3D printing

RICOH Company executives visit @iLabAfrica

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A delegation of Ricoh Company Limited executives, including CEO Yoshinori Yamashita, met with @iLabAfrica department heads and director Joseph Sevilla on Wednesday 15th September to discuss partnership between Ricoh and @iLabAfrica.

Ricoh a Japanese imaging and electronics company with a worldwide influence on technology and industry visited @iLabAfrica to understand opportunities available in Kenya and Africa with the hopes of establishing a foundation for sustainable growth on the continent. The multinational has a worldwide workforce of approximately 97,000 employees and a turnover of over 2 billion Yen.

Part of Ricoh’s Sustainable Development Goals strategy is its policy of leveraging the strengths of manufacturing technology to make breakthroughs in technology and industry. A primary actuator of this endeavour is the company’s strong commitment to leading research and development across multiple markets around the world. Ricoh has technology and customer research groups in roughly 200 countries across the world and sees investment in Kenya as a gateway to connecting East, Central and South Africa to its expansive network.

Ricoh already has presence in the East African market through its ubiquitous imaging and printing devices, and through its partnership with The Copycat Limited—Ricoh’s authorised service provider in the region. The Copycat Limited is also a partner of @iLabAfrica and this connection made the meeting between Ricoh Co. Ltd and @iLabAfrica possible.

David Mills, CEO of Ricoh’s operations in Europe, the Middle East and Africa, expressed the company’s desire to digitise workspaces in Africa through partners such as The Copycat Limited. @iLabAfrica Director Joseph Sevilla pointed to the challenge-based learning programme that @iBizAfrica has recently launched. These programme is developed to have small teams of tech-centric entrepreneurs working on specific organisation challenges using the resources, networks and mentors that are available in the @iBizAfrica learning space.

A partnership between Ricoh and @iLabAfrica could assist entrepreneurs and developers,  introduce novel solutions for the East African, Japanese, and global markets. Ricoh’s expertise in printing and imaging technology could be a springboard for innovations in 3D and textile printing such as the ongoing Fundamentals of IoT and 3D Printing Course run by @iBizAfrica in partnership with Kuunda 3D.

 

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Why you should register for the IoT & 3D Printing course

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From 17th to 28th September 2018, @iLabAfrica and Kuunda 3D will hold a two-week certificate course on the fundamentals of the Internet of Things (IoT) and 3D Printing. The course will cover practical skills in both technologies and how their convergence can be harnessed for the development of creative and marketable solutions. It is aimed at training students and interested industry professionals and offers participants the opportunity to network with IoT and 3D printing enthusiasts and experts.

3D printing is one of the latest trends in design technology and it is poised to revolutionise how we create useful objects—such as electronic devices. Traditional manufacturing of electrical devices entails designing industrial machinery and setting up dedicated assembly lines within manufacturing plants to produce and assemble specific products. Building new manufacturing plants or redesigning old ones for new products is time-consuming, expensive and requires considerable expertise. This impedes flexibility in industry and bars creative individuals from developing their own electronic devices. In new and rapidly developing markets—such as those created by the growing popularity of the IoT—the ability to quickly design, produce and introduce new electronic devices to market is invaluable.

With 3D printing, parts for electronic devices can be created from scratch using digital designs. Combined with the increasing availability and decreasing prices of electronic components, 3D printing holds the potential to revolutionise the manufacture of electronic devices. Electronic devices are, after all, reducible to electronic components integrated and housed in specifically designed casings. This empowering combination of readily available electronic components and 3D printing is an opportunity waiting to be realised as the emerging IoT market is ripe for innovative electronic devices custom-built to provide creative solutions to every-day problems. It is equally valuable to general manufacturing, emergent fields such as drone technology and automated prosthetics, and the development of automated stations.

The IoT and 3D Printing course by @iLab and Kuunda 3D is tailored to equip participants with skills and hands-on experience in the use of both technologies. The lessons include:

  1. The parts of a 3D printer and how they work using Ultimaker and MakerBot 3D printers;
  2. 3D modelling and design with Tinker CAD and 123D design software;
  3. The slicing process by which 3D designs are converted into 3D-printable formats;
  4. An overview of IoT including machine-to-machine technology, the market value of IoT, IoT Architecture, and the place of IoT in big data and monetization;
  5. An introduction to micro-controllers and programming using C/C++, integrated development environment (IDE) applications, and electronic prototyping on the Arduino platform;
  6. Communication technologies, protocols and utilising Cloud Platform in IoT; and
  7. A hands-on guide to developing a complete Internet of Things solution.

The interdisciplinary course places focus on the nexus between the two technologies and how they can be combined to convert an idea into a working model and then into a viable business case providing customised solutions. Participants will learn how to create their own 3D models and apply foundational IoT skills to creative problem-solving and rapid prototyping. Successful completion earns each participant a certificate.

The two-week course will be held in @iLabAfrica in Strathmore University from Monday the 17th to Friday the 28th of September, 2018. Sessions will run in the evening from 5.30 pm to 8.30 pm. The programme cost is KES 35,000 per participant, which covers the training, laboratory and certificate fees.

Applications are currently open and can be made online at https://bit.ly/3Dcourseilab.

For more information, contact Getrude Gichuhi at getrude.gichuhi@strathmore.edu (Tel. +254 727280214) or Joseph Shitote at jshitote@strathmore.edu (Tel. +254 714954904).