Morteza Sadat-Hossieny, ST 226, (859) 5762 or (859) 572-1549
Visit the Engineering Technology Web site at http://
engtech.nku.edu/index.php PRE-ENGINEERING PROGRAM
Engineering is the profession in which the knowledge of the math-ematical and natural sciences gained by study, experience, and practice is applied with judgment to develop ways to utilize economically the materi-als and forces of nature for the benefit of mankind. (ABET, Inc., 2002)
Hence, engineering and the practice of engineers refer to activities that involve the beneficial application of scientific knowledge to the solu-tion of problems. Notice that this applicasolu-tion includes economic consid-erations, uses of materials, e.g., resources, and the forces of nature.
Additionally, engineering is a profession. Webster notes that a profession is “the body of people in a learned occupation.” Engineers have a special-ized charge of using knowledge, experience, and creativity, to tackle and systematically design solutions to challenges and/or problems.
The student who graduates with a B.S. degree in engineering will complete study of mathematics courses through differential equations, basic classes in chemistry and calculus-based physics, and the normal set of general education classes during the whole of the first two years of col-lege. During the second year the engineering student will start the study of course work, e.g., statics, dynamics, that bridges the gap between these basic sciences and the engineering applications of the knowledge of the basic sciences,. The last two years will be completed at a campus such as the University of Kentucky or the University of Louisville. These last two years of courses are largely devoted to study of engineering applications of science and mathematics to the matters of the student’s chosen engi-neering discipline through special classes in the discipline. These courses involve design of solutions culminating with a senior design course and project that are specific to the discipline.
Typical Course Sequence Taken in Preparation to Transfer to a Bachelor of Science in Engineering Degree Program at the Third Year using the Articulation Agreement with the College of Engineering at the University of Kentucky
(This plan generally applies for transfer to any college of engineer-ing that operates on semester hour credit system) *
* This sequence assumes the first-time enrollee is prepared to start mathematics in calculus upon enrollment for the first semester of college.
Students who are not prepared to start in calculus will see this sequence of courses delayed with more general education courses in the first semes-ter(s) of their engineering education.
Alternative Course Selections
For Students Planning to Major in Bio-systems/agricultural, Chemi-cal, or Materials Engineering *
First Semester
PHY 100 Introduction to Science, Engineering and Design 1
MAT 129 Calculus I 4
PHY 220 University Physics I 4
ENG 101 College Writing 3
CMST 101 Principles of Speech Communication 3 Second Semester
MAT 229 Calculus II 5
PHY 222 University Physics II 4
CHE 120 General Chemistry I 3
CHE 120L General Chemistry I Laboratory 1
EGT 212 Computer-Aided Drafting and Design 3 Third Semester
MAT 329 Calculus III 4
PHY 224 University Physics III 4
PHY 305 Statics 3
ENG 291 Advanced College Writing 3
General Education Course 3
Fourth Semester
MAT 325 Differential Equations 3
PHY 310 Dynamics 3
ECO 200 Principles of Macroeconomics 3
General Education Course 3
General Education Course 3
First Semester
PHY 100 Introduction to Science, Engineering and Design 1
MAT 129 Calculus I 4
CHE 120 General Chemistry I 3
CHE 120L General Chemistry I Laboratory 1
CMST 101 Principles of Speech Communication 3 Second Semester
MAT 229 Calculus II 5
PHY 220 University Physics I 4
CHE 121 General Chemistry II 3
PRE-ENGINEERING AND
ENGINEERING TECHNOLOGY
** Additional chemistry courses in analytical or physical chemistry may be advantageous but are not required for successful transfer.
Transfer and Degree Completion
NKU has transfer programs with the College of Engineering at the University of Kentucky and with the Speed Scientific School at the Uni-versity of Louisville. Students may elect to transfer to other schools or colleges of engineering. Grades of C or better are required for successful transfer of credit. The Director of Pre-Engineering will assist in the trans-fer for all pre-engineering students.
At UK, ABET accredited degrees are offered in the fields of bio-systems and agricultural, chemical, civil, computer, electrical, materials, mechanical, and mining engineering at the bachelor's degree level. At U of L in the Speed School, degrees are offered in chemical, civil, electrical, industrial, and mechanical engineering degrees, but ABET accredited degrees at the master's level in these fields.
