Category: Education Center

Biggest names in PR and marketing pitch in to help Apps for Good entrepreneurs. Tony Parkin reports

The Tech City area around Shoreditch, just north of Liverpool Street station, is one of the coolest areas for would-be digital entrepreneurs to hang out, and in Tech City there’s nowhere cooler than Google Campus. Where better for Apps for Good to hold an Alumni Workshop to help their successful pupil teams from 2010/11 and 2011/12 further develop their entrepreneurial and marketing skills to help promote their apps?

Apps for Good is widely known for its work helping school students create Android apps, and get the winning apps (see “East End girls flood Android ‘Apps for Good’ course” and “Apps for Good opens up for more schools to join”). What is perhaps less well known is the ongoing marketing and entrepreneurial support dimension of this inspirational work once the apps have been created.

The recent marketing workshop for Apps for Good alumni teams featured some of the biggest names in PR, marketing and product launches to help the successful teams with developing ideas for promoting and developing their successful apps. Among them was Apps for Good supporter and branding guru Chris Moss, founder of the Orange brand, creator of Virgin Atlantic’s “Magic Moments” campaign and former 118 118 chief executive. Chris was joined by product  expert David Ponsford, director of product management with Truphone, formerly of Skype and who had presented alongside Steve Jobs at the Apple iPhone 4 launch. They ran a session for the students on marketing their app. The seminars also included one from tech PR veteran William Ostrom, communications director of kgb (no, not the Russian one) providing advice to the teams on how to get their app into the media.

App design not just about tech – you need branding, product marketing and PR

The afternoon started with pitches by the various student teams to the group about their apps, and then the top-quality seminars on branding, product marketing and PR alternated with student presentations and workshop exercises that helped them improve their pitches, and drove the key messages home. The pace and level was high and relentless, but everyone was clearly having fun. One dreads to think what the commercial charges for such top-quality training would be!

Between the sessions I managed to grab a few words with some of the students and teachers present, who unsurprisingly were full of enthusiasm and praise for what they had learned, not only during the day but on their Apps for Good journeys.

Reading Girls’ School Year 11 student Kanchan is part of the RMBme team. They created an app to help people use their phone to take photos of things they mustn’t forget and link them to an alarm. It was designed for students but is useful for anyone. As Kanchan talked it became clear that improving technical skills was far from the only aspect of her learning journey with Apps for Good.

“I found out about Apps for Good through my ICT teacher,” she explained. “She put us into groups with mixed abilities and I was in a team with two Year 8s and one Year 9. We had never even seen each other at school before and we were forced into this group – but we ended up becoming friends. The main thing I gained from Apps for Good was confidence in presenting – it even helps with English class. My confidence has gone from zero to 100 per cent after all the pitching and presenting we’ve done.

“The one thing that surprised me about building apps is the process. I thought that one person just sits at their computer and makes an app but I learned there are all different people who contribute to making an app, and it can take a year or more of hard work to get it done. I’m most proud of having the app – it is one of the coolest things I can say! We have an app on the Android Market and you can see our names next to the app. I use RMBme every day and hope other people will too!”

‘We wanted to make it for students but it is helpful for everyone’

Her RMBme teammate Year 9 student Urooj added: “Our app idea was inspired by our experience in forgetting things during their exam period. Our app lets you take a picture of what you need to remember and set it as your reminder. We wanted to make it for students but it is helpful for everyone. We have been raising money at school by selling RMBme badges to help promote our app which has been lots of fun – now everyone at school wears our badges and helps to promote our app. Being a part of Apps for Good has really opened up my mind about what I might do as a career because there are so many different careers I had never thought about before Apps for Good.”

Central Girls Foundation student Janna is part of the WeatherBirds team. She said: “Through the Apps for Good course we’ve learned all kinds of technical skills like user interface design and coding. We’ve also built our skills in everything from talking to a room full of investors to learning how to project manage large and difficult projects – which helps even in preparing for A-levels! One of the best part of the process was witnessing the app develop from our idea to a real functioning app that will help people in their gardens. The experience has showed us that while there are billions of problems around the world, there are also billions of ways to solve them and technology can help make that happen. Plus we really enjoyed working with people from industry, especially Margaret from Thomson Reuters, who really encouraged us throughout the process of making our app and still does!”

“Apps for Good’s mentors are massively beneficial”

Teacher Gail Harrison, from St Matthew Academy, south London, was equally full of praise for the support from Apps for Good team and their industry backers. “From the teacher’s point of view, you need confidence and support from Apps for Good to get this off the ground, and their behind the scenes support is absolutely amazing. The groups of students had some really good ideas, the apps were all their own work, and they needed very little teacher input other than support and occasional advice. But the Apps for Good’s team of mentors are massively beneficial. There is total security, but they are always contactable for ideas and guidance.”

Sitting nearby was St Matthew Academy student David, who had created an app ‘Beat the Book’. He added “My app helps get students to read by giving them a game to play as a reward for reading and understanding the books set by their teacher. By learning about how I could solve a problem using technology, I’m now interested in IT and might even work it in when I’m older”. Gail and David described how reluctant he had been in the early days when it came to presentations. But by the time of the Apps Final at BT Tower, David found himself confidently showing off his app, and discussing it with Davina McCall “How cool was that?” he grinned.

