1. Industrial Interactions Interactions with Companies in New York State. Veeco , Plainview. AMS contact Dr. Y. Deng The problems considered are to find optimal conditions for http://www.ams.sunysb.edu/department/industrial_math/currents.html

Industrial Interactions Interactions with Companies in New York State Veeco , Plainview. AMS contact: Dr. Y. Deng The problems considered are to find optimal conditions for ion-assisted deposition to achieve a particular micro-strcture and to attain uniformity of coverage and for etching to form a desired structure; to improve the design of deposition/etching equipment for the manufacture of 8-inch wafers; and to understand nano wire design and properties. PALL Corporation AMS contact: Dr. S. Finch Hemoglobine Studies Biota , Valley Stream, NY AMS contact: Dr. C. Fortmann The fundamentals of amorphous silicon electronic transport is studied by simulation. The simulaton is based on a stochastic model in which charge carriers move in a random field of hop sites. Both drift and diffusion are simulated. Thus far, the three dimensional version of the simulation has been applied to solar cell and thin-film-transistor device geometeries. In the case of solar cells the code has identified by a charge accumulation mechanism responsible to efficiency reducing field distortions. The model is expected to make an even greater impact on thin-film-transistor design consideraitions. Biota , Valley Stream, NY AMS contact: Dr. C. Fortmann

2. Industrial Mathematics - College Of Natural Science PSM Industrial mathematics. This program is designed to produce generalized problem solvers of great versatility, capable of moving within an organization http://naturalscience.msu.edu/students/graduate/professional_masters_program/pro

College of Natural Science Michigan State University KW_breadcrumbs("CNS Home"," > ",0,1,"index.html",3,4) PSM - Industrial mathematics This program is designed to produce generalized problem solvers of great versatility, capable of moving within an organization from task to task. The graduate will have studied not only the standard mathematical and statistical tools, but also the basic ideas of engineering and business, and will have received training in project development and in modes of industrial communication. The program consists of six components: Survey of Industrial Mathematics (Fall semester). Projects in Industrial Mathematics (Spring semester). Certificate in Business and Communication Four electives in Applied Mathematics. Two electives in Statistics. Four electives in Engineering, Economics, or Computer Science. The degree will typically require 2 years to complete - 3 courses per semester for 4 semesters. Support is available by serving as a Graduate Assistant for the Department of Mathematics. Course Sequence Survey (MTH 843) Project (MTH 844) Contact information: Peiru Wu, Associate Professor

3. Department Of Mathematical Sciences :: Middle Tennessee State University DEPARTMENT HOME MESSAGE FROM THE CHAIR FACULTY POSITIONS FACULTY GTA s ADJUNCTS PROGRAMS INDUSTRIAL MATHEMATICS MATHEMATICS EDUCATION http://math.web.mtsu.edu/programs/industrial_math/industrial_math_home.html

CONTACT A-Z INDEX PIPELINEMT WEBMAIL ... FACULTY PROGRAMS INDUSTRIAL MATHEMATICS MATHEMATICS EDUCATION PROFESSION MATHEMATICS ACTUARIAL SCIENCES COURSES UNDERGRADUATE STUDIES UNDERGRADUATE RESEARCH GRADUATE COURSES CAREER INFORMATION Industrial Mathematics Faculty Melnikov Powell Sinkala Worsey Zijlstra Undergraduate Program The undergraduate Industrial Mathematics track offers a course of study that incorporates areas of mathematics that contribute to business and industry. Coursework is designed to produce qualified graduates who are competitive for positions in industry, as well as for graduate study in this area. The faculty in the program have worked in government laboratories and private industry, and maintain ongoing professional relationships with companies such as GE, Boeing, and GM. We have an up-to-date computer lab, a pleasant atmosphere for study, and a faculty that is committed to undergraduate education and responsive to your needs. Join us! View the Course Study for Undergraduate Graduate Program Computational mathematics is a fundamental component of applied research in an industrial setting. As a graduate student in the Industrial Mathematics Program of the MTSU Department of Mathematical Sciences, you will build a foundation in numerical analysis and differential equations. Upon this foundation, you will develop skills with techniques in areas such as optimization, control theory, computational geometry, and computer aided design. You will learn the necessary skills to apply mathematics to a wide range of industrial problems.

