listening. Is personally committed to and actively works to continuously improve him/herself.

QUALIFICATIONS
  • Experience with AutoCAD Utility design and/or MicroStation. Specifically for PCET4003
  • A master's degree in the subject they will be teaching; OR
  • A bachelor's degree and a minimum of 18 graduate credits in the subject they will be teaching; OR
  • A bachelor's degree in the subject they will be teaching and related professional licensure and related industry experience

 

Job Summary
Start Date
As soon as possible
Employment Term and Type
Regular, Full Time
Work Hours (i.e. shift)
Day
Salary and Benefits
Undisclosed
Required Education
Bachelor's Degree
Required Experience
Open
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