These transfer programs from NKU to engineering degree programs generally require at least two years of study at NKU and transfer to the degree program at the institution of choice for two or more years of study.
NKU also offers the opportunity for students to take three years of study at NKU then transfer so that at the time that the bachelor-level (B.S.) degree in engineering is earned, a Bachelor of Arts degree in physics or chemistry may be awarded from NKU.
A shared cooperative education program with UK is available. The enrolled student works full-time and enrolls full-time in classes during alternating semesters/sessions. Cooperative education credit earned at NKU may be transferred to other schools.
ENGINEERING TECHNOLOGY
Engineering technology is the profession in which knowledge of mathematics and natural sciences gained by higher education, experience, and practice is devoted primarily to the implementation and extension of existing technology for the benefit of humanity.
Engineering technology education focuses primarily on the applied aspects of science and engineering aimed at preparing graduates for prac-tice in that portion of the technological spectrum closest to product improvement, manufacturing, construction, and engineering operational functions. (ABET, Inc., 2002)
The engineering technology degree programs offered at NKU are four-year programs leading to bachelor of science degrees in the respec-tive fields of engineering technology. All University requirements including general education must be met for graduation.
Graduates may pursue registration/licensor as a professional engi-neering technologist in states which offer such registration upon
comple-tion of the degree requirements, successful execucomple-tion of the requisite tests, and a period of supervised practice.
Mechanical and Manufacturing Engineering Technology (MMET)
Mechanical and Manufacturing Engineering Technology (MMET) bachelors degree focuses on the relationship between design and perfor-mance of parts and products. It also focuses on different manufacturing methods and practices vital in the production of high-quality devices.
Mechanical and manufacturing engineering technology graduates will be prepared to create efficient solutions to problems in design, material applications, processes analysis, computer applications, quality assurance, quality control, product testing and analysis, automated fabrication and assembling, and the management of production.
This bachelor’s degree program is designed to provide students with the knowledge and skills needed to succeed as technical participants in today’s industrialized society. Modern industrial societies are centered on the successful production, distribution, and utilization of mechanized devices and techniques. Robust design methods are pivotal in the manu-facturability, performance, and economic feasibility of these devices.
Together with study of the basic engineering principles, design is the cor-nerstone of the mechanical and manufacturing technology degree pro-gram.
The MMET program is accredited by the Technology Accreditation Commission, ABET Inc., 111 Market Place, Suite 1050, Baltimore, MD.
Support Requirements (Those marked * will also fulfill General Education Program Requirements)
CHE 121L General Chemistry 3
EGT 212 Computer-Aided Drafting and Design 3 Third Semester
MAT 329 Calculus III 43
PHY 2214 University Physics II 4
CHE 310 Organic Chemistry I 3
CHE 310L Organic Chemistry I Laboratory 1
PHY 305 Statics 3
Fourth Semester
MAT 325 Differential Equations 3
ENG 291 Advanced College Writing 3
CHE 311 Organic Chemistry II 3
CHE 311L Organic Chemistry II Laboratory 1
PHY 224 University Physics III 4
General Education Course 3
CHE 120 General Chemistry I* 3
CHE 120L General Chemistry Laboratory* 1
MAT 119 Pre-calculus Mathematics* 3
MAT 129 Calculus I 4
MAT 227 Calculus B 3
STA 205 Introduction to Statistical Methods 3
PHY 211 General Physics with Laboratory I 5
PHY 213 General Physics with Laboratory II 5
INF 120 Elementary Programming 3
MMET Core Requirements
EGT 116 Introduction to Industrial Materials and Processes 3
EGT 161 DC Circuit Analysis 3
EGT 211 Quality Control 3
EGT 212 Computer-Aided Drafting and Design 3
EGT 261 Engineering Materials 3
EGT 265 Manufacturing Processes and Operations 3
EGT 300 Statics and Strength of Materials 3
EGT 301 Cooperative Education in Engineering Technology 3 EGT 310 Project Management and Problem Solving in
Technology
3
EGT 318 Introduction to Nano-Technology 3
EGT 320 Rhobotic Systems and Material Handling 3
EGT 340 Applied Dynamics 3
EGT 361 Fluid Power 3
EGT 365 Tool Design and Computer Numerical Control 3
Manufacturing Processes Certificate Program
This program provides hands-on expertise in manufacturing pro-cesses, enabling individuals to perform material processing tasks and achieve higher levels of performance to advance in their industrial profes-sions.