4. UofM Course Calendar 2001-2002: Graduate Studies - Industrial Mathematical Scien Faculty of Graduate Studies Section 6 Programs in Graduate Studies. 6.9 Institute of Industrial Mathematical Sciences Director and Program Coordinator JF http://webapps.cc.umanitoba.ca/calendar02/faculties/graduate_studies/industrial_

Faculty of Graduate Studies Section 6: Programs in Graduate Studies 6.9 Institute of Industrial Mathematical Sciences Director and Program Coordinator: J.F. Brewster General Office: 420 Machray Hall Telephone: (204) 474 6724 Fax: (204) 474 7602 Email: i nsmath@cc.umanitoba.ca Web: www.umanitoba.ca/institutes/iims Academic Staff See academic staff lists for the departments of Mathematics Computer Science and Statistics Program Information The Master of Mathematical, Computational and Statistical Sciences is a joint program of the Departments of Mathematics, Computer Science and Statistics. The program is interdisciplinary both in concept and structure, and furthers the mission of the University of Manitoba in its intent to enhance contacts and partnerships with outside organizations. Students enrolled in the program are employees of industry, business or government. A major component of a student's program is a practicum, which is intended to make an important contribution to a project at the student's place of employment. While working on the practicum the student will be jointly supervised by an Industry Advisor (from the student's workplace) and an Academic Advisor (from the University). Fields of Research All applied areas of mathematics, computer science and statistics are potential fields of research under this program.

5. Industrial Mathematics Program Background. A letter, expressing the intention of introducing an undergraduate major in Industrial Mathematics, was sent from the department in the fall of http://www.math.sfu.ca/~ugsc/industrial_math.htm

Industrial Mathematics Program This page last updated November 26, 1999 Background A letter, expressing the intention of introducing an undergraduate major in Industrial Mathematics, was sent from the department in the fall of 1995. Permission to proceed with a full program proposal was received in December 1996. One new course is proposed as part of the program: MATH 402-4 Industrial Mathematics. A full program proposal was prepared by Brian Alspach (now emeritus) and Michael Monagan and reached the department's UGSC in April 99. The department's UGSC made some substantial changes to the proposal during 99-2. The program was approved by the department on September 23 and by the Faculty of Science on October 26. When the program first went to SCUS concerns were raised on behalf of the Faculty of Applied Science because the program draws on courses of both Computing Science and Engineering Science. The concerns of Engineering Science were satisfied by modifying the proposed calendar entry for Industrial Mathematics to require that students electing the Engineering Science option in Group B meet the same GPA requirement as majors in Engineering Science. On November 16 the proposal for a major in Industrial Mathematics was considered again by SCUS and approved together with the new course MATH 402-4 subject to the concerns of the School of Computing Science being resolved. Subsequently, Alistair Lachlan and Mike Monagan (from Mathematics and Statistics) met with CS undergraduate curriculum committee. The CS UCC had no academic objections to the program and expressed its support for the program and for keeping CMPT 305-3 in existence

6. Khairul Nuar - My World: Industrial Mathematics Internships Khairul Nuar My World. My World is a centre point for convention of my ideas and a useful gateway of exploration of myself. http://hikaru2000.blogs.friendster.com/my_world/2007/11/industrial_math.html

Home Blogs Khairul Khairul Nuar - My World My World is a centre point for convention of my ideas and a useful gateway of exploration of myself. It is intended to inform , to impart the knowledge through sharing of thoughts and information as to uphold the integrity and motivational level of the individual to the uppermost. Main Industrial Mathematics Internships An Industrial Mathematics Internship is a way for companies and university research groups to develop strong working relationships, through engaging a dedicated postgraduate researcher to work on a specific project over a period of 3-6 months. Learn more about Industrial Mathemathics Internship here Permalink Comments hostName = '.friendster.com'; Post a comment Sign In Post a comment Name: if( commenter_name ) document.write(commenter_name); You are currently signed in as if( commenter_name ) document.write(commenter_name); Comments: About March 2008 Sun Mon Tue Wed Thu Fri Sat Recent Posts Imperial College in alliance with King Abdullah University of Science and Technology Brain map project set to revolutionise neuroscience Remote Microscopy - A modular microscope attachment for cell phones could improve the quality of telemedicine EUA welcomes launch of European Quality Assurance Register for Higher Education ... Terms of Service

