A list of the essential internal parts: - A resuscitation bag, this will be piped to the patient, the patient needs to be quite close to the unit as if it was a long tube in-between, the oxygen can shuttle backwards and forwards and isn’t effective. - A repurposed 100ml syringe as a pneumatic ram, which is mounted in a fixing free frame with two springs. - The air regulator is key for setting a constant pressure, which flows the correct amount of air and oxygen to the patient’s lungs. - The controls at the back alter the breath in, breath out and oxygen, they can be set individually. - The key part of the design includes the two-port valve block (one for breath in and one for breath out), which is switched over by a spring mechanism. The importance of this spring is that when it reached a critical point, it finishes the stroke and throws over to switch the valve. - Also, the case size accuracy (injection moulded Polycarbonate plastic), is vitally important as it holds the internal structure together without fixings, so if it’s out of proportion, none of the internals will fit correctly. Features: -Manual back up pump, powered by the supervisor to physically push air into the patient's lungs. -The system is powered by air and oxygen, no electrical source required.
 -Locally-sourced materials from Algeria and nearby countries close to the less economically developed clusters. -The low-cost ventilator system is a pressure and volume controlled device for invasive ventilation. -The versatile and easy to use system allows the intended paramedic or nurse to have all the essential components in one product, which leaves them hassle-free from needing any extra equipment. -The three simple switches on the rear of the design allow the supervisor of the device to alter the inhale/exhale airspeeds for the patient, as well as the oxygen input. (See downloads section for an animation demonstration of the ventilator system in use.)

1|1 Scale Prototype Each single ventilator system can cater for up to four patients to use with the same air pressure, which is a 75% increase of users able to use one device compared to the typical modern-day ventilator system which only allows one.

(A live project thanks to Herman Miller.) A desk for the discerning home worker who appreciates an advanced working position and long term comfort. From a flat surface to write on, to a sloped surface for advanced drawing techniques.

The desk is designed with four adjustable settings to cover any work task that the user is performing. This feature improves posture when working at the desk for long periods of time.

A plastic-free maneuverable cart designed for youngsters (3-7) to simply grow their own food, as well as helping the community by reducing the amount of plastic that is wasted by creating eco-bricks and separating plastic waste.

An up-cycled, old, and neglected piece of furniture with digital fabrication methods through 3D printing, to enhance the structure and aesthetics of the piece.

A 3 in 1 creative toy for children which is fully manufactured from using a laser cutting process. One sheet of laser-plywood, clear acrylic, and miniature magnets are the only three materials used to make this product. The toy's body shell is also the packaging, so minimal environmental impact is caused.

An MP3 docking station, inspired from 'Fox' mountain biking brand. A fully repairable speaker system which has been mainly cut from the use of a CNC routing machine.

The product is designed to be repaired/maintained as easily as possible. This is shown mainly from the accessible rear removable panel which is in the shape of the 'Fox' logo. The rear access door panel is designed so precisely to the offset of the speaker's case, that no fixings/adhesives are needed to hold the door panel in place when inserted.