Purdue University first offered courses in Indianapolis in 1940 because the US Office of Education sponsored defense training programs. Students are subject to the rules and requirements of the specific Purdue University School of Engineering awarding these degrees.
Code of Student Conduct
The Student's Responsibility
ORGANIZATION AND PURPOSE
ADMISSION
Submitting an application for admission on the prescribed form including a copy of the high school records;. Submission of the completed application, including all the above points, by a deadline set by the Admissions Office.
GRADES AND GRADE REPORTS
- for Zero Credit Courses (Including thesis research but not including laboratory portions of courses in which, for purposes of scheduling,
- Incomplete, no grade: a temporary record of work which was interrupted by unavoidable absence or other causes beyond a
An instructor may require the student to obtain the dean's recommendation that the circumstances warrant an incomplete grade. If the student has not completed the required coursework by the end of the following year, the registrar will automatically change the I to an f.
- Subject to the regulations of divisions or departments, students may elect this option in any course which does not already appear on their
- The registrar's class rosters will indicate which students have elected this option
- Students who are enrolled in a course under this option have the same obligations as those who are enrolled in the course for credit with
- This option is not available to students on probation
Students enrolled in a course under this option have the same obligations as those enrolled in the course for credit with obligations as those enrolled in the course for credit with a letter grade. 34;passed the course and that any other students "did not pass and will receive r." The registrar will make an appropriate notation on students' academic records in lieu of a letter grade, but will not use the course in the calculation of grade indexes.
This option is available for a maximum of two courses in anyone semester and one course during a summer session
- The Semester Index is an average determined by weighting each grade received during a given semester by the number of semester hours of
- The Graduation Index is a weighted average of all grades received by a student while in the curriculum in which he is enrolled plus all other
Students may choose this option for no more than 20 percent of the total credit hours required for graduation. Students on probation are removed from that status at the end of the first subsequent semester in which they achieve semester and graduation indices equal to or greater than those required for students with the classification as indicated.
Dropping Students for Scholastic Deficiency
SCHOLASTIC RECOGNITION
Complete successfully all the courses to which they were assigned, with a grade of P, Cor better, except any that may have been cancelled
Complete at least 12 (FIT Load) semester hours
GRADUATION REQUIREMENTS
Substitutions for courses required for graduation may be made by the dean of the school. Students who have completed all other requirements for a bachelor's degree, but do not meet the quality requirements, may, after inspecting their records, register for additional courses with the approval of an authorized representative of the dean.
WOMEN AND MINORITIES IN ENGINEERING AND TECHNOLOGY
Students may take a maximum of nine of the 20 credit hours allowed at another approved college or university, provided the courses are approved in advance in writing by an authorized representative of the Dean of the School of Engineering and Technology. Credit in these additional courses must be established within five years of the date on which all graduation requirements except the minimum graduation index were met.
ROTC (RESERVE OFFICERS' TRAINING CORPS)
EXPENSES AND FINANCIAL AID
University Fees
SPECIAL EXAMINATION FEES
AUDITING FEES
PAYMENT PROCEDURES
CREDIT CARD
REFUNDS
For withdrawal after the third week - no refund
INSURANCE
Financial Aids
Many students who attend IUPUI are able to earn part of their expenses through part-time and summer jobs. The work-study program is available at IUPUI, and a student who has been accepted to the university can apply through Student Services.
STUDENT WELFARE
The IUPU I Placement Office offers job search assistance and maintains up-to-date information on job opportunities. In special cases, the local placement office works with placement services at the Bloomington and Lafayette campuses.
Housing
LIBRARIES
PARKING
All fees and fines collected for parking violations are restricted to the maintenance and improvement of the IUPUI parking system system-wide. Physically disabled persons may be entitled to special parking permits for blue parking areas during the period of disability.
COMPUTING CENTERS
Students should refer to the Motor Vehicle Regulation folder for complete and detailed information on IUPUI's parking policy.
AUDIO-VISUAL FACILITIES
STUDENT COUNSELING SERVICE
EVENING ADMINISTRATION
RELEASE OF PUBLIC INFORMATION
VETERANS' BENEFITS
COOPERATIVE EDUCATION
Then they work in industry during the fall semester, thus alternating work and campus studies as indicated on the line. Then they return to campus for the fall semester and alternate work periods and campus studies as indicated in Plan "B.".
