Engineering Arts

Associate Professor David Bowman, Program Coordinator

Contact the Program

Engineering Arts Program
Georgetown College
400 East College Street
Georgetown, KY 40324

Email

Special arrangements have been made by which an undergraduate student may attend Georgetown College for three years and the University of Kentucky for two years and receive degrees from both the institutions. After completing the requirements of both institutions, the student will be awarded a Bachelor of Science Degree with a major in Engineering Arts from Georgetown College and one of the following degrees from the University of Kentucky: Bachelor of Science in Agricultural, Chemical, Civil, Electrical, Mechanical Engineering, Material, or Mining Engineering.

In all cases Dual Degree students must:

  1. Have a minimum of ninety-six semester hours credited at Georgetown College.
  2. Satisfy the NEXUS program requirement.
  3. Satisfy the Georgetown College Foundations and Core requirements.
  4. Take at Georgetown College those courses specified from the list(s) below that correspond to the degree sought at the University of Kentucky. (Note that some of the Georgetown College Foundations and Core requirements will be satisfied by courses on these lists. The courses on these lists are chosen to satisfy requirements at the University of Kentucky.)
  5. Have your final Georgetown College transcript sent to the University of Kentucky (this is part of the application process to the University of Kentucky Engineering Program which effectively treats Georgetown College students as transfer students).
  6. Pass the comprehensive exam. The chemical engineering comprehensive is in math, chemistry, and physics. All other engineering comprehensives are in math and physics.
  7. Complete the chosen degree at the University of Kentucky.
  8. Have your final University of Kentucky transcript sent back to Georgetown College’s registrar’s office and apply for Georgetown College graduation.

Students matriculating to the University of Kentucky are automatically admitted to pre-engineering but will need to be admitted for engineering standing in an engineering department. The conditions for being admitted to an engineering department vary from department to department and are continually changing. The student should see an advisor involved with the engineering program for details.

Students planning to finish at the University of Kentucky must take the following courses at Georgetown College to complete the Engineering Arts major. Students must complete all courses listed in the first group and those courses listed in one of the subgroups below corresponding to the desired UK degree.

University of Kentucky College of Engineering (All)

COMM 115 Speech (U.K. requires 3 hours, but all engineering majors except EE, ME, and Materials Engineering have a 1 hour component in required courses. Note: U.K. has a 1 hour speech course.)

CSC 115 Computer Science I 3 hours
MAT 125, 225, 325 Calculus I, II, and III 9 hours
MAT 345 Differential Equations 3 hours
PHY 211 and 212 College Physics I and II 8 hours
PHY 241 Engineering Physics 3 hours
CHE 111 and 112 General Chemistry I and II 7 hours

 

University of Kentucky Agricultural Engineering

PHY 313 Thermal Physics 3 hours
PHY 317 Statics 3 hours
PHY 319 Dynamics 3 hours

University of Kentucky Chemical Engineering

CHE 113 Chemical Measurements Lab 1 hour
CHE 201 Organic Chemistry I 4 hours
CHE 331 Physical Chemistry I 4 hours
PHY 317 Statics 3 hours

University of Kentucky Civil Engineering

CHE 113 Chemical Measurements Lab 1 hour
PHY 313 Thermal Physics 3 hours
PHY 317 Statics 3 hours
PHY 319 Dynamics 3 hours
Upper Level Math Elective 3 hours

University of Kentucky Electrical Engineering

CHE 113 Chemical Measurements Lab 1 hour
PHY 313 Thermal Physics 3 hours
PHY 317 Statics 3 hours
PHY 319 Dynamics 3 hours

 

University of Kentucky Mechanical Engineering

CHE 113 Chemical Measurements Lab 1 hour
PHY 313 Thermal Physics 3 hours
PHY 317 Statics 3 hours
PHY 319 Dynamics 3 hours
Upper Level Math Elective 3 hours

Depending upon the particular engineering program chosen by the student at the University of Kentucky, there will sometimes be additional courses needed in order that the student can be accepted for Engineering Standing in the department chosen by the student. As of this writing that would include CME 200 in Chemical Engineering and EE 221, EE 222, and EE 280 in Electrical Engineering. There may also be certain engineering courses that are pre-requisites to more advanced engineering courses the student may wish to take. To assure a timely progression in the student’s chosen program, the student may wish to take some of these courses during the summer.

