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THE MASTER OF ENGINEERING IN MECHANICAL ENGINEERING PROGRAM PLANNING SHEET Student Name: _________________________________ BU ID#______________________ Email Address:__________________________________ Advisor Name:__________________________________ Expected Graduation Date (circle month): May September January Year_______
Curricular Requirements The program requires 32 credit hours, all of which must be at the 500 level or above. 1. Core Mechanical Course Requirement – 12 credits
(Any 500-‐ or 700-‐level mechanical engineering course, with no more than 1 from the approved list of “Engineering Management” courses on page 3.)
Course/Semester/Grade ______________________________________________ Course/Semester/Grade ______________________________________________ Course/Semester/Grade ______________________________________________
2. Engineering/Physical Science Requirement – 12 credits (Any 500-‐ or 700-‐level engineering or physical science course, with no more than 1 from the approved list of “Engineering Management” courses on page 3.)
Course/Semester/Grade ______________________________________________ Course/Semester/Grade ______________________________________________ Course/Semester/Grade ______________________________________________
3. Engineering Management Requirement – 8 credits (Selected from the approved list on page 3)
Course/Semester/Grade ______________________________________________ Course/Semester/Grade ______________________________________________
4. Practicum (Selected from the approved list on page 3)
Course/Semester/Grade ______________________________________________ Approved by: ______________________________ _______________________________ Advisor’s Signature Date Student's Signature Date
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Biomechanics / Biomaterials ME 504* Polymers & Soft Materials ME 521* Continuum Mechanics ME 523* Mechanics of Biomaterials ME 524* Skeletal Tissue Mechanics ME 528* Biological Physics ME 726* Fundamentals of Biomaterials ME 727* Principles and Applications of Tissues ME 788 Soft Tissue Biomechanics *courses offered at least every two years
Engineering Management Courses ME 502 Invention ME 517 Product Development ME 525 Technology Ventures ME 550 Product Supply Chain Design ME 583 Product Management ME 584 Manufacturing Strategy ME 703 Managerial Cost Accounting GSM OB 848 E1 The Leadership Challenge GSM SI 833 Technology Commercialization GSM SI 839 Design & Innovation Strategy GSM SI 852 Starting New Ventures GSM SI 871 Tech to Market GSM PL 870 Gov’t, Society, & the New Entrepreneur ENG EK 731/GSM HM 801 Bench to Bedside Practicum Each student must complete one of the following courses to satisfy the Practicum Requirement:
ME 502 Invention ME 526 Simulation of Physical Processes ME 560 Precision Machine Design and Instrumentation ME 579 Nano/Microelectronic Device Technology ME 925 Graduate Project ME 951 Independent Study
Theses courses require completion of a substantive project (requiring at least 50 hours over the course of the semester) and a project presentation in written and oral formats. A student wishing to enroll in ME925 or ME951 must seek out a faculty member to act as the project advisor. The course used to satisfy the Practicum Requirement may also be used to satisfy one of the other curricular requirements for the degree. Revised 7/2/14
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