TECHNOLOGY PLANS OF
STUDY
DEPARTMENTS OF TECHNOLOGY
PLANS OF STUDY
ART - Architectural Technology managed by the Department of CET - Construction Engineering Technologist) for Construction Technology CHT - Chemical Technology. Upon successful completion of the two-year program, the student receives an associate's degree in applied science.
DEPARTMENT OF COMPUTER TECHNOLOGY
ASSOCIATE DEGREE PROGRAM
COMMERCIAL OPTION
BACHELOR'S DEGREE PROGRAM
COMPUTER CONCENTRATION
CIS 300 Applied Systems Techniques CIS 381 Applied Documentation Techniques CIS 386 Computer Operating Systems II CIS 420 Numerical Methods III.
DEPARTMENT OF CONSTRUCTION TECHNOLOGY
ASSOCIATE DEGREE PROGRAMS
Graduates can also continue their education by pursuing a Bachelor of Science degree in Environmental Health in the Division of Complementary Health Sciences. Their work may be in the field or in an office or a combination of both.
Highway Technician Program
Technical electives must be upper-level courses in Architectural Technology or Construction Engineering Technology or related fields, reflecting student interest.
CHEMICAL IECHNOLOGY ASSOCIATE DEGREE PROGRAM
DEPARTMENT OF ELECTRICAL TECHNOLOGY
The student who completes the study plan and receives the degree of Associate in Applied Science is eligible to participate in the following Bachelor of Science program. The Communication and Industry programs contain two years of study (384 class hours) and the Medicine program, which contains 2 years of study (480 class hours).
DEPARTMENT OF INDUSTRIAL EDUCATION
BACHELOR'S DEGREE PROGRAMS
Professional Courses
INDUSTRIAL ARTS TEACHING
Indianapolis Campus
West Lafayette Campus
Vocational-industrial education, also known as trade and industrial education, is part of the overall Indiana program of vocational education. Vocational technical teachers must be professionally competent in one of the many skilled and technical trades found in industry in the United States.
COOPERATIVE INTERNSHIP YEAR
DEPARTMENT OF MANUFACTURING TECHNOLOGY
MECHANICAL DRAFTING-DESIGN TECHNOLOGY This program is intended to prepare senior draftsmen and junior
This program aims to prepare specialists in machine and product development, manufacturing processes, machine installation and maintenance, and solving recurring engineering problems. Graduates of the mechanical engineering technology associate degree program are eligible for certification as an associate engineering technician.
MECHANICAL TECHNOLOGY ECPD" Accredited
This program is offered by the Department of Manufacturing Technology, in cooperation with the Heating and Air Conditioning Association of Indianapolis, Inc., through the Division of Continuing Studies. The three-year program consists of six intensive technical sessions (32 hours of instruction in each session).
DEPARTMENT OF RESTAURANT, HOTEL AND INSTITUTIONAL MANAGEMENT
School of Consumer and Family Sciences
DEPARTMENT OF SUPERVISION
SUPERVISION
Non-Technical Support Area Electives (12-18 hours) (Some of the most applicable courses listed) BUS A201 - Introductory Management Accounting I. Technical Support Area Electives (12-18 hours) (Some of the most applicable courses applicable listed) MA 150 - Mathematics for Technology.
Supervision Technology Area
General Education Area
SUPERVISION (4 yrs.)
LABOR RELATIONS ANALYST PROGRAM
ENGINEERING PLANS OF
DIVISION OF ENGINEERING PLANS OF STUDY
UNDERGRADUATE ENGINEERING PROGRAM
Future engineering practice will demand ever higher levels of intellectual achievement and leadership qualities. They must also be able to deal with situations where judgment and wisdom combined with scientific knowledge or technical skill can provide a solution.
GENERAL EDUCA nON PROGRAM
Engineers are responsible for translating the ever-growing reservoir of scientific knowledge into systems, devices, and products and engaging in the further expansion of knowledge. Engineers inevitably face decisions that cannot be made on the basis of technical skills, but require a broad and deep understanding of human values and behavior as developed by studies in the social sciences and humanities.
REQUIREMENTS FOR GRADUATION
Each engineering student must take 15 hours of general education electives from at least two unrelated sections and at least six hours from each section.
