Undergraduate Catalogue - UPRM
Undergraduate Catalogue - UPRM
Undergraduate Catalogue - UPRM
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COLLEGE OF ENGINEERING<br />
ININ 4046. INDUSTRIAL ENGINEERING<br />
PRACTICE. Three credit hours. Thirty five hours<br />
per week for seven (7) or more weeks during the<br />
Summer or its equivalent during the semester.<br />
Prerequisite: Authorization of the Director of the<br />
Department.<br />
A course organized in cooperation with private<br />
industry or government to provide the student with<br />
practical experience in industrial engineering. The<br />
work performed by the student will be jointly<br />
supervised by the Academic Department and an<br />
appropriate official from the cooperating<br />
organization. An oral and written report will be<br />
required from the student upon completion of the<br />
project.<br />
ININ 4057. REAL TIME PROCESS CONTROL.<br />
Three credit hours. Two hours of lecture and one<br />
two-hour laboratory per week. Prerequisites: INGE<br />
3016 and INEL 4076. Co-requisites: INME 4055<br />
and (INEL 4077 or INME 4031).<br />
Use of computer-based controllers to control<br />
processes using digital and analog signals.<br />
ININ 4075. PRODUCTION PLANNING AND<br />
CONTROL II. Three credit hours. Three hours of<br />
lecture per week. Prerequisite: ININ 4039.<br />
Evaluation and design of computerized systems for<br />
planning and controlling production. Material<br />
requirements planning, bill of materials, inventory<br />
accuracy and cycle counting, feasible master<br />
production plan, capacity planning, shop floor<br />
control, integrity requirements of the data bases,<br />
systems implementation. Formation of product<br />
families, group technology, just in time, kanban<br />
system, production synchronization, integration of<br />
production control systems.<br />
ININ 4077. WORK SYSTEMS DESIGN. Four<br />
credit hours. Three hours of lecture and one twohour<br />
laboratory per week. Prerequisite: ININ<br />
4010. Co-requisite: INME 4055.<br />
Strategies and models used in work systems design:<br />
motion studies, design of methods, human factors,<br />
environmental conditions and implementations of<br />
design.<br />
ININ 4078. STATISTICAL QUALITY<br />
CONTROL. Three credit hours. Two hours of<br />
lecture and one two-hour laboratory per week.<br />
Prerequisites: ININ 4010.<br />
Statistical control of the quality of processes;<br />
statistical methods for quality improvement;<br />
univariate and multivariate control charts for<br />
variables; attribute control charts; process<br />
capability studies; gage and measurement studies;<br />
setting specification limits; analysis and design of<br />
sampling inspection plans; Mil. Std. 105E,<br />
rectifying inspection plans.<br />
ININ 4079. DESIGN PROJECT. Three credit<br />
hours. Three laboratories, library or independent<br />
study periods per week. Prerequisites: ININ 4015,<br />
ININ 4022, ININ 4040 and ININ 4075.<br />
Development and presentation of a system design<br />
project.<br />
ININ 4085. ACCOUNTING FOR ENGINEERS.<br />
Three credit hours. Three hours of lecture per<br />
week. Prerequisite: ECON 3021.<br />
Basic accounting concepts and systems; uses and<br />
limitation of accounting data in the solution of<br />
managerial and financial problems; interpretation<br />
and use of accounting information for decision<br />
making.<br />
ININ 4086. COST ANALYSIS AND CONTROL.<br />
Three credit hours. Three hours of lecture per<br />
week. Prerequisite: ININ 4085.<br />
Methods used in industry for budgeting, recording,<br />
analyzing, and controlling costs; profit planning;<br />
design and operation of cost systems; standard cost;<br />
and financial statement analysis.<br />
ININ 4810. CONCURRENT ENGINEERING.<br />
Three credit hours. Three hours of lecture per<br />
week. Prerequisite: ININ 4077 or INEL 4206 or<br />
INME 4011 or INQU 4001.<br />
Introduction to concurrent engineering topics, and<br />
its role in modern engineering, design for<br />
manufacturing, how concurrent engineering affects<br />
product life-cycle issues, safety and integrity in<br />
design and manufacturing, maintenance, product<br />
disposal and product costing. Case studies.<br />
Students will work in interdisciplinary teams<br />
applying concepts in the design of products and<br />
production facilities to manufacture a product.<br />
<strong>Undergraduate</strong> <strong>Catalogue</strong> 2004-2005 307