Click to See Career Options

 

AREA EMPLOYERS STRATEGIES

ANY ENGINEERING DISCIPLINE

  • Production
  • Sales and Marketing
  • Management
  • Consulting
  • Research and Development
  • Teaching
  • Law
  • Industry
  • Business
  • Federal, state, and local government
  • Colleges and universities
Obtain related experience through co-op or internships for business/industry-related career. MBA degree provides best opportunities in technical management. Obtain Ph.D. for optimal teaching and research careers. Develop strong verbal and written communication skills. Learn federal, state, and local government job application procedures.

AEROSPACE

  • Propulsion
  • Fluid Mechanics
  • Thermodynamics
  • Structures
  • Celestial Mechanics
  • Acoustics
  • Guidance and Control
  • Aircraft, guided missile, and space vehicle industries
  • Communications equipment manufacturers
  • Commercial airlines
  • Federal government departments: Defense, National Aeronautics and Space Administration (NASA)
  • Business and engineering firms
Discipline uses cutting edge technology to deal with challenges of aeronautics, space, mass transportation, environmental pollution, and medical science. Keep abreast of status of federal funding for defense and space programs. Seek co-op opportunities. Develop effective verbal and written communication skills. Learn to work well within a team.

BIOSYSTEMS ENGINEERING

  • Natural Resources: Soil and Water Conservation
  • International Consulting
  • Environmental Control
  • Agricultural Structures
  • Power and Machinery
  • Electronic Systems
  • Food Engineering
  • Genetic Engineering
  • Engineering Technology
  • Technological agricultural industries
  • Land grant universities:
  • Experimental farm stations, Research laboratories
  • Consulting firms
  • Equipment design, testing, and manufacturing firms
  • Equipment and food industries including processing, packaging, and storing
  • Quality control for food, feed, fiber, etc.
  • Biotechnology research firms
    Foreign Service
A broad, basic engineering discipline with a close relationship to the environment, food production, and agricultural productivity.
Participate in internship or co-op programs. Acquire strong computer skills. Learn a foreign language for work in foreign service. Develop strong math and problem solving skills.

BIOMEDICAL

  • Bioengineering: Design, Development, Manufacturing
  • Medical Engineering: Instrumentation, Materials, Diagnostic/Therapeutic Devices, Artificial Organs, Medical Equipment
  • Rehabilitation Engineering
  • Bio-environmental Engineering
  • Manufacturers of medical and surgical devices
  • Hospitals and healthcare facilities
  • Federal government: Regulatory agencies, Veteran’s Administration, National Institutes of Health, National Aeronautics and Space Administration (NASA)
    Industry
  • Research facilities of educational and medical institutions
Discipline combines engineering and human anatomy to develop and maintain medical and healthcare systems and equipment. Develop strong team work skills. Many positions require a graduate or professional degree. Serves as a good background for medical school.

CHEMICAL

  • Administration
  • Design and Construction: Project Engineering, Control Systems, Field Engineering, Process Engineering, Operations/Production
  • Environmental and Waste Management: Development, Design
  • Independent research institutes
  • Consulting organizations
  • Chemical industry including: Agricultural chemicals, Plastics, Industrial chemicals, Petroleum, Pharmaceutical, Cosmetic, Food processing, Atomic energy development, Environmental
  • Federal government including: Department of Energy, Environmental Protection Agency
  • Manufacturing plants including automotive, airplane, paper, microelectronics, textiles, metals, rubber, food, and beverage
Combines science of chemistry with discipline of engineering to solve problems and develop efficiency. Develop exceptional interpersonal skills. Acquire technical work experience during college years.