ACADEMIC REQUIREMENTS FOR BACHELOR OF SCIENCE IN ENGINEERING DEGREE
BSE)
31 III. free Electives
FRESHMAN ENGINEERING
Students intending to enroll in the bioengineering program, those planning to take advanced chemistry courses in the interdisciplinary engineering program, or those students intending to transfer to the chemical or metallurgical engineering curriculum should take the C105-C106 sequence .
RIO-ENGINEERING OPTION
CIVIL ENGINEERING OPTION
ELECTRICAL ENGINEERING OPTION
Through individual counseling, students can adjust the basic curriculum in electrical engineering to emphasize ELECTRONICS through proper selection of technical courses from the list of recommended electives that follow the basic curriculum. EE 491 Engineering Design Project EE M495 Digital System Design II EE 600 - Random Variables and Signals EE 602 Coupled System Theory EE 604 Electromagnetic Field Theory EE 606 - Solid State and Magnetic Devices EE 680 - Introduction to Modern Control Theory ME 310.
INDUSTRIAL ENGINEERING OPTION
IE 546 - Economic Decisions in Engineering IE 579 Advanced Production Control IE 666 - Production Management Analysis CSCI 543 - Discrete System Simulation.
MECHANICAL ENGINEERING OPTION
ME 501 - Statistical Thermodynamics ME 505 - Heat and Mass Transfer ME 509 - Intermediate Fluid Mechanics ME 510 - Gas Dynamics. Additional technical electives can be found in other engineering fields, as well as in chemistry, physics, and mathematics.
INTERDISCIPLINARY ENGINEERING OPTION
GRADUATE ENGINEERING PROGRAMS
ADMISSION POLICIES AND PROCEDURES
Admission
Regular Graduate Student Application
Admission is made by the Graduate Office upon the recommendation of the chair of the department of the student's area of interest. Students should be assured that the Committee on Standards in English will send a message of satisfaction to the Graduate School upon completion.
Registration
Oral and written tests - The Research School has no general requirements for oral and written tests for the Master's programme. The committee must certify to the PhD school either that the student has passed the required test at the department where his major was taken, or that the committee is satisfied with the student's performance based on a committee conference.
Eligibility
In any case, a final assessment committee, usually the advisory committee, is appointed for each candidate for the master's programme.
ELECTRICAL ENGINEERING
MASTER OF SCIENCE IN ELECTRICAL ENGINEERING The MSEE program is subject to approval by the graduate committee of
INTERDISCIPLINARY ENGINEERING MASTER OF SCIENCE IN ENGINEERING
MECHANICAL ENGINEERING
MASTER OF SCIENCE IN MECHANICAL ENGINEERING The MSME degree is subject to the approval by the graduate
INDUSTRIAL OPERATIONS MASTER OF SCIENCE
Those who need the statistics prerequisite will be able to take STAT 511 during the first year along with the graduate courses required for the Master of Science degree. STAT 519: Introduction to Applied Probability STAT 522: Sampling and Survey Techniques STAT 551: Introduction to Theoretical Statistics I STAT 552: Introduction to Theoretical Statistics II.
OTHER GRADUATE DEGREES IN ENGINEERING
Graduate business courses selected from the MBA (Master of Business Administration) program may be taken as a minor.
TECHNOLOGY COURSES
DEPARTMENT OF COMPUTER TECHNOLOGY
An overview of the organization of the construction industry and introduction to various building components and systems with an emphasis on a non-mathematical study of structural systems. The study of Western architecture, structure and building technology of the nineteenth and twentieth centuries.
ELECTRICAL ENGINEERING TECHNOLOGY
EET 490
Overview of industrial education with emphasis on its function and structure in industry and primary school. Historical, legislative and theoretical basis of industrial education; goals for the different types of schools and programs.
ENGINEERING GRAPHICS
INDUSTRIAL ENGINEERING TECHNOLOGY
A study of the basics of time study and work measurement with the practice of their use. An investigation into the development, transmission and use of energy through fluid flow circuits and controllers.
FOODS AND NUTRITION
RESTAURANT, HOTEL AND INSTITUTIONAL MANAGEMENT
Emphasis is placed on developing an understanding of the economic, legal and social factors involved in providing a safe and healthy work environment. The focus is on developing an understanding of how people learn work and work skills.