Gail also sang the praises of other industry mentors and advisers, such as Kevin Ayres, managing director of LinkedIn Europe. “He wasn’t even officially assigned to our apps, but when he saw what the pupils had done he contacted the school, and asked to come in and meet and talk with them. He did a couple of sessions, met up with students up in the head’s office, and did a huge amount to help bolster the project in the school.”

More information  

Now is the perfect time for schools who are interested in Apps for Good to get involved. The organisation is currently recruiting primary and secondary schools for the next round of Apps for Good courses. More details on what is entailed, and how to apply, can be found at on the Apps for Good website  See also ”East End girls flood Android ‘Apps for Good’ course” and “Apps for Good opens up for more schools to join”

Tony Parkin, former head of ICT development at the Specialist Schools and Academies Trust (The Schools Network) and now an independent consultant, describes himself as a ‘disruptive nostalgist’. He can be contacted at  This e-mail address is being protected from spambots. You need JavaScript enabled to view it  or on Twitter via 

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Good, Good Skillsets

LUCAS COUNTY — If you plan on drinking Saturday night, bring a designated driver.

The Ohio State Highway Patrol is holding an OVI checkpoint on McCord Road south of Dorr Street.

The checkpoint will last from 9pm Saturday night to 1am Sunday morning.

In addition to the checkpoint, extra patrols will be out looking for drunk driving.

Tags:
Checkpoint, Ovi Checkpoint

  • Firstly yes, I know the error in the title! This one is called Week 1 , and so was the last one: Week 1: Induction #ocTEL. I made a mistake, last week. While last week was technically the first week of the MOOC it was not assigned a numerical identity as it was the orientation / induction week. Thats why, if youre reading this MOOC series back there are two week 1 posts!

I want to continue the style I started in my previous post by highlighting each activity as the ocTEL website/email introduces us to it

and I start with an confesison. I think Im all read out. Ive been reading so much recently, and with Inge Ignatia de Waards MOOC Yourself (2013) book just added to the list, Ive had enough. So this week Ive taken some time off and just done the bare minimum.

Activity 1.0: If you only do one thing Deciding on two of these resources to concentrate on was easy. Do I review Helen Keegans keynote that I loved at last years pelc12 event because (a) I was in the audience during the recording and remember the gasps from the audience as we realised how risky and brave shed been throughout the project, and (b) enjoyed the whole ARG-thing. Do I look into the technology of touch and the work of haptic technology that enables learning in a safe tactile environment? I want to stay away from something Im familiar with (so that drops Sugata Mitra off the list, Ive blogged about this work too), so that leave Eric Mazur and Stephen Downes / George Siemens references.

Eric Mazur, talking about peer instruction (three minutes from where the below video starts) is not familiar to me. Eric talks of the ah ha moment that happens outside the classroom, and which is the hard part of learning is it the information transfer or the assimilation of knowledge?

By concentrating on the easiest of the two elements of learning, the information transfer, we leave the students to fend for themselves for the reflection and assimilation of knowledge this isnt right, as this is as important, if not more so, than the actual initial introduction of the information. By throwing out this initial stage of learning, by replacing the lecture with a recorded lecture the students watch before the session he has been able to introduce discussion and questioning to the learning process where there wasnt time or inclination before. Is this better learning, or just a better method for presenting the opportunity to learn?

And what of George Siemnes and Stephen Downes? I follow their work on Twitter, whenever possible, and their continued development of a sustainable and appropriate MOOC pedagogy. From a student-centred constructitivst approach where the institution makes the content and process of learning available (the open in the MOOC acronym) and the students create their own spaces (like ocTEL and EDC MOOC) to publish their opinions and openly discuss them. I like and am comfortable with this approach as it is a space I can learn in I figured out very quickly during my undergraduate days (mid 1990s) that I didnt learn in a lecture theatre, that I didnt like being talked at and that Im a kinesthetic learner (Characteristics of a Tactile/Kinesthetic Learner) I need to follow the materials, stop, restart, write, stand up, move around, note take, draw, go away and come back and do some more. The movement helps me form the connections between p paragraphs, pages, links, chapters, etc.

Perhaps this is why I like (at the same time I dont like) the approach made to this MOOC I can come and go as I please, with whatever time or inclination I can commit. Im not tied to a defined lecture period at a specific time: I like and want to learn in an asynchronous manner. But that doesnt mean I can do everything I want to, or am expected to which is why this week this is all Im doing. I am reading the rest of the material, I may even write about it later, but not now.

Next week … “Understanding learners’ needs”.

Reference

Characteristics of a Tactile/Kinesthetic Learner. Lehigh University. n.d. 

de Waard, I. I. 2013 MOOC YourSelf - Set up your own MOOC for Business, Non-Profits, and Informal Communities [Kindle eBook]. 

Related posts:

Week 1: Induction #ocTEL Open Course in Technology Enhanced Learning #ocTEL Engaging and Motivating Students #edcmooc

Posted in MOOC.