CIVIL

  • Structural
  • Urban and Community
  • Planning
  • Construction
  • Environmental
  • Water Resources
  • Transportation and Pipeline
  • Geotechnical
  • Photogrammetry, Surveying and Mapping
  • Materials
  • Construction industry
  • Engineering or architectural firms
  • Utility companies
  • Oil companies
  • Telecommunications businesses
  • Manufacturing companies
  • Consulting firms
  • Railroads
  • State and federal government agencies
Broad discipline of “doers” providing service to the community through development and improvement. Works extensively with other professionals involved with the community. Provides opportunity to work outdoors. Learn to work well within a team. Develop strong communication and interpersonal skills. Develop physical stamina for outdoor work. Get experience in organizing and directing workers and materials. Ability to visualize objects in three dimensions is helpful. Demand has remained steady due to broad nature of discipline. States may require licensing or registration.

ELECTRICAL/COMPUTER

  • Power Electronics
  • Power Systems
  • Communications
  • Electronics
  • Control Systems
  • Digital Signal Processing
  • Microelectronics
  • Image Processing & Robotics
  • Computer Engineering
  • Plasma Engineering
  • Computer Vision
  • Manufacturing firms and industry including: Aeronautical/Aerospace, Automotive, Business machines, Professional and scientific equipment, Consumer products, Chemical and petrochemical, Computers, Construction, Defense, Electric utilities, Electronics, Environmental, Food and beverage, Glass, ceramics, and metals, Machine tools, Mining and metallurgy, Nuclear, Oceanography, Pulp and paper, Textiles, Transportation, Water and wastewater
  • Public utilities
  • Federal government including: Armed forces, National Aeronautics and Space Administration (NASA), National Institutes of Health, Bureau of Standards, Department of Defense, Various commissions
  • Consulting firms
  • Free-lance consulting
A field in touch with a wide and growing range of applications such as high speed and wireless communication, exploration of outer space, and a revolution in medical diagnosis and treatment. Develop effective verbal and written communication skills. Gain experience in team work. Acquire capacity for details. Develop interpersonal skills. Obtain research experience.

INDUSTRIAL

  • Operations Research
  • Applied Behavioral Science Systems
  • Manufacturing Management
  • Information Engineering
  • Computer Systems Design and Development
  • Manufacturing industries
  • Accounting firms
  • Retail distribution organizations
  • Banks and financial institutions
  • Hospitals and healthcare organizations
  • Educational and public service agencies
  • Transportation industries
  • Construction industries
  • Public utilities
  • Electrical and electronics machinery industries
  • Consulting firms
Discipline links management and operations by improving productivity through a “big picture” approach; serves human needs and works with people. Take courses in psychology, sociology and anthropology to learn more about people and how they behave. Earn an MBA for advancement in management or administration.

MATERIALS SCIENCE AND ENGINEERING

  • Metallurgy
  • Ceramics
  • Plastics/Polymers
  • Composites
  • Research
  • Extractive
  • Process
  • Applications
  • Management
  • Sales
  • Service
  • Consulting
  • Materials producing companies
  • Manufacturing companies including automobiles, appliances, electronics, aerospace equipment, machinery, medicine
  • Service companies including airlines, railroads, and utilities
  • Consulting firms
  • Government agencies: Department of Defense, National Aeronautics Space Administration (NASA)
  • Research institutes
  • Publishers
Studies properties of various types of materials and how they are made and behave under different conditions. Many positions require a graduate degree. Some areas benefited by additional study in business administration, medicine, management and/or law. Develop good communication skills. Gain laboratory and research experience as an undergraduate.

