Degrees
MEME/CIM
MASTER OF ENGINEERING IN MANUFACTURING ENGINEERING (MEME) WITH COMPUTER INTEGRATED MANUFACTURING (CIM) CONCENTRATION
This concentration plan can be entered via the CS, ECE or ME Home Departments.
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MEME (CIM) Degree Curriculum
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Notes: 1. CS-492 Computers in Manufacturing can be substituted with CS-529 Machine Learning, CS-531 Pattern recognition, CS-536 Computer System Software, CS-585 Computer Networks, ECE-574 Microelectronic Processing, ME-581 Digital Control of Mechanical Systems, or ECE-595 S/T Autonomous Mobile Robots. 2. ME-583 Statistics for Improving Product Quality can be substituted with MATH/STAT-570 Industrial Statistics, or MGMT-501 Statistical Analysis for Management Decisions when STAT-570 is not offered. 3. EE-585/ME-585 Modern Manufacturing Methods can be substituted with MGMT-521 Manufacturing Systems Management. 4. MGMT-504 Micro Economics for Management can be substituted with MGMT-526 Financial Management when MGMT-504 is not offered. 5. The Industrial Internship can be waived if the applicant has had comparable prior work experience in a manufacturing setting. 6. Codes: C = Core, E = Elective, CE = Concentration Elective, T = Thesis, P = Project. |
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CIM Concentration Electives Three electives must be taken from the track listed below. |
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| * Course allowed for graduate credit to students enrolled in a graduate program. Normally, a graduate student enrolled in a starred course numbered below 500 is required to do extra work. ** Available for graduate credit except for graduate majors in the department. |
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| 6. Codes: C = Core, E = Elective, CE = Concentration Elective, T = Thesis, P = Project. |
MEME/MEM
MASTER OF ENGINEERING IN MANUFACTURING ENGINEERING (MEME) WITH MECHANICAL AND EQUIPMENT MANUFACTURING (MEM) CONCENTRATION
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MEME (MEM) Degree Curriculum
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Notes: 1. CS-492 Computers in Manufacturing can be substituted with CS-529 Machine Learning, CS-531 Pattern recognition, CS-536 Computer System Software, CS-585 Computer Networks, ECE-574 Microelectronic Processing, ME-581 Digital Control of Mechanical Systems, or ECE-595 S/T Autonomous Mobile Robots. 2. ME-583 Statistics for Improving Product Quality can be substituted with MATH/STAT-570 Industrial Statistics, or MGMT-501 Statistical Analysis for Management Decisions when STAT-570 is not offered. 3. EE-585/ME-585 Modern Manufacturing Methods can be substituted with MGMT-521 Manufacturing Systems Management. 4. MGMT-504 Micro Economics for Management can be substituted with MGMT-526 Financial Management when MGMT-504 is not offered. 5. The Industrial Internship can be waived if the applicant has had comparable prior work experience in a manufacturing setting. 6. Codes: C = Core, E = Elective, CE = Concentration Elective, T = Thesis, P = Project. |
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MEM Concentration Electives
Three electives must be taken from the track listed below. |
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| * Course allowed for graduate credit to students enrolled in a graduate program. Normally, a graduate student enrolled in a starred course numbered below 500 is required to do extra work. ** Available for graduate credit except for graduate majors in the department. |
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| 6. Codes: C = Core, E = Elective, CE = Concentration Elective, T = Thesis, P = Project. |
MEME/SEM
MASTER OF ENGINEERING IN MANUFACTURING ENGINEERING (MEME) WITH SEMICONDUCTOR AND ELECTRONICS MANUFACTURING (SEM) CONCENTRATION
The Semiconductor Manufacturing Concentration leads to a Master of Manufacturing Engineering degree with objectives to provide, (1) a broad semiconductor industry background, and (2) an academic bridge to this industry from a variety of academic backgrounds, such as Chemical, Electrical or Mechanical Engineering. Instruction for this program makes use of semiconductor industry experts and National Laboratory staff and facilities to augment UNM's extensive interdisciplinary educational resources. This expanded mix insures a broad, modern experience in each of the areas that makeup the semiconductor fabrication enterprise, ranging from organization and management to design and processing specific technologies through the varied packaging and tests that insure reliability of the final microelectronics product.
