21. Consulting By Industrial Math Consulting by industrial math. I am interested in projects Back to the industrial math homepage . The founder of industrial math http://www.industrialmath.com/consult.html

Consulting by Industrial Math I am interested in projects involving mathematics, optics, computing and especially those requiring the coordination of multiple technologies. My experience and research particularly emphasize the human interface. My background includes mathematical research related to design of networks and my work has been cited in the engineering literature on printed circuit board and VLSI chip design (1968 present); interactive computer display of urban traffic (1976); computer networking and logistics (1977-1981); human-computer interface design (1981-1988); laser display (1981-1983); computer-aided drafting software and hardware (1984-1988); telecommunications and the Internet (1988-1996); neural network theory (1990 present); and mathematical pharmacology (2001). Back to the Industrial Math homepage The founder of Industrial Math is Dr. Paul C. Kainen of Georgetown University, and his website there contains information related to education and international aspects of science and technology. To contact me regarding business-related topics, please write: Dr. P. C. Kainen, 3044 N St., N.W., Washington, DC 20007 USA.

22. BTC Class Schedule Main Schedule Technical Skilled Trades Miscellaneous industrial math II. industrial math II Prerequisite industrial math I or approved assessment test. http://kcmetro.edu/btcnew/btcschedule.asp?numSubject=53&CID=94

23. BTC Class Schedule Main Schedule Technical Skilled Trades Miscellaneous industrial math I. industrial math I Number of Sessions, Class Hours, Class Fee. 16, 30.00, $340.00. http://kcmetro.edu/btcnew/btcschedule.asp?numSubject=53&CID=93

24. Surveys On Mathematics For Industry In 1991, Springer Vienna/New York recognized the need for a journal devoted to industrial mathematics, and Surveys on Mathematics for Industry was founded http://www.indmath.uni-linz.ac.at/surveys/surv.html

Surveys on Mathematics for Industry In 1991, Springer Vienna/New York recognized the need for a journal devoted to industrial mathematics, and Surveys on Mathematics for Industry was founded; Managing Editor: Prof. Engl Springer Vienna/New York stops publication of this journal in the end of 2003. The journal will then be merged with the European Journal for Applied Mathematics and be published by Cambridge University Press Aims and Scope Surveys on Mathematics for Industry is aiming to bridge the gap between university and industry by presenting mathematical methods relevant for industry and exposing industrial problems which are of interest to mathematicians. To achieve this goal, the journal publishes surveys on new mathematical techniques, on established mathematical techniques with a new range of applications, on industrial problems for which appropriate mathematical models or methods are not yet available, and broad historical surveys. Furthermore, coverage includes comparisons of mathematical models or methods for particular industrial problems and descriptions of mathematical modelling techniques. Articles of general interest about the use of mathematics in industry will also be considered. Papers will either be solicited by a member of the Editorial Board or should be submitted to the Managing Editor who also welcomes suggestions for possible topics by prospective authors.

25. Seminar Industrial Math. And Math. Modeling PrevNextIndex Seminar industrial math. and Math. Modeling. Subject Seminar industrial math. and Math. Modeling; From http://www.csc.fi/math_topics/Mail/NANET97-1/msg00181.html

[Prev] [Next] [Index] Seminar Industrial Math. and Math. Modeling Subject : Seminar Industrial Math. and Math. Modeling From prikryl@beba.cesnet.cz Date : Tue, 25 Feb 1997 13:50:29 +0100 (MET) First announcement Department of Mathematics, University of West Bohemia in Pilsen, Mathematical Institute of the Academy of Sciences of Czech Republic, Union of Czech Mathematicians and Physicist, Pilsen organize the third seminar INDUSTRIAL MATHEMATICS AND MATHEMATICAL MODELLING - IMAMM'97 http://deimos.zcu.cz/konference/IMAMM/ Prev: Correction to ATLAST Workshop Announcement Next: Discrete Mathematics Day at Carleton University Index(es): Main

26. Industrial Math I industrial math I. Outline of Instruction. Madison Area Technical College. Course Information. Title industrial math I. Number - 804-141. http://matcmadison.edu/is/iss/etla/curriculum/AS/math/IndustrialMathI.htm

Industrial Math I Outline of Instruction Madison Area Technical College Course Information Title Industrial Math I Number - Developer - Lyle Hanson Development Date - Organization - Madison Area Technical College Division - Arts and Science Department - Mathematics Instructional Area - Mathematics Instructional Level - Associate Degree Potential Hours of Instruction - Total Credits - Instruction Type Periods Outside Hours Credits Classroom presentation Course Description A review of basic arithmetic, measurement and units, basic algebra, applied geometry, and introduction to trigonometry. The course begins with review of the arithmetic of fractions, decimals, percentages and the use of a scientific calculator. The metric and British system of measurement is covered along with the use of approximate numbers. The basic concepts of algebra are then reviewed with the goal of using these techniques to solve linear equations and inequalities with a single variable. Basic geometry is reviewed with the emphasis on computation of areas, perimeters, and volumes for special plane and solid geometric forms. The course concludes with the review of angle measurement and introduction of right angle trigonometry.

