I wanted to touch base with you about a full-time job opportunity for the graduating seniors.

Match Corps: Merrimack Valley is a full-time, 10.5-month urban education math tutoring fellowship in two high schools in the Merrimack Valley. We are hiring 50 smart, idealistic, relentless people to work during the 2012-2013 school year. Each Fellow works during the school day with two students at a time for five periods a day, and will have a personal caseload of 12 students all year long. Fellows not only will drive student achievement by providing individualized instruction, but will also build personal and meaningful relationships with urban students and their families during this pioneer year of service.

Brochure

YouTube Video

www.matcheducation.org

We could really use your assistance in finding some top-notch seniors for our program. Please consider the seniors you know and share this information with them.

If your schedule allows it, I would love to talk for 15 minutes about this groundbreaking fellowship opportunity. Please let me know if you are available.

-Antonio Gutierrez

Antonio J. Gutierrez, Jr.

Director of Business Development and Public Relations Coordinator | Match Tutors

MATCH School Business Office | 215 Forest Hills Street | Jamaica Plain, MA, 02130

Cell: (508) 505-0528 | Office: (857) 203-9662 | Fax: (617) 232-2838 | Web Site: http://www.matcheducation.org/join-us/match-corps-merrimack-valley

Dr. Joe Paullet

Professor of Mathematics

Penn State - Erie

The Behrend College

Thursday, April 12, 2012

3:30pm - 169 Nick

A Boundary Value Problem From Fluid Mechanics

This talk will investigate a boundary value problem related to unsteady laminar boundary layer flow due to a stretching surface.  The problem consists of a nonlinear third order ODE posed on the positive half line with two conditions prescribed at zero and one at infinity.  Using techniques from calculus and differential equations we will prove existence of a solution for all relevant values of the physical parameters.   Uniqueness of the solution is also proved for some (but not all) values of the parameters.  Finally, a priori bounds are obtained for the skin friction coefficient and local Nusselt number.

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The talk will be accessible to undergraduates!

Ms. Tanya Riston & Mr. Gabriel Kramer

Penn State - Erie, The Behrend College

Riston's Title:  Finite Distributive Lattices

Abstract:  In the early 1890s, Richard Dedekind asked himself the following question: Given three subgroups A, B, C of an abelian group G, how many different subgroups can you get by taking intersections and sums. The answer is 28.  In looking at this and related questions, Dedekind was led to develop the basic theory of lattices, which he called Dualgruppen.  Lattices, especially distributive lattices and Boolean algebras, arise naturally in logic.  Unfortunately, not much happened in lattice theory over the next thirty years. It was not until the 1930's when the development of universal algebra by Garrett Birkhoff, Oystein Ore and others, was Dedekind's work on lattices rediscovered.  From then on, lattice theory has been an active and growing subject, in terms of its application to algebra and other areas of mathematics.

In this talk, we will give an overview of finite distributive lattices and their properties. In addition we will give a few examples and current open questions of consideration.

Kramer's Title:  Vertex Replacement Rules

Abstract:  A vertex replacement rule replaces vertices of one graph with copies of another. This talk will discuss: what happens when these graphs are subject to an infinite number of replacements, the conditions required for vertices to be replaceable, and two theorems involving the isometry of graphs.

Thursday - April 5^th, 2012

2:30 pm

117 OBS

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The talk will be accessible to undergraduates!

Dr. D. J. Galiffa

Assistant Professor of Mathematics

Penn State - Erie

The Behrend College

Title:  The Sheffer A-Type 0 Orthogonal Sequences, Part I: Characterizing Theorems

Thursday, March 29, 2012

3:30 pm

117 OBS

Abstract:  Previously, we have discussed a method for obtaining the Sheffer B-Type 1 orthogonal polynomial sequences, which utilized computer algebra (Mathematica).  Recently, the presenter has had his research monograph entitled "On the Higher-Order Sheffer Orthogonal Polynomial Sequences" accepted for publication in the Springer Briefs in Mathematics series. This work contains not only the new results on the B-Type 1 polynomials, but also the characterizations of the orthogonal A-Type 0 sets conducted by J. Meixner and I.M. Sheffer, applications of these sets and future research. In the present talk, we cover the aforesaid characterizations of Meixner and Sheffer and supplement these results with some concrete examples. We conclude with theorems that characterize the notion of Type.