Manufacturing Process Certificate is a component of the Mechani-cal & Manufacturing Engineering Technology B.S. degree program. It is designed to meet the industrial workforce development needs in the Greater Cincinnati area. Completion of the following 21 semester hours is required for this certificate program.
EGT 116 Introduction to Industrial Material/Processes 3
MAT 119 Pre Calculus 3
EGT 161 Industrial Electricity and Electronics 3 EGT 212 Computer Aided Drafting & Design 3 EGT 265 Manufacturing Processes and Operations 3 EGT 365 Tool Design and Computer Numerical Control 3
EGT 412 Advanced CAD 3
Applied Research and Development Opportunities
Applied research-and-development (R and D) is an option for the undergraduate students of EET and MMET. Current undergraduate research and development projects include autonomous ground vehicles, automated industrial robotics and material handling systems, tool and fix-ture design projects using Computer Numerical Controlled and Computer Aided Manufacturing methods. The EET and MMET programs utilize 8,360 square feet of laboratory space. Students have access to advanced equipment such as mechanical testing load frames, Coordinate Measuring Machines (CMM), CNC machines, a Rapid Prototype machine, a six-axis Fanuc and various other industrial grade robotics for their research projects. EGT programs utilize the latest CAD, CAM, and CAE software such as Pro-Engineer, Inventor, and MasterCAM for teaching and projects. Engineering Technology students participate in an annual mini-baja project to design and build a race vehicle. This project included R
and D aspects of design, manufacturing processes, machining, selection and optimization of engines, bio-fuel experiments, aerodynamic body design, and instrumentation and control for these vehicles. Undergradu-ate students may use these projects as their senior design project in order to meet their degree requirements. Projects for product testing, designed and built by the student and sponsored by co-op employers, can use instrumentation, simulation, and control such as National Instruments LabView and Multisim. The industrial sponsor gets a useful system, and the student gets an excellent senior design project. Potential future projects include nanotechnology-based bio-fuel, nanotextured surfaces for biomedical applications, and nanotextured surfaces for field electron emission.
Certification Program in Automated Manufacturing Pro-cesses and Systems
Mazak Corporation and Northern Kentucky University have formed a partnership that serves as a model of industrial/educational cooperation.
This program opens new manufacturing career opportunities to Northern Kentucky students. This collaboration teams NKU faculty members with the trainers and facilities of Mazak’s Industrial Manufacturing Labora-tory. NKU has created collaborative arrangements with business and industries in the Northern Kentucky and greater Cincinnati area. The NKU faculty is committed to quality education and training needed by individuals to function effectively in a technological environment. Mazak Corporation is committed to serve as a model corporate citizen supporting programs that advance the manufacturing industry and improve the learn-ing environment for manufacturlearn-ing students.
Course Requirements for the Certification Program in Automated Manufacturing Processes and Systems
NKU campus Courses (9 credits)
EGT 161 Industrial Electricity and Electronics 3 EGT 212 Computer Aided Drafting and Design 3 EGT 265 Manufacturing Processes and Operations 3 Specific General Education courses required for this program:
PHI 210 Ethics of Information Technolgoy 3 PSY 201 Psychology of Race and Gender 3 Mazak-based Courses (12 Credits)
EGT 320 Robotic Systems and Material Handling* 3 EGT 301 Cooperative Education in Engineering Technology* 3 EGT 386 Electromechanical Instrumentation and Control* 3 EGT 365 Tool Design & Computer Numerical Control* 3
*These courses will be designed and team-taught by NKU staff and Mazak assigned personnel. All courses can be applied to the NKU MMET Bachelor’s degree total requirements for graduation.
