Come up with a comprehensive DIY project capable of offering makers sufficient insight into contemporary governance by designing a full-stack learn-by-doing experience on the topic of decentralized networking structured in three phases: Designing, Manufacturing and Deploying—the ultimate goal being: providing them with both a conceptual, as well as a deeply practical chance to reclaim their fair share of agency over their labour and their data.

Design networking infrastructure with a stack proficient in carrying out universally understood and appreciated messaging tasks similar to on-the-grid solutions like iMessage, Whatsapp or Telegram while remaining compliant with international radio laws by implementing the licence-free and ISM-regulated LoRa physical layer from Semtech and pairing it to a messaging-focused upper layer provided by Meshtastic—concisely, allowing for direct peer-to-peer and fully encrypted messaging between clients without the need for any internet access.

Build this complex infrastructure with versatile hardware, software and firmware capable of adapting to most deployment scenarios and satisfying all their needed performance requirements by designing a family of omnidirectional LoRa nodes/Meshtastic devices that, thanks to four classes aiming to cover specific roles within them, can cumulatively contribute in designing fully customizable mesh networks topologies; in everything from shape and coverage to cost and the number of active clients.

Ensure the nodes are fully and easily self-manufacturable by establishing a modular design language running across the entire hardware family, encompassing everything from the microcontroller unit choice to the enclosures and its accessories—more precisely combining the industrial-grade and solder-free WisBlock ecosystem of baseboards, MCUs and sensor blocks from RAKwireless with water-resistant and fastener-free FDM 3D printed enclosures, as well as with a class-dependent assortment of components sourced from a trustworthy selection of suppliers like Lego, Adafruit, Voltaic, DJI and Salomon.

Take advantage of hardware modularity to keep up with makers' needs coming from both the Meshtastic community and LoRa's at large, effectively ensuring this DIY project truly stays commitment-dynamic, a condition in which, regardless of the amount of effort, time, and money makers are willing to sink into P2P mesh-networking, the Tendril Repository can always output an exhaustive and satisfactory result.

Explore new emergent forms of extractivism and underline how contemporary interface design, by purposefully obfuscating user insight for the sake of vectoring data towards profit, is turning users into exploited workers, resources to be extracted, and products to be sold—moreover, fueling a global push for capitalogenic automation that has come to replace politics, theory and philosophy, and with them, people’s say on the way they are collectively building contemporaneity.

Come up with a strategy capable of combatting the new extractivism by focusing on self-production and network infrastructure—the ultimate goal being: offering a chance for people to escape this trajectory and reclaim their share of agency over the fruits of their labour, the data they produce and how this data gets used, not only in theory but also in practice, by both providing them with a full-stack learning experience on networking as well as a profoundly functional infrastructure alternative to the ones in which the new extractivism itself gets perpetrated.

Synthesize these efforts into a comprehensive and easily accessible DIY project by publishing the Tendril Repository: a GitHub repo collecting all the required resources to design, manufacture and deploy your private mesh network infrastructure for peer-to-peer messaging.

Offer an opportunity for the Jordan Ministry of Tourism & Antiquities to leverage the country's biodiversity without threatening its fragile ecosystems by laying the groundwork for a nationwide natural heritage digitalization strategy.

To facilitate implementation, sequence the required processes correctly by structuring the plan in three hierarchical levels of increasing complexity: Conservation, Exhibition and Research. Besides advancing the digitalization strategy altogether, ensure these levels can consistently deliver a minimum viable product, and furthermore benefit Jordan's economy by creating new jobs in and around the tourism sector.

Define a suitable partner to carry out the digitalization strategy by involving the Royal Society for the Conservation of Nature, then design Virtualization Processes (VPs) for each protected area to best suit their natural diversity.

Leveraging their many assets, attempt to advance all protected areas through all three implementation levels—the ultimate goal being: making the RSNC, and Jordan at large, leader of the natural heritage digitalization industry.

