The Operating Units of Textron Systems currently have 2014 Internship positions posted on the Textron college recruiting site (collegejobs.textron.com).  These internship roles cover different disciplines such as: Engineering, Finance, Integrated Supply Chain, Information Technology, and general Business roles.  Please make sure you are reviewing these opportunities and applying for those roles in which you are interested and qualified.  The Operating Units of Textron Systems focus on providing both products and services that support our military and

are have locations throughout the United States including the following sites:

Wilmington, MA (Textron Defense Systems)

Baltimore, MD (AAI Corporation)

Charleston, SC  (AAI Corporation)

Huntsville, AL  (AAI Corporation)

Slidell, LA  (Textron Marine & Land)

Austin, TX  (AAI and Overwatch)

Williamsport, PA  (Lycoming)

We have internships at various locations supporting a wide range of functions within our business to include: 

•Business Development 

•Contracts 

•Engineering - Aerospace, Electrical, Test, Software, Systems, and Mechanical 

•Environment, Safety & Health 

•Finance 

•General Business 

•Human Resources 

•Information Assurance/Cyber Security 

•IT 

•Legal 

•Marketing & Communications 

•Network Engineering 

•Procurement 

•Production Planning 

•Project Administration 

•Quality Assurance 

•Research & Development Engineering 

•Security 

•Supply Chain Management 

•Technical Writing 

•Welding Engineering 

Submit your resume in UMBCworks and apply online at http://www.textron.com/careers/undergrads-graduates/index.php today!

Please note students must have a 3.2 and be a US Citizen/National to be considered.

Computer Science and Electrical Engineering
Quantum Computing Seminar

Thermal Light N-qubit

Tao Peng (PhD Advisor: Yanhua Shih)
UMBC Physics Department

2:30-3:00 Tuesday, 22 October 2013, ITE 325b

This talk will discuss the equipment and optical elements that required for building the incoherent thermal source, the qubit, and the detection scheme of the intensity fluctuation-fluctuation correlation.

All optical XOR, CNOT gates with initial insight
for quantum computation using linear optics

Omar Shehab (PhD Advisor: Samuel Lomonaco)
UMBC CSEE Department

3:00-3:30 pm, Tuesday, 22 October 2013, ITE 325b

The design for an all-optical XOR gate is proposed. The basic idea is to split the input beams, and let them cancel or strengthen each other selectively, or flip the encoded information based on their polarization properties. The information is encoded in terms of polarization of the beam. Polarization of a light beam is well understood, hence, the design should be feasible to implement. The truth table of the optical circuit is worked out and compared with the expected truth table. Then it is demonstrated that the design complies with the linear behavior of the XOR function.

Next, based on a similar idea, the design of an all-optical CNOT gate is proposed. The truth table for the gate is verified. Then, it is discussed how this approach can be used for Linear Optics Quantum Computation (LOQC). It is shown that a Hadamard gate, a rotation gate, and a CNOT gate make up a universal set of quantum gates based on linear optics. This novel approach requires no additional power supply, extra input beam or ancilla photon to operate. It also does not require an expensive and complex single photon source and detector. Only narrowband laser sources are required to operate these gates.

Organizer: Prof. Samuel Lomonaco, Sorry, you need javascript to view this email address.

The UMBC ACM student chapter will host the second meetup of Baltimore Code Craftsmanship user group at 6:45pm on Thursday, October 24 in the ITE building on the UMBC Campus.

This meetup is for the students and software developers in the Baltimore area that care about the quality of their work and want to practice and improve their programming skills, share what they know and learn new things from others.

Members of the UMBC community can RSVP for the event by completing this form. More details can be found on the form or below. Participants outside of the UMBC community should register on the meetup site. Registration for this meetup is available for a limited number of participants.

This is a hands on coding user group with no presentations. Each meeting will be a dojo where we will go through a challenging software craftsmanship exercise that focuses on clean code, test-driven development, design patterns, and refactoring. We will pair up and practice on a kata in order to learn and apply the values, principles, and disciplines of software craftsmanship. Come with your laptop equipped with your favorite programming and automated unit testing environment. If you don’t have a laptop, come anyway, we will need only one laptop for every two people. Be prepared to pair up, learn, share and have fun!

The event is open to all UMBC students, however programming ability is required. Interested faculty members can join in too! This can also be a good opportunity to network with professionals from various companies and get yourself noticed for any job opportunities that exist.

If you have questions or suggestions, send email to Primal Pappachan (Sorry, you need javascript to view this email address. ) or Vladimir Korolev (Sorry, you need javascript to view this email address. ).

The UMBC Council of Computing Majors (CCM) will meet from Noon to 1:00pm on Monday, October 21 in room 101 in the Administration building. CCM is a student organization representing undergraduate computer science and computer engineering majors and anyone else with an interest in computing. Everyone is welcome.

At next week’s meeting, Austin Murdock will give an overview of Raspberry Pi and Arduino technology and lead a discussion about possible CCM group projects involving them.

The Raspberry Pi is an inexpensive, credit-card-sized single-board computer that runs Linux and Arduino is a single-board microcontroller used to make using electronics in multidisciplinary projects more accessible. Their low cost, size and power requirements make them ideal for building novel embedded applications in a familiar Linux environment using open source software.

from "The Middlebury Campus"
Middlebury College

(Not So) Safe Space

by Guest Contributor / op-ed (1) in Opinions / October 9, 2013