In our demonstration on radar systems, Science on Saturday participants learn how radar measures speed of a moving object.

Outreach

Making an Impact in our Community

Community service and educational outreach are important to us. Our outreach programs are motivated by the desire of our employees to help people in need and to encourage students' interest and participation in engineering and science.

In response to the COVID-19 (coronavirus) outbreak, MIT Lincoln Laboratory will suspend all summer K-12 outreach programs. This includes LLRISE, LLCipher, and all other scheduled programming. We are following MIT’s policy on K-12 Summer programming. In light of this announcement, Lincoln Laboratory is exploring ways in which we can modify the teaching of these courses in a virtual environment. We will keep you informed on the potential of this approach in the coming months.  

If you are interested in being consider for virtual LLRISE and LLCipher programs please continue to complete your application. The LLRISE student application portal will remain open till April 3, 2020, 8 PM and LLCipher’s deadline will remain the same. Teacher recommendation portal will no longer have deadline for both programs.

Thank you for your continued interest in Lincoln Laboratory’s STEM programs.  

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AFCEA intern Darian Rivera spent his summer in our Active Optical Systems Group, modifying firmware in an existing camera to calculate a real-time centroid.
STEM Program
  • High School (Grades 9–12)

Armed Forces Communications and Electronics Association (AFCEA) High School Internships

AFCEA arranges internships for 40 high school seniors interested in science, technology, engineering, or mathematics. Lincoln Laboratory selects two students to do hands-on, project-related work with a mentor.
Photo of MIT students with UAVs they designed and built
STEM Program
  • Undergraduate Students

Beaver Works

Project-based learning lets students explore solutions to real-world problems.
Students build a Raspberry Pi camera and learn how to program Instagram-like filters in the Girls Who Build Cameras workshop.
STEM Program
  • High School (Grades 9–12)
  • High School Teachers

Girls Who Build

Girls Who Build courses are hands-on applied engineering curricula for students and educators.
This course provides instructions for programming a wearable circuit board that measures resistance from a pressure-sensitive conductive sheet in the heel of the shoe. When resistance changes, red lights are triggered.
Online STEM Course
  • Middle School (Grades 6–8)
  • Middle School Teachers

Girls Who Build Wearable Technology Online Course

The Girls Who Build Wearable Technology online course guides students on how to use computer science, electrical engineering, and mechanical engineering to make their own wearable technology.
Radar Systems Engineering Course - Image of ASR-9 (Airport Surveillance Radar)
Online STEM Course
  • Graduate Students

Graduate Radar Course

The Radar Systems Engineering course (video, audio, screen-captured PowerPoint slides, and separate pdf slides) has been developed as an introductory course in radar systems for first-year graduate students, advanced senior undergraduates, or professionals new to radar.
Students work collaboratively to assemble their radars in our LLRISE course.
STEM Program
  • High School (Grades 9–12)

LLRISE

Lincoln Laboratory Radar Introduction for Student Engineers (LLRISE) is a two-week, residential radar workshop for rising high school seniors.
When not pursuing STEM activities, Venture Crew 1775 enjoys monthly outdoor activities, like hiking Mount Katahdin.
STEM Program
  • High School (Grades 9–12)

Venture Crew

The Boy Scouts Venture Crew 1775 is a co-ed group of scouts who focus on adventure, STEM, and service.
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