Six courses make up the core technical part of the curriculum and three courses overview management practices. The core technical courses are divided into modules, each of which has an individual instructor. This team-teaching approach insures maximum exposure to scientists and engineers with experience in modern microcircuit fabrication and test.
The S/C Concentration Plan can be entered via the ChNE, ECE, or ME Home departments.
MEME (SEM) Degree Curriculum
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| † MGT 504 may be substituted with MGT 526 Financial Management in certain circumstances. ††C = core, E = elective, CE = concentration elective, T = Thesis, P = Project ††† The Industrial Internship can be waived if applicant has had comparable prior work experience in a manufacturing setting. †††† ECE students may substitute a concentration elective for ECE 473. ††††† ChNE and ME students may substitute ECE 595 MEMS Applications for ECE 574L. * Course allowed for graduate credit to students enrolled in a graduate program. Normally, a graduate student enrolled in a starred course numbered below 500 is required to do extra work. ** Available for graduate credit except for graduate majors in the department. |
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One elective must be taken from the concentration listed below. |
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| * Course allowed for graduate credit to students enrolled in a graduate program. Normally, a graduate student enrolled in a starred course numbered below 500 is required to do extra work. ††C = core, E = elective, CE = concentration elective, T = Thesis, P = Project |
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MSME/Mfg
COMMITTEE ON STUDIES FOR MS (ME, WITH MFG ENGR CONCENTRATION)
For the Master of Science degree (with a Manufacturing Engineering concentration), the committee-on-studies shall be composed of at least three members, with the following constraints (see COS page):
the Chair of the COS must be a home department (ECE, ME) Faculty member;
at least two Faculty members must be tenured or tenure track;
at least two members shall be full-time home department (ECE, ME) faculty members;
at least one Faculty member shall be from Manufacturing Engineering; and
at least one person from local industry, actively engaged in manufacturing.
The COS, in addition to approving the scope, content and presentation of the Thesis or Project, approves the elective courses. The student should defend a proposal of the Thesis or Project scope and content to the entire COS, early in the Thesis or Project effort (i.e., not near the end of the effort).
M.Sci. Degree, Mech. Engr. Dept., with Manufacturing Engineering Concentration
Core
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Code†† |
Course Number |
Hrs |
Title |
Semester |
ITV |
Instructor |
| C |
**CS-492 |
3 |
Computers in Manufacturing |
Spring |
no |
Beer |
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C |
ME-583 |
3 |
Stat for Impr Prod Qual |
Fall |
(yes) |
Prairie |
| C |
ME-584 |
3 |
Computer Aided Design and Manufacturing |
Fall/Spring |
no |
ME Staff |
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C |
ME-585 |
3 |
Modern Manufacturing Methods |
Fall |
yes |
Lumia |
| C |
ME-591/592 |
1 |
ME Seminar |
Fall/Spring |
no |
Staff |
| C |
MGT-504† |
3 |
MicroEconomic Mgt |
Fall/Spring |
no |
Parkman |
| C |
MGT-506 |
3 |
Organizational Behavior and Diversity |
Fall/Spring |
yes |
Champoux |
| CE |
Elective/Dept. |
3 |
from Dept. set |
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| CE |
Elective/Dept. |
3 |
from Dept. set |
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| CE |
Elective/Dept. |
3 |
from Dept. set |
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| E |
Elective |
3 |
Elective |
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| T or P/E |
xx-599,
or xx-551 ST and Elective |
6 |
Plan I: Thesis (6 hrs), or
Plan II: Project (3 hrs) and Elective (3 hrs) |
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| 37 |
Total Degree Hours
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†MGT 504 may be substituted with MGT 526 Financial Management in certain circumstances.