MECHANICAL

  • Mechanical Power Generation: Internal Combustion Engines, Jet Engines, Steam Power Plants, Rockets, Energy Utilization and Conservation
  • Thermal/Fluids: Thermodynamics, Environmental Control, Refrigeration, Instrumentation and Control
  • Machine Sciences: Mechanical Design, Manufacturing and Production, Robotics, Operation and Maintenance
  • Design
  • Planning
  • Operations
  • Administration
  • Regulations
  • Transportation: Automotive industry, aerospace industry, military laboratories
  • Utilities: Steam driven electric power stations
  • Equipment Design: Plants, Nuclear power stations
  • Electronics industry
  • Petro-Chemical: Drilling & production, plant operations
  • Manufacturing: Consumer products, chemical products, farm equipment, industrial equipment, paper and wood products, textile equipment
  • Consulting engineering firms
  • Private industry and businesses involved with air pollution control, industrial hygiene, radiation protection, hazardous waste management, toxic materials control, water supply, storm water and wastewater management, solid waste disposal, public health, and land management
  • Private engineering consulting firms
  • Construction firms
  • Research firms
  • Testing laboratories
    International organizations
Takes broad outlook on solving complex problems. Involves design, development and production. Keeps pace with technology. Acts as an interface between society and technology. Obtain related experience through internships or co-op. Take additional courses in area(s) of interest. Develop strong interpersonal and communication skills.Discipline plays vital role in reducing toxicity and pollution of water, ground and air for a better quality of life for all living things. Consider a master’s degree for advancement. Foreign language ability beneficial for international work.

NUCLEAR

  • Environment and Pollution
    Health
  • Space Exploration
  • Consumer and Industrial Power
  • Food Supply
  • Transportation
  • Water Supply
  • Electric and gas utility companies
  • Guided missile and space vehicle companies
  • Engineering consulting firms
  • Business services including medical industry
  • Manufacturers of nuclear power equipment
  • Research facilities
  • Military services
  • Defense manufacturers
Discipline studies basic components of neutrons, protons, electrons and all matter; deals with inanimate substances.

ENGINEERING SCIENCE AND MECHANICS

  • Engineering Mechanics
  • Biomedical Engineering
  • Computational Mechanics
  • Engineering Materials
  • Industry
  • Manufacturing
  • Research organizations
Interdisciplinary program with broad training in engineering science, mathematics, and physical or biological science.

General Information

  • Bachelor’s degree provides wide range of career opportunities in industry, business, and government.
  • Graduate degrees offer more opportunities for career advancement.
  • Bachelor’s degree is good background for pursuing technical graduate degrees as well as professional degrees in Business Administration, Medicine or Law.
  • Related work experience obtained through co-op, internships, part-time or summer jobs, or regular employment is extremely beneficial.
  • Develop computer expertise within field.
  • Engineers need to think in scientific and mathematical terms, have ability to study data, sort out important facts, solve problems, and be logical thinkers. Creativity is useful.
  • Other helpful traits include intellectual curiosity, technical aptitude, perseverance, ability to communicate and work well with others, a commitment to teamwork, and a basic understanding of the economic and environmental context in which engineering is practiced.
  • Develop excellent verbal and written communications skills including presentation and technical report writing.
  • All states and the District of Columbia require registration of engineers whose work may affect the life, health, or safety of the public.
  • Professional or technical societies confer certification in some areas.
  • Join related professional organizations.
  • Most fields offer overseas opportunities with businesses or government agencies.
  • Because of rapid changes in most engineering fields, both continued education and keeping abreast of new developments are very important.
  • Most states require an EIT (Engineer-In-Training) test before taking a state examination to become a Professional Engineer (PE).
  • Search the Internet for additional information about individual disciplines.

Helpful Links

Prepared by the Career Planning staff of Career Services at The University of Tennessee, Knoxville.
(2005) UTK is an EEO/AA/Title VI/Title IX/Section 504/ADA /ADEA Employer



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Georgetown College admits students of any race, color and national or ethnic origin.