Title:  The Sheffer A-Type 0 Orthogonal Sequences, Part II: Applications  -

Thursday, April 5, 2012

3:30 pm

117 OBS

Abstract:  We continue the previous talk by addressing several of the applications of the Sheffer A-Type 0 orthogonal sets. These applications include; first and second-order differential equations, approximation theory and quantum mechanics. We will show how to develop and prove the relevant theorems and also give some specific examples, e.g. a connection with the Schrödinger Equation, which can be used to describe the wave-nature of quanta. We also show how several relationships of the Sheffer A-Type 0 orthogonal sets with other branches of mathematics arise as a byproduct of the applications.

Dr. Papiya Bhattacharjee

Assistant Professor of Mathematics

Penn State - Erie

The Behrend College

Title:  Distributive Join Semilattices, with 0.

Abstract:  A lattice is a set L with a relation, ≤, such that any pair of elements from L has a least upper bound (supremum) and a greatest lower bound (infimum). On the other hand, a join semilattice is a set S with a relation ≤ such that any pair of elements from S has a supremum  (there is no infimum).

It is known that the study of distributive lattices is equivalent to the study of algebraic frames satisfying the finite intersection property (FIP).   Also, the study of distributive join semilattices is equivalent to the study of algebraic frames (without FIP). 

Algebraic frames have been studied for a long period of time and FIP plays an important role. In this research talk the speaker will be focused on algebraic frames without FIP, from the point of view of join semilattices.  The speaker will discuss various results that are analogous to lattices.

Tuesday -February 28

3:30 pm

170 NICK

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The talk will be accessible to undergraduates.

Gregor Olŝavský

Instructor of Mathematics

Penn State - Erie

The Behrend College

Title:  Integers mod n: ideals, modules and direct sums. 

Abstract: The purpose of the talk is to exhibit the structure of the ring as a direct sum of ideals formed from idempotent elements of the ring.  The only prerequisite is the definition of a group.  I will show that the ring of integers mod n can be viewed as a module over itself, which means that any submodule is also an ideal of the ring.  A nice implication of this is that any element r in the ring can be written in a unique way as the sum of q elements, where q is the number of distinct prime factors of n.

Thursday - February 23, 2012

2:30 pm

170 NICK

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The talk will be accessible to undergraduates.

The U.S. intelligence industry offers tremendous career opportunities for Penn State Behrend students, especially those in disciplines such as management information systems, computer science, computer engineering, electrical engineering, software engineering, psychology, and political science. The national intelligence arena also presents faculty members with significant research, development and consulting opportunities.

We've invited a leader in the intelligence industry--Vicente Garcia with Scitor Corporation of Chantilly, VA--to campus next Tuesday, Feb. 21, to share his insights into the industry.

As your schedules allow, we hope you can join us for a morning meeting with Vicente at Logan House and/or one of the presentations scheduled later in the day in McGarvey Commons. See the attached agenda and poster for details.

We also ask that you encourage interested students in your classes to attend any of the sessions in McGarvey Commons--with the incentive of free pizza, we might add!

If you're able to attend the morning session noted on the agenda, please reply to this e-mail. To make your reservation for one of the sessions in McGarvey Commons, call the Academic and Career Planning Center at x6164.

Opportunities in Intelligence.pdf

Erie Insurance Group, located in Erie, PA, will have Information Technology internships available to students pursuing a Bachelor's degree in an IT-related discipline.  Applications will be accepted from students who are completing their sophomore or junior year with a minimum cumulative GPA of 3.0.  This is a paid-internship, and housing assistance may be available to those that qualify. For more information and to apply, please visit www.erieinsurance.jobs<http://www.erieinsurance.jobs/>  and complete our online application. The specific positions are listed and can be applied to directly. Students should pay attention to the qualifications listed on each specific posting.

IT interns are being recruited for one of the following disciplines within our IT Division:

Programmer Trainee Intern

Learns and writes program code from specifications for new or modified computer programs to meet the client's business and technology needs. Learns and applies principles and techniques of programming, including multiple programming languages, databases and operating systems. Works in batch, online, web and PC-based systems as required. Qualifications include:  Pursuit of Bachelor's degree in Computer Science, Mathematics or Business Administration and basic knowledge of programming languages and techniques.