Offer the company an extensive and reliable body of work to further build upon, as each deliverable was designed to be as complete as possible—not just a step in an extended design process but rather a self-supported consultancy of its own.

Offer an opportunity for the company to showcase their SikaDecor® decorative coating to the new and previously untapped interior design clientele by designing furniture to bring to large design exhibitions (e.g. the Milan Furniture Fair).

Do so by focusing on the proprieties of the material and the application it's being sold for by establishing a design language in which accents molded in SikaDecor® micro concrete furnish otherwise insignificant structures.

Guarantee that the established design language can scale to other furniture examples by allowing for endless remixability of the elements at play—combining the decorative elements in different colors, aesthetics and geometries with assemblies of half-processed components easily sourceable by the company, crucially cutting down on any unnecessary manufacturing processes.

Coordinate a versatile visual strategy for the many and yet-to-be-determined touchpoints of the company through simple combinations and rearrangements of the logotype elements.

Offer Vodafone an opportunity to showcase wireless 5G technology by focusing on centralized computing for automation—designing a swarm of drones entirely controlled through live-stream video by an application layer hosted on Multi-access edge computing architecture.

Apply this technology in a locally worthwhile sector that's not only close to the public interest but also rife with commercial opportunities for the company and other potential collaborators.

Develop an AI-driven application layer capable of recognizing and sorting waste per local waste management regulations by training a GAN on a dataset of products from large-scale retail trade—then, have it control the fleet.

Design and engineer a fleet of terrestrial drones to navigate Milan's high-density pedestrian areas and, together, pick up litter following the application layer's commands.

Design a space-saving outdoor chair and coffee table combo by integrating the two into the same product—keeping modularity in mind for massing and storage in B2B contract scenarios.

Employ rotomolding without hiding manufacturing features, instead with the chair's geometry and its CMF, reference highly specialized cargo cases and field desks (e.g. stuff from Pelican)—then choose textile materials to match the performance-driven aesthetics.

Cut down on manufacturing costs by embracing asymmetricality into the chair's design and using the same parts repeatedly by rotating them around.

Coordinate a visual strategy that brings the four departments contributing to EDME's ventures (DESIGN, DCMC, DEIB, DMEC) under the same roof.

Employ the design as a layout grid in all EDME's touchpoints.

Design a small book meant to be easily scrollable as a digital .pdf while retaining readability in its printed version.

Design a physical touchpoint for large sportswear companies to output highly personalized offerings ranging from user-based product curation to product design, as well as take advantage of the gathered aggregate data for R&D and market analysis.

Design a subscription-based tailoring program in which garments that have been highly personalized by the data gathered from the kernel get supplied to consumers per user preference and in compliance with the product's lifespan—ultimately, reducing users' need to shop for the superfluous and strengthening brand retention.

Implement some level of circularity into the kernel's life cycle assessment with in-store recycling drop-offs, so that yarn from the old undergarments can be used to make new ones, partially or totally. Crucially, extend the same approach to all the other apparel in the tailoring program.

Develop a program capable of aiding in the design of complex geometry in voxel-based software and games (e.g. Minecraft) by directly translating mesh data structures from conventional 3D models.

Albeit with a veil of irony, imagine how eating heavily processed foods (e.g. supplements and complete dietary substitutes like Huel) could bend to the rules of old-fashioned dining and prompt an emergent need for tableware designed for that purpose.

Strictly stick to conventional production techniques and material finishes.

Quickly coordinate a brand identity capable of reshaping a generic restaurant table into a reliable workspace through the few touchpoints available to the project.

Hack the carrying tube to do something it wasn't ever designed for, while still making use of its opening mechanism.

Do so with readily available components and in a completely reversible way.

Cut down on the weekly water refills by using the same one multiple times.

Design a versatile layout for a wide variety of media to summarize all BSc work into a sufficiently descriptive book, and establish a cohesive design language across its entirety.