Technological Leadership and Innovation Certificate (21 Credits)
EGT 211 Quality Control 3
EGT 318 Introduction to Nano-Technology 3 EGT 321 Productivity Management, Scheduling & Planning 3
ENTP 300 New Venture Creation 3
ENTP 333 New Venture Management 3
LDR 305 Human Relations in Organizations 3
LDR 308 Leadership in Organizations 3
ELECTRONICS ENGINEERING TECHNOLOGY (EET) This bachelor’s degree program is designed to prepare graduates for both technological and managerial responsibilities in industry. The elec-tronics engineering technologist can provide direct technical assistance to scientists and engineers. Hands-on education coupled with strong devel-opment of analysis and design skills sets apart the Electronics Engineer-ing Technology program. Graduates gain skills to analyze, design, apply, and troubleshoot systems with electronic, digital, analog, microcontroller,
EGT 380 Machine Design 3
EGT 417 Senior Research and Design in Engineering Technology
3
EGT 423 Planning and Design in Industrial Facilities 3
EGT 450 Thermodynamics and Heat Transfer 3
EGT 465 Automated Manufacturing Systems 3
Select one of the following three pairs of courses Metrology:
EEGT 386 Electro-Mechanical Instrumentation and Control 3 EGT 405 Metrology and Geometric Tolerancing 3 Design
EGT 412 Advanced CADD 3
EGT 426 Applied Finite Element Modeling 3
Quality
EGT 321 Productifvity Management, Scheduling and Planning
3
EGT 341 Integrated Resource Management 3
Students interested in obtaining an APICX (1) or an ASQ (American Society for Quality) (2) certificate should take EGT 260, EGT 321, and EGT 341S
LDR 308 Leadership in Quality Environment 3
EGT 411 Quality Assurance and Auditing 3
software, and mechanical components. The combination of practical and theoretical education lead to graduates with diverse technical skills throughout a wide range of applications. Students select courses from a Technology Options group for additional education in computer science, applied technical science, or a combination of the two disciplines.
The EET program is accredited by the Technology Accreditation Commission, ABET Inc., 111 Market Place, Suite 1050, Baltimore, MD 20202-4012; phone 410-347-7700.
Electronics Technology Minor (21 semester hours)
The minor in Electronics Technology is designed to offer expertise in electronics to those students who need or want this background as a supplement to majors in technology, mathematics, computer science, information systems, radio/television or other programs that may directly or indirectly interact with electrical or electronic skills.
Transfer credit will not be accepted for the upper division course-work in this minor. Prerequisites will apply for the courses in the minor.
Grades of C or better are required for any course applied in the minor.
Minor Core Requirements (12 semester hours)
EGT 161 D C Circuit Analysis 3
EGT 343 A C Circuit Analysis 3
EGT 344 Analog Electronics 3
EGT 345 Digital Electronics 3
Technology Options Requirements (9 semester hours) Any 200, 300, or 400 level EGT course totaling 9 sem. hrs.
Support Requirements (32 semester hours)
CHE 120 General Chemistry I* 3
CHE 120L General Chemistry Laboratory 1
INF 120 Elementary Programming 3
MAT 119 Pre-calculus Mathematics* 3
MAT 128 Calculus A 3
MAT 227 Calculus B 3
STA 205 Introduction to Statistical Methods 3
PHI 210 Ethics of Information Technology 3
PHY 211 General Physics with Laboratory I 5
PHY 213 General Physics with Laboratory II 5
EET Core Requirements
EGT 161 DC Circuit Analysis 3
EGT 261 Engineering Materials 3
EGT 300 Statics and Strength of Materials 3
EGT 301 Cooperative Education in Engineering Technology 3 EGT 310 Project Management and Problem Solving in
Technology
3
EGT 343 A.C Circuit Analysis 3
EGT 344 Analgo Electronics 3
EGT 404 Signals and Systems 3
EGT 406 Industrial Electronics 3
EGT 417 Senior Research and Design in Engineering Technology
3
EGT 345 Digital Electronics 3
EGT 367 Microp;rocessors 3
EGT 448 Network Hardware 3
EGT 467 Advanced Microprocessors 3
Select any four courses from the following
INF 260 Programming I 3
INF 260L Programming Laboratory 1
CSC 360 Computer Programming II 3
CSC 362 Computer Systems 3
CSC 462 Computer Architecture 3
EGT 318 Introduction to Nano-Technology 3
EGT 340 Applied Dynamics 3
EGT 361 Fluid Power 3
EGT 450 Thermodynamics and Heat Transfer 3
Students who desire to apply to professional schools of dentistry, medicine, pharmacy, veterinary medicine, engineering, forestry, optome-try, wildlife management, or law should consult with the appropriate pre-professional adviser. Normally a student in a pre-pre-professional program who wishes to receive a degree from NKU must fulfill the requirements listed in this catalog under “Requirements for degrees.” However, under certain circumstances, the first year of work at a professional school may be applied toward the degree at NKU (see, elsewhere in this catalog,
“Transfer of credit from post-bachelor’s institutions to NKU bachelor’s programs”).