Tagged with ALT, Constructivist, Distance Learning, EDCMOOC, Haptography, Kinesthetic Learning, MOOC, ocTEL, Sugata Mitra.

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Octel

Next week (6 12th May) is National Deaf Awareness Week.

Lots of events around the country have been organised to raise awareness. In Norwich, deaf and hearing children from local schools will gather at the citys Forum to perform songs by One Direction, amongst others, in sign language.

Norfolk also has two sign language choirs. Jennys Signing Angels and V-Sign will both be performing at the Forum on Wednesday 8th May between 10am-3pm.

This is Sally from the Signing Angels performing Alanis Morrisettes Ironic in British Sign Language.

Tags:
Awareness Week, Deaf Awareness, Deaf Awareness Week, Week

Todays symposia included a session on Integrative Cardiovascular and Respiratory Physiology of Non-model Organisms as well as the August Krogh Distinguished Lecture.

This years Krogh lecture was given by Dr. Stan Lindstedt from Northern Arizona University. Dr. Lindstedt is arguably best known for publishing work showing that the metabolic rate of an animal is negatively correlated with body mass. In other words, smaller animals have a higher metabolic rate than larger animals. Knowing that relationship could have saved Tusko the elephant from a whopping dose of LSD (1962, prior to the requirement for all studies involving animals to be approved by an institutional animal care and use committee). Dr. Lindstedt related the history of how past researchers at The University of Oklahoma and LJ West from the CIA had known what dose of LSD would cause rage in a cat and just increased the dose to match the body mass of the elephant without taking into consideration that the elephants metabolism is much slower than a cats. Regardless of the questionable ethics of giving an elephant LSD, the dose was apparently over 5 times the amount that would have been equivalent to what was administered to the cat. As you can see from the headline below, the outcome was not good:

Had the researchers working with Tusko known what Dr. Lindstedt later discovered about scaling, Tusko may have lived through this ridiculous historical experiment. Dr. Lindstedt also presented data that body size is also negatively related to shivering frequency and the frequency of taking strides. Therefore, a mouse has a faster stride than a cow. Could you imagine seeing a cow scurry?

Dr. Lindstedt is also known for studying the mitochondria of species with muscles that are capable of produce really fast contractions: hummingbirds  and rattlesnakes. The mitochondria is a structure within cells that makes energy. In hummingbirds, the mitochondria are specially structured to allow them to make even more energy than a mammal to help support their super-fast wingbeats. For the rattlesnakes rattle, their muscles release calcium (needed to produce muscle contraction) more efficiently since they have large stores of calcium within the muscle.

More recently, his work has focused on developing the Eccentron. This is a specialized exercise machine that uses eccentric muscle contractions (lengthening) to build strength. You are probably most familiar with this type of exercise from walking downhill. Eccentric muscle contraction can produce high force with very little energy, so his research showed that it was great for elderly people at risk for falling. After gradually training with an Eccentron machine, their fall risk was dramatically reduced.

 Congratulations Dr. Stan Lindstedt on being this years August Krogh lecturer!

Other highlights included: 

 J. Eme, T. Rhen, K. B. Tate, K. Gruchalla, Z. F. Kohl, C. E. Slay, D. A. Crossley II. Univ. of North Texas, Univ. of North Dakota and Univ. of California, Irvine. Dr. Eme, from Univ North Texas, presented work on turtle embryos that were shown to develop larger hearts, increased heart rate, decreased blood pressure and weigh less when developing in an oxygen-poor environment (hypoxic; 10% oxygen) as compared to turtle embryos growing up in a normal oxygen-rich environment (21% oxygen). With the ever-changing natural environment, this is a concern as the developing embryos can be exposed to hypoxic conditions in the wild. Dr. Crossley expanded on this research and talked about the effects of hypoxia exposure on developing alligators. In contrast to the turtle, developing alligators exposed to hypoxia have decreased heart mass, blood pressure, and heart rate compared to those developing in normal oxygen environments. What this means is that the effects of hypoxia on developing embryos is species-specific. Their most recent work on this topic was just published (PMID: 23552497). These findings are of interest especially in areas that raise these animals for food (fried gator or turtle soup, anyone?).

J. U. Meir, W. Jardine, J. York, B. Chua, W. K. Milsom. Harvard Med. Sch. and Univ. of British Columbia. Dr. Meir presented her work on bar-headed geese. She had actually raised the geese from hatching so they would imprint on her. She showed some really neat photos riding a scooter alongside the birds as they learned to fly next to her. The whole point of these exercises was to train the birds to eventually fly in a wind tunnel and to get them used to wearing a mask that could be used to manipulate the oxygen concentrations the geese were breathing. The bar-headed geese are spectacular flyers and are probably best known for flying over Mount Everest. Extreme hypoxic conditions, to say the least! Her research is really novel in that she was able to measure the amount of oxygen in the birds blood and their temperature during flight! Her preliminary analyses of the data suggest that the tissues of the birds are able to adequately extract the much-needed oxygen from the blood very well even while breathing in oxygen concentrations that mimic ~5500 m (10.5% oxygen) or 9000 m above sea level (7% oxygen).

You can watch the development of her research here:

What a great day for comparative physiology!