School of Engineering

MMM Tuition and Costs

Fall 2014, Spring 2015, Summer 2015

TUITION

Per Credit

March 3: Hot-Rod Champ Antron Brown Discusses Life at 330 mph

Behrend Section: 
News & Events
School of Engineering

National Hot Rod Association champion Antron Brown will discuss his Top Fuel drag-racing career – including a fiery crash at the 2013 Winternationals – when he visits Penn State Erie, The Behrend College, on Monday, March 3. His 10,000-hp Matco Tools dragster will be parked in the lobby of Junker Center, where his talk, which is free and open to the public, will begin at 7 p.m.

MMM Curriculum

The MMM degree is awarded on the successful completion of 32 credits of required course work. MMM degree program students will take either QMM 491 or QMM 492 depending on their academic background. All students will complete the remainder of the core courses described below for a total of 32 credits. There are no elective courses in the program.

Click here for MMM course schedules.

Request Information about the MMM Degree

Please contact the QMM (Quality in Manufacturing Management) program to receive additional information about the Master’s in Manufacturing Management degree (MMM).

QMM Program (MMM Degree)
School of Engineering
Penn State Erie, The Behrend College
242 Burke Center
5101 Jordan Road
Erie, PA 16563-1701

MMM Faculty

The courses for the Master of Manufacturing Management program are taught by a faculty of leaders who bring extensive experience to the curriculum, and small class structure ensures close contact with those scholars at all times. Our faculty has spent substantial time in industry in roles such as: manufacturing specialist, director of MIS, systems analyst, consultant, international business manager, entrepreneur, supply chain leader, program manager, consultant to government agencies, and industrial engineers.

MMM Course Descriptions

Core Courses

The MMM degree is awarded on the successful completion of 32 credits of required core course work. 

 

QMM 491* Introduction to Business Concepts for Manufacturing (3 credits) – Introduction to business topics in accounting and finance for non-business students in manufacturing management.

MMM Program Overview

Master of Manufacturing ManagementManufacturing is an important component of domestic and worldwide economic activity and the demand is high for manufacturing managers who can communicate effectively, understand both management and engineering issues, and employ Lean Manufacturing and Six Sigma methods. The MMM degree can prepare you for success meeting the needs of industry. 

Ralph Ford Re-elected to IEEE Leadership Post

Ralph Ford, director of the School of Engineering and associate dean for industry and external relations at Penn State Erie, The Behrend College, has been re-elected Vice President of Member and Geographic Activities for the Institute of Electrical and Electronics Engineers. The society is the world’s largest technical professional association, with more than 425,000 members in 160 countries.

$1.1 Million Gift Creates New Scholarships for Penn State Behrend Students

An Erie man who died in 2012 left his entire estate – valued at more than $1.1 million – to Penn State Erie, The Behrend College. The money will create new scholarships in the college’s School of Engineering.

Frank S. Palkovic earned an associate degree in drafting design and technology at Penn State Behrend in 1968. He went on to earn a bachelor of science in engineering at Penn State Harrisburg.

FMC Technologies Donates 3D Printing Equipment to School of Engineering

 

The School of Engineering at Penn State Behrend has installed a 3D printer, a high-tech system that gives engineers and product designers the ability to produce in real form virtually any shape they can create with computer software. The machine, which was donated to the college by FMC Technologies Measurement Solutions, is worth more than $40,000.

The use of 3D printers allows companies to create functional, lightweight prototypes and parts in a fraction of the time -- and at considerably less cost -- than is possible using traditional tool-and-die methods.