Quality Assurance Intern

Prepares basic test cases and scripts, executing scripts for web applications, mainframe systems, PC applications and client server applications. Assists in the data collection and process compiling expected results. Assists testing specialists and engineers as needed. 

Qualifications include:  Pursuit of Bachelor's degree in Computer Science or MIS and basic knowledge of word processing, spreadsheet, database and testing software.

Project Management Intern

Works with Clarity System to enter or maintain project planning information. Maintains other project controls, including meeting minutes, issue logs and status reports. Reviews meeting minutes. Reads project status reports and updates project performance metrics. Qualifications include: Pursuit of Bachelor's degree with completion of sophomore year in MIS, computer science, business management, or related field.

NOTE: APPLICATIONS WILL  BE ACCEPTED UNTIL FURTHER NOTICE.

The PA Department of Labor & Industry's Center for Workforce Information & Analysis anticipates hiring approximately 3 to 5 Descriptive Statistician 1  positions over the next 12 months.

Here is the link to the Center for Workforce Information & Analysis website: http://www.paworkstats.state.pa.us/ so that students can view the type of data that is collected, reviewed, and analyzed.

Senior Students:

Students  may take the test if they have completed 90 or more credit hours  that includes  the completion of 12 semester hours of  coursework in statistical theory and methods or in courses placing major emphasis on the application of statistical methods to specific subject matter fields; and expect to receive a bachelor's degree within the next 7 months.  Students must submit a copy of their transcripts (unofficial transcripts are acceptable), with their online or paper application that includes the completion of the 12 semester hours of coursework in statistical theory and  methods or in courses placing major emphasis on the application of statistical methods to specific subject matter fields. 

Here is the description of duties and minimum qualifications from the test announcement: 

NATURE OF WORK

Descriptive Statisticians collect, organize, classify, and summarize quantified data to produce reports for an assigned phase of a major report or special study.  Descriptive Statisticians 2 work with greater independence on more difficult and complex assignments, and may also function as lead workers, and may direct the work of employees engaged in collecting, classifying, summarizing, and presenting quantified data.

Statistical Analysts collect, organize, classify, and analyze quantified and statistical data in projects and special studies.  They develop study plans, determine data needs and statistical techniques to be applied, and prepare reports or studies.  Duties and responsibilities increase in difficulty and complexity at the 2 level.

JOB REQUIREMENTS

You will be tested before your qualifications are reviewed.  Your test results will count only if you meet all job requirements.  If after reading the requirements you are not sure you qualify, contact one of the Commission's offices listed at the end of this announcement.

You must be willing to travel.  Travel expenses will be paid.

You must be a Pennsylvania resident, of good moral character and able to perform the essential functions of the job.

Minimum Requirements

Descriptive Statistician 1

Two years of experience as a Statistical Assistant; OR 1 year of experience in the collection, compilation, editing and logical interpretation of quantified data and a bachelor's degree; OR a bachelor's degree that includes or is supplemented by completion of 12 semester hours of coursework in statistical theory and methods or in courses placing major emphasis on the application of statistical methods to specific subject matter fields; OR an equivalent combination of experience and training.

Descriptive Statistician 2

One year as a Descriptive Statistician 1; OR 2 years of experience in the collection, compilation, editing and logical interpretation of quantified data and a bachelor's degree; OR 1 year of experience in the collection, compilation, editing and logical interpretation of quantified data and a bachelor's degree that includes or is supplemented by completion of 12 semester hours of coursework in statistical theory and methods or in courses placing major emphasis on the application of statistical methods to specific subject matter fields; OR an equivalent combination of experience and training.

Statistical Analyst 1

A bachelor's degree in statistics or mathematics, including or supplemented by completion of 12 semester hours of coursework in statistical theory and methods or in courses placing major emphasis on the application of statistical methods to specific subject matter fields; OR an equivalent combination of experience and training.