ENGINEERING COURSES
DIVISION OF ENGINEERING
AERONAUTICAL AND ASTRONAUTICAL ENGINEERING
CE 512 Introduction to Comprehensive Urban Planning Class 3 (3 cr.) An introductory course that provides a framework for better understanding the current urban planning process. CE 551 Environmental Engineering and Administration Class 3 (3 cr.) Engineering and administrative functions in the control of environmental factors that affect human health and survival.
INDUSTRIAL ENGINEERING
IE 679 Manufacturing Applications of Data Processing Class 3 (3 cr.) Must be preceded by IE 579 and a course in computer programming. IE 1690 Case Studies in System Design for Industrial Operations Class 3 (DKK 3) In-depth analysis of cases, drawn from industrial and manufacturing operations, which involve the analysis or design of integrated systems.
MATERIALS ENGINEERING
A unified treatment of the principles underlying the fluid mechanics design of gas, steam and hydraulic turbines, pumps, fans and compressors. The student selects an engineering design project and works under the guidance of a faculty sponsor.
NUCLEAR ENGINEERING
ME 571 Design of Lubrication and Fluid Cushion Systems Class 3 (3 cr.) Boundary and thick film theory of lubrication.
OTHER COURSES
ALLIED HEALTH
BIOLOGY
BUSINESS
CHEMISTRY
CHEM C105 Principles of Chemistry I (5 credits, 3 credits without laboratory) P: Two years of high school algebra, one year of high school chemistry. A non-laboratory course for engineers who do not expect to take more than one year of chemistry.
COMPUTER SCIENCE
ECONOMICS
EDUCATION
ENGLISH
MATHEMATICS
Fundamental laws of algebra, functions and graphs, trigonometric functions, linear equations, factorization, exponents, vectors, complex numbers, logarithms, ratio, proportion, variation. The Cartesian plane, functions, limits, differentiation and applications, mean value theorem, definite integral and applications.
PHILOSOPHY
PHYSICS
PSYCHOLOGY
SOCIOLOGY
SPEECH
STATISTICS
RESIDENT
FACULTY
RESIDENT FACULTY
S.E.-Engineering, 1961, Purdue University
NAGHDI, AMIR K., Professor of Mathematics and Professor of Aeronautical and Astronautical Sciences and Engineering (196); B.S.- Mechanical Engineering, 1951, University of Tehran; M.S.-Mechanical Engineering, 1958, University of Illinois; Ph.D.-Engineering Science, 1964, Purdue University. MARVIN A., Associate Professor of Electrical Engineering Technology and Associate Professor of Electrical Engineering (1970); B.S.- Electrical Engineering, 1963; M.S.-Electrical Engineering, 1964, Purdue University; Ph.D.-Systems Science, 1971, Michigan State University; P.E., Indiana.
B.A.-Business Administration, 1949, Indiana University
STERN, BARRY J., adjunkt i elektroteknik (1975); B.S.-Electrical Engineering, 1961, Massachusetts Institute of Technology; M.S.-Electrical Engineering, 1963, University of Nebraska. ULRICH, JOHN M., lektor i maskinteknik (1965); B.S.-Mechanical Engineering, 1957, University of Cincinnati; M.S.-General Engineering, 1965, Pennsylvania State University;.
E., Indiana; C.Mfg.E
KENT, Professor of Electrical Engineering Technology and Chairman of the Department of Electrical Technology (1966); B.S.-Electrical Engineering, 1957, Rose-Hulman Institute of Technology; M.S.-Electrical Engineering, 1964, University of Colorado; P.E., Indiana. SOLINSKI, EDWARD M., Associate Professor of Computer Technology (1973); B.S.-Engineering, 1960, Cleveland State University; M.S.- Engineering Administration, 1964, Case-Western Reserve University.
EMERITI FACULTY
S., 1939, Indiana University
TURPIN, RICHARD H., Associate Professor of Electrical Engineering (1969); B.S.-Electrical Engineering, B.S.-Mathematics, 1962, Iowa State University; M.S.-Electrical Engineering, 1964, University of Southern California; Ph.D.-Electrical Engineering, 1969, The Ohio State University.
DIVISIONS & SCHOOLS OF IUPUI