27. Industrial Mathematics 2 This course continues industrial math I (804141). A passing grade in industrial math I or equivalent competency as demonstrated by entry level assessment. http://matcmadison.edu/is/iss/etla/curriculum/AS/math/IndustrialMath2.htm

Industrial Mathematics 2 Outline of Instruction Madison Area Technical College Course Information Title - Industrial Mathematics 2 Number - Developer s - Lyle Hanson Development Date - Organization - Madison Area Technical College Division - Arts and Science Department - Mathematics Instructional Area - Mathematics Instructional Level - Associate Degree Potential Hours of Instruction - Total Credits - Instruction Type Periods Outside Hours Credits Classroom presentation Course Description This course continues Industrial Math I (804-141). It begins with the application of trigonometry to vectors and the use of radian measurement for angles and its application. The course continues with the following additional topics from algebra: monomial expressions, rules of integer exponents, addition of polynomials, and multiplication of binomials, radical representation of roots, fractional exponents, solution of quadratic equations, logarithms and exponential equations, review of slopes and intercepts of lines, solutions of linear systems of equations in two and three variables. The course concludes with an introduction to basic statistics.

28. Ma. Teacher Develops Industrial Math Program C/M NBS#1955 NASSMCNBS 05/09/2003 0800 AM. To NBS@nassmc.net. cc bcc Subject Ma. Teacher Develops industrial math Program C/M NBS 1955. NATIONAL http://notes.nassmc.org/nbsfile03.nsf/0/7bac39fb7e1793a685256d20007880a6?OpenDoc

29. Industrial Math Faculty industrial math Faculty. Back to Home Page. Melnikov Powell Sinkala Worsey Zijlstra. http://www.mtsu.edu/~mathsci/indmath/faculty.html

Industrial Math Faculty Back to Home Page Melnikov Powell Sinkala Worsey ... Zijlstra

30. Untitled Document at maccluer@math.msu.edu. Other MSU Mathematics Graduate programs. MSU Mathematics Department home page. Employers. MTH 843 A Survey of industrial mathematics http://www.mth.msu.edu/msim/

ACADEMIC PROGRAMS Graduate MS in Industial Mathematics MSIM Projects Resumes Application Assistantships ... Request Information Department Of Mathematics Michigan State University East Lansing, MI 48824 Phone: (517) 353-0844 Fax: (517) 432-1562 Professional Master of Science in Industrial Mathematics Introduction The goal of this program is 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. This program consists of six components: Survey of Industrial Mathematics (Fall semester).

31. Course Title: Industrial Math & Statistical Process Control Course Title industrial math Statistical Process Control Target Audience Production Operators and Supervisors Summary of Course Contents http://www.lbcc.cc.or.us/swpc/indmath.html

Course Title: Target Audience: Production Operators and Supervisors Summary of Course Contents: This is a sixty-three hour training is focused on the application of statistical process control and related mathematical concepts to quality improvement strategies in the secondary wood products manufacturing industry. Location of course: Comments from participants: Need to spend more time on math parts - pace too fast - most of us haven't used math in 20+ years and most of this we have never used - all in all, very interesting; Learned a lot and relearned even more; Would like to see the course done more in depth; Learned a lot - will use this instruction in the future; Class needs to be divided based on ability and paced according to that.

32. Course Title: Industrial Math & Statistical Process Control Level II Course Title industrial math Statistical Process Control Level II Target Audience Process Operators, Supervisors and Quality Engineers Summary of Course http://www.lbcc.cc.or.us/swpc/indmathII.html

Course Title: Target Audience: Process Operators, Supervisors and Quality Engineers Summary of Course Contents: This is a twenty-one hour training course focused on the foundations of contemporary manufacturing process management through the applications of statistical process control. Level II builds on the statistical tools and fundamental mathematics concepts of level I. Practical models are used to associate mathematics theory and concepts with statistical process control. Location of course: States Industries, Components Division, Eugene, OR Comments from participants: Did not feel pressured to perform; Thought you cared for the individual; Not enough information absorbed; Would like to take the same class again; Great class; Overall, an excellent class; I thought the time spent on the basic math was too long; The color tiles seemed like a waste of time.

33. AOIAL Industrial Math - Algebra AOIAL industrial math Algebra Trainee Name. Trainee Social Security Number . Trainee Status _. http://www.pwpl.com/primenet/opObjectives.asp?course=AOIAL&text=1

34. AOIB2 Industrial Math – Basic Operations 2 AOIB2 industrial math – Basic Operations 2 Trainee Name. Trainee Social Security Number . Trainee Status _. http://www.pwpl.com/primenet/opObjectives.asp?course=AOIB2&text=1

35. MII Workshop Schedule areas (parallel sessions). 900 930, Brent Lindquist, SUNY Stony Brook The industrial math Program at Stony Brook . 930 - 1000, http://www.ms.washington.edu/acms/activities/miiworkshop/