††C = core, E = elective, CE = concentration (department set) elective, T = Thesis, P = Project
Departmental Set Electives
Three electives must be taken from the track listed below. See the ME graduate manual at https://www.me.unm.edu/ for additional information and updates.
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Code††† |
Course Number |
Hrs |
Title |
Semester |
ITV |
Instructor |
| CE |
*ME-480 |
3 |
Linear Dynamic Systems |
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CE |
ME-501 |
3 |
Adv Mechanics of Materials |
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| CE |
ME-516 |
3 |
Applied Dynamics |
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| CE |
ME-520 |
3 |
Advanced Thermo I |
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| CE |
ME-522 |
3 |
Heat Conduction |
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| CE |
ME-530 |
3 |
Theoretical Fluid Mechanics I |
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| CE |
ME-540 |
3 |
Elasticity I |
* Course allowed for graduate credit to students enrolled in a graduate program. Normally, a graduate student enrolled in a starred course numbered below 500 is required to do extra work.
** Available for graduate credit except for graduate majors in the department.
†††C = core, E = elective, CE = concentration (department set) elective, T = Thesis, P = Project
MEME/MBA DUAL DEGREE PLAN
MASTER OF MANUFACTURING ENGINEERING AND MANAGEMENT PROGRAM (MEME/MBA DUAL DEGREE PLAN)
The School of Engineering (SOE) and the Anderson Schools of Management (ASM) offer a dual-degree program leading to the degrees of Master of Engineering in Manufacturing Engineering (MEME, Code 339) and the Master of Business Administration (MBA, Code 140). Under this 60-hour program, seven courses are shared: ASM will accept 9 hours of graduate credit from the Manufacturing Engineering Program (MEP) core and 6 hours of engineering technical electives; the SOE will accept 6 hours of graduate credit from ASM, to be applied to the MEP core. Engineering Concentration Electives may come from either the Mechanical Manufacturing Concentration or the Computers in Manufacturing Concentration (as defined for the MEME degree).
Students pursing this program must satisfy the admission and other academic requirements of both schools. Students need to take the GRE (required for MEME) and the GMAT (required for MBA) for admission. Students are required to complete a three-month industrial internship, in a manufacturing setting (or demonstrate previous equivalent experience). Students are also required to complete a 3 credit hour Project (Plan II) in conjunction with a manufacturing enterprise, or complete a 6 credit hour Thesis (Plan I).
NOTE
Applicants for the MEME/MBA dual-degree plan must apply to and be admitted to, in parallel, the Anderson Schools of Management (for the MBA program, which requires the GMAT) and the School of Engineering Manufacturing Engineering Program (for the MEME, which requires the GRE). Applicants for the MEME/MBA degree need to denote degree code "339/140 (MEME/MBA)" on their application forms. Graduation for both degrees must occur in the same semester.
For details, contact Megan Conner (ASM PM) at 505-277-3147 or John Wood (MEP Dir) at (505) 272-7000.
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MEME/MBA Dual Degree Curriculum
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| †EC = Engineering Core, MC = Management Core, E = elective, CE = concentration elective, T = Thesis, P = Project |
Legend
o = originating unit; s = shared credit; w = waived by unit
Notes
1. ASM rev MBA req 48 hrs = 33 hrs at ASM, 9 hrs of wavier sub, 6 hrs elective
2. MEP MEngr req 33 hrs = 24 hrs Engr, 6 hrs ASM, 3 hrs project
3. ASM courses cannot be used for Engr Electives, without prior permission of MEP Dir.
4. MEME/MBA above applies to the CIM and MEM tracks, but not the SC Mfg track
5. Requires admission into the Anderson School of Management and School of Engineering Gradaute Programs
* Course allowed for graduate credit to students enrolled in a graduate program. Normally, a graduate student enrolled in a starred course numbered below 500 is required to do extra work.
** Available for graduate credit except for graduate majors in the department.