The following are the usual minimum requirements for admission to the respective professional schools (“1 semester” refers to at least 3 semester hours of credit; “1 year,” to at least 6 semester hours).
Pre-Dentistry and Pre-Medicine
Most students complete an undergraduate program before attending dental or medical school. Exceptional students may gain entrance after three undergraduate years. Students fulfilling the basic requirements below may be accepted with almost any major. Usually, dental or pre-medical students major in sciences such as biology, chemistry, or physics or in mathematics. For further details and suggested curricula, see under
“Biological Sciences” or “Chemistry” in this catalog.
1 year English composition 1 year biology with laboratory 1 year physics with laboratory
1 year mathematics (calculus & statistics) 1 year general chemistry with laboratory 1 year organic chemistry with laboratory
In their junior year, students must register with NKU’s Pre-Medical Review Board to indicate intended application to medical or dental school. Information on the Board may be obtained from students’ advis-ers.
Pre-Pharmacy
Pre-pharmacy students will normally enter pharmacy school after two years of undergraduate work. If such students remain at NKU they may readily complete a major in biology or in chemistry in their third and fourth years. For further details and suggested curricula, see under “Bio-logical Sciences” or “Chemistry” in this catalog.
1 year English composition 1 year biology with laboratory
1 year mathematics (calculus and statistics) 1 semester microbiology with laboratory 1 semester principles of economics 1 year physics with laboratory
1 year general chemistry with laboratory 1 year organic chemistry with laboratory Pre-Veterinary Medicine
Although Kentucky does not have a school of veterinary medicine, a limited number of students who are residents of Kentucky are selected to enter training in veterinary medicine at Auburn University, Auburn, Ala-bama, and Tuskegee Institute, Tuskegee, Alabama. These students are exempt from out-of-state tuition. Students generally need to have a grade-point average (GPA) of at least 3.20 to be competitive for admission.
Most students require at least three years to complete the courses required for admission to veterinary schools. For further details and sug-gested curricula, see under “Biological Sciences” or “Chemistry” in this catalog.
1 year English composition
1 year biology with laboratory 1 semester mathematics (calculus)
2 years chemistry including general chemistry and organic chemistry with laboratory
Pre-Engineering (see Pre-Engineering on page 98 for more informa-tion)
Northern Kentucky University, in conjunction with the University of Kentucky, offers students the opportunity to pursue a degree in agricul-tural, chemical, civil, electrical, mechanical, materials, or mining engi-neering. Similar arrangements exist with the Speed Scientific School at the University of Louisville. These agreements allow the same predictable transfer to UL as to UK but for a degree program that leads to Master of Engineering degree in any of chemical, civil, electrical, industrial, or mechanical engineering as well as a hybrid degree in engineering mathe-matics and computer science.
Pre-engineering students may elect to follow a three/two agreement that leads to the award of a degree in physics from NKU and the award of a degree in a field of engineering from the program and institution of choice. Alternatively, a student may elect to study at NKU for two years of course work then transfer to another institution to complete only
Pre-engineering students may elect to follow a three/two agreement that leads to the award of a degree in physics from NKU and the award of a degree in a field of engineering from the program and institution of choice. Alternatively, a student may elect to study at NKU for two years of course work then transfer to another institution to complete only