SIAM Northwest Regional Mathematics in Industry Workshop October 12-14, 2000 University of Washington Husky Union Building (HUB) Seattle, WA schedule registration accomodations transportation The SIAM Northwest Regional Workshop on Mathematics in Industry will be held at the University of Washington. This is the fifth Workshop in a series of regional meetings focused on mathematics in industry. These Workshops (funded by a NSF grant to SIAM) are intended to provide a forum for discussion on Applied/Industrial Mathematics Programs. See http://www.siam.org/mii for pointers to previous workshops in this series and the SIAM Report on Mathematics in Industry. The goal of the Northwest Workshop is to facilitate discussion between faculty, students, and mathematicians working in industry and national laboratories. The program will feature talks by representatives from local industry and national laboratories describing both their technical work and the opportunities for collaboration with academia and for summer internships. Additionally a number of university programs designed to enhance university/industry interactions or to prepare students for careers in industry will be described and there will be discussions of related undergraduate and graduate curriculum issues. Current and former students will describe their experiences working in industry and national laboratories, while parallel sessions will focus on more specific problem areas. Participation: Participants from both academics and industry/labs are welcome, and students are encouraged to attend. This workshop should be of particular interest to

36. Page Moved Research Experiences For Undergraduates (REU). The REU Program in industrial mathematics and Statistics was started at WPI in 1998 with funding from NSF. http://www.wpi.edu/Academics/Depts/Math/CIMS/reu/

This page has moved to index.php

37. CIMS - Center For Industrial Mathematics And Statistics The Center for industrial mathematics and Statistics (CIMS) was created in 1997 as a mathematical resource to industry that faces highly technical problems http://www.wpi.edu/Academics/Depts/Math/CIMS/

Welcome The Center for Industrial Mathematics and Statistics (CIMS) was created in 1997 as a mathematical resource to industry that faces highly technical problems involving sophisticated mathematics. The faculty members and students associated with the Center have the experience and expertise to address today's complex problems. Latest News The CIMS webpages have been updated. Please note that while all information is still present, many filenames have changed - please update your links! Please see the Events section for all current events. Last Changed: Tue Feb 24, 20:45:17 EST 2004 cims@wpi.edu

38. Adult Evening - Blank Basic industrial math I BS101 The student will be able to perform the basic mathematical operations necessary to function within http://www.mctec.net/adultevening/Description Basic Math I.htm

Home Adult Evening Basic Industrial Math I - BS101 The student will be able to perform the basic mathematical operations necessary to function within the construction and machine trades. Adding and subtracting whole numbers Multiplying and diving whole numbers Adding and subtracting fractions Multiplying and dividing fractions Adding and subtracting decimals Multiplying and dividing decimals Percentage problems Ration and proportion Square and square root of a number Area and perimeter Right triangles - are and degrees Area and circumference of circles Location: Assunpink Center 1 36-hour unit, 1 evening per week, 3 hours per evening (12 weeks) Text required Home Calendar Programs Faculty ... Directions Created By Dynamic Revolution

39. Bulletin Online At NC State October 22, 1999. CRSC hosts workshop on applied, industrial math. The Center for Research in Scientific Computation (CRSC) at NC http://www2.ncsu.edu/ncsu/univ_relations/news_services/ebulletin/99_10/1022/arti

October 22, 1999 CRSC hosts workshop on applied, industrial math The Center for Research in Scientific Computation (CRSC) at NC State University last week hosted a regional workshop that provided a forum on the need for and role of applied mathematicians in industry. The Society for Industrial and Applied Mathematics (SIAM) Southeast Regional Mathematics in Industry Workshop ran Oct. 10-12 at the McKimmon Center. It featured presentations on opportunities for mathematicians in industry, on the experiences of current math students and recent graduates, and on applied math initiatives in undergraduate and graduate programs. Panel discussions focused on mathematics in medicine, imaging science, mathematical finance, optimal design, and optimization in the airline industry. The regional meeting was the fourth in a series across the United States focusing on mathematics in industry. Dr. H.T. Tran, associate professor of mathematics and member of the CRSC, headed the local organizing committee for the workshop. "NC State was chosen for this workshop in recognition for being the home of one of the nation’s leading programs in industrial mathematics," said Dr. H. Thomas Banks, director of the CRSC and Drexel Professor of Mathematics.

40. Math Graduate Programs - The Program Depot Graduate Programs in industrial math Graduate Programs in industrial math Here are some innovative graduate programs that emphasize skills useful to industry http://www.hirc.pe.ca/math-programs/math-graduate-programs.html

math graduate programs We have put together a great resource for people searching for information on math graduate programs. Our staff at The Program Depot has put together this great list of math graduate programs related sites to make your life a whole lot easier when looking for information on math graduate programs. The Program Depot is always looking to add new links on our feature subject math graduate programs, so if you know of any great math graduate programs sites, please submit them to our site. Thanks from the staff at The Program Depot. You Are Here: The Program Depot math programs Results For: math graduate programs Sponsored Links PhDs.org Science, Math, and Engineering Career Resources Science career information, job listings for science PhDs, and information on graduate school in the sciences. ... PhDs.org Graduate School Rankings. Rank graduate programs according to your criteria. ... Stonehill College ... Links to more than 200 Graduate Programs in Mathematics arranged by state ... University of Colorado, Boulder (Applied Math ). University of Colorado, Boulder ...

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