Statistical Analyst 2

One year as a Statistical Analyst 1; OR 1 year of experience in statistical analysis and a bachelor's degree including or supplemented by 12 semester hours of coursework in statistical theory or in courses placing major emphasis on the application of statistical methods to specific subject matter fields.  Appropriate graduate study in statistical theory or methods, mathematics or a related field may be substituted for the required experience on a year-for-year basis; OR an equivalent combination of experience and training.

Clarification of Requirements

You may substitute related education for the required experience or appropriate experience for the required education.  Unrelated experience or education will not be accepted.

TESTING

The test will be administered on a computer.  Information about computerized testing is available online at www.scsc.state.pa.us OR in paper form at any State Civil Service Commission office. 

You will have a maximum of 3 hours to complete the test which will cover the following subject areas:

The test will be administered in the Harrisburg, Philadelphia and Pittsburgh State Civil Service Commission offices, Monday through Friday.

The test also will be held approximately 10 days a month at additional test centers located in Allentown, Erie, Johnstown, Lock Haven, and Scranton.  For further details on test dates, contact the Commission's Information Services Unit; Telephone (Voice) (717) 787-7811, Text Telephone (Deaf/Hard-of-Hearing callers only) (717) 783-8896.

If you take the test and want to take it again, you may be retested after 6 months from the date of your test.  You must submit a new application to be retested. If your name is on an eligible list for these job titles and you take this test, your most recent examination result will be the only one counted.

TEST RESULTS

Employment and promotion lists will be established.  You will be notified in writing of your test results.

HOW TO APPLY

Apply online at www.scsc.state.pa.us or submit your completed paper application to:

State Civil Service Commission

ATTN:  Applications

P.O. Box 569

Harrisburg, PA  17108-0569

If you are using the specified 12 college credits to qualify, online and paper applications both require submission of a copy of your transcripts at the time of application.  Unofficial transcripts are acceptable.  Enter your name and Social Security Number at the top of the transcripts.  Send by e-mail to RA-cs-transcripts@state.pa.us or fax to (717) 787-8650 or mail to the above address.

The following link, How to Get a Civil Service Job, provides detailed application procedures for students that wish to apply for this (or other PA Civil Service covered career opportunities):

How to Get a Civil Service Job instruction page:

http://www.portal.state.pa.us/portal/server.pt/community/general_information/14274/how_to_get_a_civil_service_job/590778

Interested students should make application as soon as possible.  If you (or your students) have additional questions, or require clarification on the application process, please feel free to contact me.

Thanks for your effort!

Susan E. Zehner | Human Resource Analyst

Bureau of Human Resources

PA Department of Labor and Industry

Room 1418 | Labor and Industry Building

651 Boas Street | Harrisburg PA 17121

Phone. 717.787.7027 | Fax. 717.772.3351

Email| szehner@pa.gov | www.dli.state.pa.us

Dr. Amos Ong

 Lecturer in Mathematics

Penn State - Erie

The Behrend College

Title:  Polynomials T_n(x) from cos(n theta)

Abstract:  In this talk, we will discuss many neat elementary aspects of the Chebyshev polynomials starting from expressing cos(n theta) in terms of cos(theta) they form a set of orthogonal polynomials with weights 1/sqrt(1-x^2).  We will also derive the three term recurrence relation, the

Differential Equation, and see how we can/should define the Chebyshev polynomials of the second kind from there.  This talk is suitable for undergraduates with only knowledge of simple trigonometric identities and a little bit of calculus.

 Thursday -December 1, 2011

1:30 pm

169 NICK

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The talk will be accessible to undergraduates.

Paul Olson

 Lecturer in Mathematics

Penn State - Erie

The Behrend College

Title:

"What if    A/(1-r)=A+AR+AR^2+Ar^3+   . . .       ?" 

Abstract:

            The idea of infinite series can be found in a number of our mathematics courses, including calculus, differential equations, real analysis and complex analysis.  Geometric series provide convenient examples for both convergent series and divergent series.  By focusing on (convergent) geometric series and partial fraction decomposition, we have a technique that allows us to generate Maclaurin series (and Taylor series) for certain rational functions without having to use the definition of the coefficients for these series.

 Tuesday - November 15, 2011

1:30 pm

22 Witkowski

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The talk will be accessible to undergraduates.