All That Philly Jazz

The Nobel Prize-winning author William Faulkner famously observed: “The past is never dead. It’s not even past.” At this weekend’s music hackathon, my team, All That Philly Jazz, will bring Philadelphia’s jazz legacy to the present.

The Philly Jazz App will map historic places and markers, murals and local venues to hear live jazz.

Looking beyond the hackathon, we will go back to the future and augment reality along South Street, Ridge Avenue and 52nd Street. Back in the day, those corridors were jumping with jazz clubs where legends like John Coltrane, Ella Fitzgerald and B.B. King hung out. I’m already fantasizing about the Fantasy Lounge, which was located across the street from the studios of Kenneth Gamble and Leon Huff’s Philadelphia International Records.

All That Philly Jazz is at the intersection of technology and art. The project can serve as a model for how art can be used to motivate underrepresented minorities to pursue STEM (science, technology, engineering and math). While jazz appeals to an older demographic, a project on, say, Philly’s or Brooklyn’s hip-hop legacy would resonate with young people who are disconnected from the innovation economy.

For more information, follow us on Twitter: @PhillyJazzApp.

STEM Empowers Young People to Imagine a Better Future

Friday was proclaimed “Science, Technology, Engineering and Mathematics Day” by Philadelphia Mayor Michael Nutter. All citizens were urged to support the Foundation for the Advancement of Technology in Education (FATE).

FATE is changing the fate of underrepresented minorities by connecting the best STEM ideas to schools and students. And their ideas work. One of FATE’s students, Zora Ball, is the youngest computer programmer in the country.

At the First Anniversary FATE Bootstrap Expo, Philadelphia Deputy Mayor & Managing Director Richard Negrin gave keynote remarks.

Negrin said technology is key:

I love technology. I love innovation. But it’s not technology for technology’s sake. It’s empowering. It changes lives.

Negrin noted that 54 percent of Philly households do not have broadband Internet access at home. They live in “digital deserts” disconnected from the innovation economy and trapped in poverty:

Technology can break the cycle of poverty. Technology can empower all our children. It catapults their learning and thinking. That’s how we get out of this crisis in the education system.

Negrin observed that it is important to connect the dots on how STEM matters in students’ day-to-day lives. But we can’t show them what’s possible because no one knows what the future holds. Instead, we must show students the way, teach them the skills, and free their minds.

STEM is Everywhere

STEM is short for science, technology, engineering and math. In the nation’s revitalized manufacturing industry, math matters. And for a lot of job applicants, that’s problematic.

McClatchy reports that manufacturers are having trouble finding prospective employees with basic math skills:

But what troubles General Plastics executive Eric Hahn is that although the company considers only prospective workers who have a high school education, only one in 10 who take the test pass. And that’s not just bad luck at a single factory or in a single industry.

Jacey Wilkins, a spokeswoman for the Manufacturing Institute, added:

You could think that even for production, do you really need to know math? But the truth is, you do, because these jobs are incredibly complex and integrate multiple functions and systems.

The truth is, part of the problem is how math is taught. The focus on repetition (“drill and kill”) and teaching to the test kill students’ interest. Sam Houston, president and CEO of the North Carolina Science, Math and Technology Education Center, said the Common Core State Standards Initiative will help teachers connect math to real-world possibilities:

The Common Core should give everyone a better means to answer the question, “Why do I need to know this?”

Why indeed. That’s what most schools don’t teach. That’s also the problem that STEMeverywhere will help solve.

At last weekend’s AT&T EduTech Hackathon, my team developed a prototype for a mobile-friendly website where we will curate free resources for teachers to help them connect the dots for students. The team members are Morgan Bagshaw, Pamela Bey, Jessica Hammond, Cheo Walker and Michael Washington.

In the Teachers’ Lounge, we will break down information silos and curate a fully indexed database of resources, including Common Core instructional materials, lesson plans, and tutorial/how-to videos on inquiry-based learning. On the community message board, teachers will be able to collaborate, share strategies and effective instructional practices, and identify their needs.

The Students’ Space will promote year-round learning and engagement among our target audience of middle- and high-school students. With one click, students will have access to free resources on how to build video games and other cool things, internships and contests. Using our interactive map, they will be able to search for tech-filled fun where they live. Our STEM Rocks interactive videos will connect students to STEM superstars who can expose them to the possibilities.

STEMeverywhere made it to the second round where we will compete for the grand prize of $5,000, plus in-kind business services from local partners.

We will be judged on three criteria – concept, development progress and implementation opportunity. We have an opportunity to have an impact on increasing interest in STEM among underrepresented minorities and girls. But it will take a village – crowdsourcing – to fix the crisis in STEM education.

If you want to get involved, contact us.

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Meet a STEM Superstar: Lisette Titre