Instead of hitting the beach over the third weekend in September, more than 1,000 students from several Florida and southeast universities loaded up on caffeine, went without sleep, and were driven by a “will to do good.”
“Field of Dreams” is a delightful movie. If you haven’t seen it, do yourself a favor and curl up on a do-nothing night and watch it. But even if you haven’t seen “Field of Dreams”, I’m sure you’ve heard the most famous line from it, “if you build it, he will come.” But since language is more fluid than the ocean, and changes to suit the context du jour, you more than likely have heard it as, “if you build it, they will come.”
We’ve all been there—sitting in the waiting room of a doctor’s office, filling out redundant forms with our healthcare history. Each time, we sit with silent frustration, wondering why we must complete the same paperwork every time we visit our healthcare provider.
We wonder: It’s 2019. Shouldn’t transmitting health information from one place to another be seamless?
MITRE staff, teleworkers, and business partners are attending more and more meetings virtually from different locations. Among the options at MITRE for communicating and sharing non-sensitive information, Slack, a cloud-based team collaboration tool, has become a meeting place where people can work productively and feel comfortable—much like a virtual coffee shop.
Sponsors turn to us for our expertise and expect us to have the answers and to make recommendations. This role of guide can be liberating. As guides, we no longer need to have all the answers. Instead we ask provocative questions to our sponsors to elicit their own answers. (Feel free to start playing the song “Let it go” in your head.) This change in role may push both us and our sponsors out of our proverbial comfort zones. Let me tell you how this has worked in real life.
How do we balance the desire of organizations to harness big data’s power with the need to prevent potential harm to individuals or populations? For health care, MITRE developed a framework to promote the ethical use of consumer-generated lifestyle data.
Awais Sheikh is the Capability Steward for Business Innovation here at MITRE. In this episode Awais helps us decipher a fundamental question for any organization on a mission to better the world. When you get past the hype, what is the real meaning of innovation? And perhaps more importantly, how can we get past the jargon so we can make a lasting, positive impact?
Today’s environment is one of constant change and disruption. Government organizations are greatly impacted by new technologies, new laws and policies, administration changes, and customer expectations for increased services. To carry out their missions and serve customers in this type of environment, government organizations must operate in a more agile manner and better manage constraints and demands.
Jackie Morin is a Senior Software Engineer whose journey at MITRE started when she was a high school intern. Now she guides new interns as they journey from academia to industry! Enjoy a discussion on what it takes to be an intern (and employee) here at MITRE, as well as the steps MITRE is taking to pave the way for future employees. It’s an exploration of excellence at all levels.
Coming from a military background, Jay learned about computer programming at a young age and developed a passion for it that introduced him to exciting emerging technologies at Carnegie Mellon, in the Air Force, in the consulting world, and, finally, in his current work at MITRE.
Andy Chapman’s recent lecture, “Advanced Manufacturing: Enabling Warfighter Innovation at the Tactical Edge,” tells the story of how his team worked with the Marine Corps to develop advanced manufacturing capabilities as part of a project to adopt Small Unmanned Aerial Systems (sUAS) into Marine operations. The MITRE team’s problem-solving approach with sUAS shows that by closely examining the context of the initial goal to identify the root of the problem, it is possible to realize a more complete scope of logistical, economic, and ethical results.
In the FY16 National Defense Authorization Act (NDAA), Congress established two Middle Tier of Acquisition (MTA) Pathways to streamline the requirements, budget, and acquisition processes to provide technologies faster to meet emerging military needs. Rapid Prototyping focuses on using innovative technology to rapidly develop fieldable prototypes within 5 years.
Ali Zaidi is a MITRE data scientist tackling an interesting challenge for MITRE as part of his work for Generation AI Nexus. As the fields of machine learning and data science have grown, the need for machine learning education has become a necessity of many fields few would associate with computer science.
This article identifies veterans navigating the process of transitioning to civilian employment in an attempt to highlight the struggles and benefits of being a veteran in the civilian workforce.
When one imagines the next source of emerging technologies that could serve MITRE and our government partners, the music and film industries are hardly the first ones that come to mind. However, with the surge of innovation happening outside of government walls, new ideas and emerging technologies can come from anywhere.
Anyone with experience facing an important challenge or project understands that the job is easier when you have the right tools. The Innovation Toolkit (ITK) is a collection of methods and techniques curated by MITRE experts to help teams be more innovative.
A few days ago, I was taking an exercise class at the gym. The highly motivational instructor often tells the class, “Your goal tonight is to fail! If you get to the point that you can’t do the exercise or lift your weight, then you have achieved your goal of muscle failure!” It got me thinking…
What child can resist the challenge of building a tiny robot (or “bot”) using the head of a toothbrush, a button battery, and a pager motor?
Science is “the systematic study of the structure and behavior of the physical and natural world through observation and experimentation.” Since its emergence during the late renaissance, scientific progress has been made primarily through the aptly named scientific method.
How do we prepare for the inevitable change in the world today? How do we take into account not just the way the world is now – but the way it looks in the future?