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MITRE-Bedford Project Center
Bedford, MA, United States; (Outgoing Program)
Program Terms: A term
Restrictions: WPI applicants only
Budget Sheets: A term
Dates / Deadlines:
Term Acad Year App Deadline Decision Date Start Date End Date
A term 2015-2016 11/11/2014 01/30/2015 TBA TBA
Fact Sheet:
Program Term:
A Term
Project Opportunities:
MQP
Director:
Reinhold Ludwig, Sergey Makarov
Center Highlights:
Domestic, Low or No Cost
Housing:
Commute from campus
Program Preparation:
Summer internship
Program Eligibility:
Good academic standing (not on academic warning or academic probation), U.S. citizenship
Major Eligibility:
Computer Science, Electrical and Computer Engineering, Physics, Robotics Engineering
Program Description:

MITRELocation

MITRE is a nonprofit organization chartered to work on federally funded research projects for the Department of Defense (DoD), Federal Aviation Administration (FAA), and other government agencies. 
 
All MITRE projects are conducted at the Mitre-Bedford center in Bedford, MA. Students commute from WPI to Bedford by bus. Only U.S. citizens can be considered for this program.

Projects

MITRE provides project opportunities for Electrical and Computer Engineering majors. Most students begin with a paid internship at MITRE during the summer before their project work commences. The internship enables students to perform background research in their project areas and liaise with MITRE company mentors.
 
During A-Term students work full-time for approximately eight weeks, from late August through mid-October. WPI provides daily transportation from campus to Bedford at no cost to student participants. Each team works with a company-designated mentor and WPI faculty advisor. Project work concludes with an MQP report and formal presentation at MITRE.
 
Admission is competitive, limited to U.S. citizens, and based on academic performance, maturity, independence, and project-relevant skills determined during interviews.

Project Examples

One possible project area involves analyzing the effect of wind turbines on radar. Projects will look at computational characterization of wind farm returns, develop greater understanding of the Doppler behavior of wind turbines, generate insights into mitigation techniques, and develop dynamic adaptation/filtering in response to rotation and speed changes of the turbines. 

Another project area focuses on the design, computational modeling, and practical realization of small antenna systems. Research will emphasize the exploration of novel antenna topologies and special material choices.
low or no cost