7. Algebraic.net - Pure_And_Applied_Math: Industrial Math http//www.onboces.org/Continuing_Ed/industrial_math.htm. Course Title Industrial Math Statistical Process Control http://www.algebraic.net/pure_and_applied_math/industrial_math_page_no_2.html

Algebraic.net Home - Industrial Math Books Popular Music Classical Music DVD VHS Toys Baby Computers Video Games Electronics Software Office Products Magazines Outdoor Living Kitchen Travel Images Newsgroups 21-40 of 97 Back Next 20 Industrial Math: Ohm's Law, Electrical Math and Voltage Drop Calculations by Tom Henry , December, 1992 Math Matters: The Links Between High School Curriculum, College Graduation, and Earnings by Heather Rose Julian R. Betts , July, 2001 by Millard F. Beatty , February, 1986 by Glencoe Publishing Co , December, 1995 Math for Electronics: A Modern Approach by Dale R. Patrick Stephen W. Fardo et all January, 1988 Math Concepts for Food Engineering by Richard W. Hartel T. A. Howell et all 19 May, 1997 Mathematics in Industrial Problems Part 3 (The Ima Volumes in Math and Its Applications, Vol 31) by A. Friedman W. B. Miller , February, 1991 Nonlinear Dynamics: A Two-Way Trip from Physics to Math by G. B. Mindlin Hernan G. Solari et all September, 1996 Mastering Electronics Math by R. Jesse Phagan , October, 1991 Maths for Engineers, A Student's Handbook

8. F) INTERESSANTE WEB-VERBINDUNGEN ZU VERSCHIEDENEN MATHEMATISCHEN industrial_math Integral_Equations Integral_Transforms KTheory Lattice Lie_Algebra Linear_Algebra Linear_Programming Logic_and_Set_Theory. Manifolds http://www.ucy.ac.cy/~ddais/german/ms_ge.htm

F) I NTERESSANTE WEB-V ERBINDUNGEN ZU VERSCHIEDENEN MATHEMATISCHEN THEMEN Exemplarisch ausgew Allgemeine Verbindungen Number Theory Combinatorics Geometry Algebra ... Geometrynet GEOMETRY. NET... Algebra Arithematic Biostatistics Calculus ... Wavelets Algebrai sche Kurven im Internet Algebraic Curves (Geometry Center, Minnesota) Famous Curves Index (St. Andrews) The Cubic Surface Homepage (Mainz) Some pictures of algebraic curves (Minnesota) ... Projections of complex plane curves to real three-space Maple package for Algebraic Curves: examples and documentation Algebrai Acme Klein Bottles Algebraic surfaces Nice pictures from Bruce Hunt Animated algebraic surfaces Some very cool pictures of surfaces! Barth's sextic Fly through Barth's sextic Benno Artmann's Topological Models Boy's Surface Build your own Boy's surface out of paper! Boy Surface Some interesting information and pictures. Duncan's Mathematical Models Some gifs of surfaces and whatnot. Cubic Surface Models of cubic surface made out of paper/wood by a fourth grade class in Italy Enriques surfaces Description, examples, and some amazing pictures.

9. Archive Of Fas-ug_forum: FAS UCC Meeting 3:30 Today. Industrial Math Program http//www.math.sfu.ca/~ugsc/industrial_math.htm 3. Course Conflict Review CHEM 340 vs. ENSC 330. http://fas.sfu.ca/ucc/fas-ug_forum/0012.html

FAS UCC Meeting 3:30 Today. Rob Cameron ( cameron@cs.sfu.ca Thu, 4 Nov 1999 11:13:09 -0800 (PST) Messages sorted by: [ date ] [ thread ] [ subject ] [ author ] Previous message: Rob Cameron: "Additional Curriculum Revisions: Kinesiology" This is to confirm that the FAS UCC will meet at 3:30 today in ASB 9898. Agenda: 1. Additional 2000/2001 Calendar Changes: Kinesiology http://fas.sfu.ca/ucc/Papers/1999/1999-15/1999-15.html 2. Industrial Math Program http://www.math.sfu.ca/~ugsc/industrial_math.htm 3. Course Conflict Review: CHEM 340 vs. ENSC 330. Previous message: Rob Cameron: "Additional Curriculum Revisions: Kinesiology"

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