The First Industrial Engineering Program in the World at The Pennsylvania State University.
The oldest Industrial Engineering Department in the world - Penn State IE was formed by Hugo Diemer in 1909.
What is Industrial Engineering? F.W. Taylor - Hugo Diemer - First Professor of Industrial Engineering
Prof. Hugo Diemer - Taylor's Industrial Engineering
10. Pennsylvania State University - Main Campus University Park, Pennsylvania
7.7.2022
BSIE
Undergraduate Program Requirements
For students admitted to Penn State in Summer 2020 or later:
The following requirements, totaling 129 credits, must be met for students to successfully earn a Bachelor of Science degree in Industrial Engineering from Penn State.
SEMESTER 1
Course Number and Name Credits
MATH 140: Calculus I 4
EDSGN 100: Engineering Design & Graphics 3
ENGL 15 or 30: Rhetoric & Composition 3
CHEM 110: Chemical Principles 3
Arts, Humanities, Social Sciences* 3
Total 16
SEMESTER 2
Course Number and Name Credits
MATH 141: Calculus II 4
PHYS 211: Mechanics 4
CHEM 111: Experimental Chemistry 1
ECON 102 or 104 (Social Sciences) 3
Arts, Humanities, Social Sciences* 3
First-Year Seminar 1
Total 16
SEMESTER 3
Course Number and Name Credits
MATH 231: Calculus of Several Variables 2
MATH 250: Differential Equations 3
PHYS 212: Electricity & Magnetism 4
+EMCH 210A: Statics & Strength of Materials 5
Arts, Humanities, Social Sciences* 3
Total 17
SEMESTER 4
Course Number and Name Credits
CAS 100A/B: Effective Speech 3
MATH 220: Matrices 2
CMPSC 200 or 201: Matlab or C++ Programming 3
Science Elective 3
Engineering Electives 6
Total 17
SEMESTERS 5 AND 6
Course Number and Name Credits
+IE 302: Engineering Economy 3
+IE 305: Product Design, Specification & Measurement 3
+IE 322: Probabilistic Models in IE 3
+IE 323: Statistical Methods in IE 3
+IE 327: Introduction to Work Design 3
+IE 330: Engineering Analytics 3
+IE 405: Deterministic Models in OR 3
Manufacturing Process Elective 3
ENGL 202C: Technical Writing 3
MATSE 259: Materials, Properties & Processing 3
Health & Physical Activity** 1.5
Health & Physical Activity** 1.5
Total 33
SEMESTERS 7 AND 8
Course Number and Name Credits
IE 425: Stochastic Models in OR 3
IE 453: Simulation Modeling for Decision Support 3
IE 408, 418 or 419: Human Factors Elective 3
IE 460: Service Systems Engineering 3
IE 470: Manufacturing System Design and Analysis 3
IE 480W: Capstone Design Project 3
Technical Elective 3
Technical Elective 3
Arts, Humanities, Social Sciences* 3
Arts, Humanities, Social Sciences* 3
Total 30
BSIE 2020 Onwards - BSIE Engineering and Industrial Engineering Subjects
Course Number and Name Credits
+EMCH 210A: Statics & Strength of Materials 5
Engineering Electives 6
Technical Elective 3
Manufacturing Process Elective 3
+IE 305: Product Design, Specification & Measurement
+IE 327: Introduction to Work Design 3
IE 470: Manufacturing System Design and Analysis 3
+IE 302: Engineering Economy
+IE 322: Probabilistic Models in IE 3
+IE 323: Statistical Methods in IE 3
+IE 330: Engineering Analytics 3
+IE 405: Deterministic Models in OR 3
IE 425: Stochastic Models in OR 3
IE 453: Simulation Modeling for Decision Support 3
IE 408, 418 or 419: Human Factors Elective 3
IE 460: Service Systems Engineering 3
IE 480W: Capstone Design Project 3
BS Curriculum: - https://www.ime.psu.edu/students/resources/academic-plans/undergraduate.aspx (Old)
MS Curriculum:- https://www.ime.psu.edu/students/graduate/courses.aspx
Jose Ventura (Professor/Dean's Fellow and Coordinator, Operations Research graduate program)
jav1@psu.edu
https://www.ime.psu.edu/students/graduate/courses.aspx
IE Graduate Courses
IE 469: Global Industrial Engineering Experience
IE 478: Retail Services Engineering
IE 479/EDSGN 479: Human Centered Product Design and Innovation
IE 497: Laser Processing
IE 497: Micro/Nano Fabrication
IE 497: Biomedical Process and Production Engineering
IE 497: Data Envelopment Analysis
IE 505: Linear Programming
IE 507: Operations Research: Scheduling Models
IE 509: Operations Research: Waiting Line Models
IE 510: Integer Programming
IE 511: Experimental Design in Engineering
IE 512: Graph Theory and Networks in Management
IE 516/SCIS 516: Applied Stochastic Processes
IE 519/SCIS 519: Dynamic Programming
IE 520: Multiple Criteria Optimization
IE 521: Nonlinear Programming
IE 522: Discrete Event Systems Simulation
IE 525: Complex Optimization
IE 527: Additive Manufacturing
IE 530: Financial Engineering
IE 532: Reliability Engineering
IE 533: Workforce Engineering
IE 540: Manufacturing Systems Simulation
IE 546/ME 546: Designing Product Families
IE 547/EDSGN 547/ME 547: Designing for Human Variability
IE 548/EDSGN 548: Interaction Design
IE 549/EDSGN 549: Design Decision Making
IE 550: Manufacturing Systems
IE 552/BIOE 552: Mechanics of the Musculoskeletal System
IE 553/BIOE 523: Engineering of Human Work
IE 556/ME 556: Robotic Concepts
IE 557: Human-in-the-Loop Simulation
IE 558: Engineering of Cognitive Work
IE 560: Manufacturing Processes and Materials
IE 561/EDSGN 561/CSE 561/IST 561: Data Mining Driven Design
IE 562: Computational Foundations of Smart Systems
IE 563: Computer-Aided Design for Manufacturing
IE 566: Quality Control
IE 567: Distributed Systems and Control
IE 568: Healthcare Systems Engineering
IE 570/SCIS 570: Supply Chain Engineering
IE 571: Product Design, Manufacturing Specifications, and Measurements
IE 572: Discrete Part Metrology
IE 575: Foundations of Predictive Analysis
IE 582: Engineering Analytics
IE 583: Response Surface Methodology and Process Optimization
IE 584: Time Series Control and Process Adjustment
IE 586: Machining Process Design and Theory
IE 588: Nonlinear Networks
IE 589: Dynamic Optimization and Differential Games
IE 590: IE Colloquium
IE 596: Individual Studies
IE 597: Special Topics (3 credits)
IE 597X: Convex Optimization (3 credits)
IE 597X: Stochastic Optimization (3 credits)
IE 597X: Advanced Stochastic Processes (3 credits)
IE 597X: Robust Optimization (3 credits)
IE 597X: Advanced Linear Program (3 credits)
IE 597X: Weld Design and Performance (3 credits)
IE 597X: Human Factors in Transportation Safety (3 credits)
IE 598A: Additive Manufacturing (4 credits)
IE 600: Thesis Research
IE 601: Ph.D. Dissertation Full-time after passing Comprehensive Examination
IE 610: Thesis Research Off Campus
IE 611: Ph.D. Dissertation Off Campus after passing Comprehensive Examination
Janis Terpenny
Peter and Angela Dal Pezzo Department Head of IME and Professor
310 Leonhard Building
814-865-7601
jpt5311 @psu.edu
Robert Voigt
Professor and Graduate Program Coordinator
344 Leonhard Building
814-863-7290
rcv2 @psu.edu
Saurabh Basu
Assistant Professor
Affiliation(s):
Industrial and Manufacturing Engineering
210 Leonhard Building
sxb514 @psu.edu
814-863-2447
Research Areas: Manufacturing
Interest Areas:
advanced manufacturing, manufacturing processing, and additive manufacturing
Education
Bachelor of Technology, Production Engineering, National Institute of Technology, 2009
MS, Industrial Engineering, University of Pittsburgh, 2011
Ph D, Industrial Engineering, University of Pittsburgh, 2014
WHAT IS INDUSTRIAL ENGINEERING?
Industrial Engineering is rooted in the sciences of engineering, the study of systems, and the management of people. Industrial engineers are big-picture problem solvers who optimize complex engineering systems and processes. They bring together people, machinery, materials, information, energy, and financial resources to improve efficiency, performance, quality, and safety while reducing cost and waste. According to the Institute of Industrial & Systems Engineers, Industrial Engineers "work to eliminate waste of time, money, materials, energy, and other commodities."
Because it is a broad and versatile discipline, study of industrial engineering prepares you for careers in every sector of the economy.
https://bulletins.psu.edu/undergraduate/colleges/engineering/industrial-engineering-bs/
Productivity Management: - Not in Curriculum.
https://www.ime.psu.edu/department/faculty-list.aspx
Sanjay Joshi
Professor
Affiliation(s):
Industrial and Manufacturing Engineering
303 Leonhard Building
814-865-2108
Research Areas:
Manufacturing
Interest Areas:
Research Interests: Computer-Aided Process Planning, CAD/CAM, Control of Manufacturing Systems, Additive Manufacturing
Education
BE, Production Engineering, Univeristy of Bombay, 1981
MS, Industrial Engineering, SUNY Buffalo, 1983
Ph D, Industrial Engineering, Purdue University, 1987
Soundar Kumara
Allen E. Pearce and Allen M. Pearce Professor of Industrial Engineering
Affiliation(s):
Industrial and Manufacturing Engineering
222 Leonhard Building
814-863-2359
Research Areas:
Manufacturing; Operations Research; Operations, Services, and Analytics
Interest Areas:
Sensing and sensor data fusion, process monitoring and diagnostics, complex systems analysis, intelligent systems, software agents, enterprise integration, supply chain logistics.
Education
BE, Mechanical Engineering, S.V. University, 1975
M.Tech, Industrial Engineering, Indian Institute of Technology, Madras, 1977
Ph D, Industrial Engineering, Purdue University, 1985
IISE 2020 Conference Attendees
Ling Rothrock
Professor
Penn State University
Vittal Prabhu
Professor
Pennsylvania State University
Mustafa Rifat
Graduate Research Assistant
Pennsylvania State University
University Park, PA
Education Objective:
I want to learn about cutting edge research in manufacturing
Updated on 7.7.2022, 15.3.2022, 1.11.2020
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