Jason van der Linde Portfolio

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CONTENTS 1 2 3 4 5 6 7

Bio IoT DIY Headset Emerge Wheelchair Wifi Panic Remote Layer Lamp Ceramic Tables Terra Planters



BIO Jason van der Linde I am Jason van der Linde, a passionate and highly enthusiastic Industrial Designer who thrives off new challenges. With my designs and processes I use: I aim to consistently push the boundaries of what has already been done. I am hands on, innovative and have a holistic way of looking at matter. I enjoy interacting with people at all levels and am able to build relationships successfully. I am a professional, honest, hardworking, assertive and a person of integrity.


IoT DIY Headset In many households people do not feel empowered or confident enough to tackle everyday D.I.Y tasks. This is primarily due t o a lack o f s ufficient knowledge and understanding. The role of completing D.I.Y jobs in the last ten years has primarily been outsourced to professionals. This project aims to empower individuals and encourage the development of new skills which can be helpful in improving everyday life.


My Fix



Once r esearch i nto the target m arket w as c omplete and t he goals o f t he c onsumer i dentified, ideation began w ith hand drawn s ketches. This focused on possible solutions to the problem. The sketches l ooked a t some o f the ergonomic considerations of a head mounted device and how it would communicate effectively with both augmented reality as well as the UX interface.


Perso

Personas are used to help define the intended target users each user has and allows for a human centered design appr ability to create a solution which focuses on the problem

Susan holmes

Goals

Frustrations

Independence

Tech Knowledge

Empowerment

DIY Skill


onas

s. This creates a better understanding of the requirements roach. By better understanding the user, we have a better rather than preconceived notions of what users require.

Tech knowledge

Jonathan Zeegers

Goals

Frustrations

Diy skill

Independence

Tech Knowledge

Empowerment

DIY Skill


Wireframe

Project options

This high-fidelity wireframe recreates the overall look and feel of “My Fix”. It illustrates how users transition between various interfaces. While this wireframe may not be the final design, it acts as a starting point from which to build on.

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Augmente

Augmented reality is an interactive experience of a real-world environme puter-generated perceptual information, sometimes across multiple senso set allows users to view their current project in their immediate environm


ed Reality

ent where the objects that reside in the real world are enhanced by comory modalities, including visual, auditory, haptic feedback. The DIY headment. Pop up visuals show real time previews of how to complete a task.


Head

The headset, comes in three differ lifestyles and has been designed head. It was important to ensure an augmented r eality experience cumbersome making

Adjustable clasp

Soft cushion Earphones


dset

rent colours, is suitable to various to sit comfortably on any user’s the headset is not obstructive to e. M any headsets are large and g them less versatile.

Soft cushion which sits on the head

3 Camera’s used to pick up t he 3 D objects within the environment

Glass heads up display




Emerge was a brand identity I designed for my final year thesis project, where I looked at “How can a human centered design approach be used to develop a more appropriate wheelchair suited to third world context, while addressing the high cost and weight of wheelchairs currently available?”. The project required in depth research with wheelchair users an occupational therapist as well as current wheelchair manufacturers in order to reach a final design solution.



Inspiration

Ideation

In this phase, phase, you’ll you’ll learn learn how hot to to better understand people. You observe theirtheir lives,lives, hear their Youwill will observe hearhopes their and and desires and and get smart on your challange stories desires get a better understanding of the challanges

Here you will make sense of everything that you’v heard, generate tons of ideas, identify oppotuniti for design, test and refine your solution.

Paraplegia

Quadriplegia

Wheelchair can be used for a variety of issues, your injury determines the type of w project I focused on paraplegics who have spinal injures from T-1 to T12 verte


ve ies

Implementation Now is your chance to bring your solution to life. You will figure out how to get your idea to market and how to maximize its impact on the world.

Cervical Vertabrae C1 - C7

Thoracic Vertabrae T1 - T12

Lumber Vertabrae L1 - L5

Sacrum

Quadriplegia

wheelchair you need. For the purpose of this erbrae within a South African context.


In search of a possible design solution, a number of different sketches were developed in the form of both 2D and 3D sketches. This allowed for a variety of different designs. These sketches were used as a way to get initial ideas down and explore various concept directions.




An important aspect of the project is to gain feedback from all the participants at every step of the design process, from initial sketches through to more refined CAD development. This allows a better understanding from all the participants gaining a better insight into their various perspectives. Having the participants critique each step in the process allowed for a more resolved final design.


Final D

The final wheelchair focused on three main issues namely , cos the overall issues with current wheelchair designs availble in t use of a CNC bending machine to manufacture each wheelch ised to each users body shape and size while cutting manufac removable and can be sourced locally, creating greate


Design

st, weight and aesthetics described by all particpants as being the South African market. The main idea behind Emerge is the hair. This enables each wheelchair frame to be easily customcturing costs. All the parts found on the wheelchair are easily er access to parts compared to that of imported parts



At various stages in the projects prototypes had to be made. These prototypes enable participants to have a more visual, tangible object to interact with. It also allowed them to play around with the overall proportions of the wheelchair and experiment with how each of the components would work on the wheelchair. These components were 3D printed and attached to the frame of the prototype.




WIFI PANIC REMOTE Client based project: 4th Year

Working hand in hand with the two lead designers from KM Design, a long running design consultancy based in Johannesburg, South Africa. We were required to design a panic remote for elderly individuals. Using a circuit board provided, the design had to be simple, elegant and easy to use while issues such as arthritis and poor eyesight had to be taken into consideration. This lead to the design of A.O.H the “Always-On-Helper”.




In search of a possible design solution, a number of q uick s ketches w ere drawn. For this p roject t he d esigners from K M Design w anted us t o get experience designing within Solidworks. We needed to understand all the technical aspects required t o injection mould the various components.


Develo

The majority of refinement and development of the initia us to develop and render a number of models in CAD mo cept was to have a rubber encasing the outside of the r protect the remote from damage and c


opment

al concept was done in Solidworks. The aim was to allow ore accurately and quicker than drawing allows. The conremote, allowing a better more tacktile grip for the user, create an overall better water tight seal.


Front case

Button

A.O.H (Always-on-helper) was designed with multiple injection moulded components. Restrictions such as draft tapers, wall thickness, ribbing and tolerencing were all considered throughout the design process. The remote was designed around the PCB board from the engineers required us to use.

Light tube

Rubber ca

Rubber ta


ase

b

PCB board

Side button

Back case

Screws


The button found on the left side of the remote is used to programme the device. This button is activated by clicking the button twice in succession.

The Micro USB cap situated on the back of the remote. The rubber cap stops any water or dust getting into the port.

The bluetooth button i s situated o n the right side o f the remote. To turn the bluetooth on hold the button down for three seconds until a b eep s ound i s heard, indicating t he device is ready to pair.



LAYER LAMP First project in 4th Year

A set of lighting designs had to be created, through the process of slip casting with the incorporation of other materials. The brief required a design language that had to be applied to a table lamp, free standing lamp and a chandelier. All requiring a minimum of three individual ceramic components per design. The project was focused on the creation of a lighting solution which embraces a “neo-sculptural” quality throught the use of ceramics.



In search of a possible design solution, a number of quick sketches were drawn. For this project the sketches explored the use of three separate ceramic components to create the table, standing lamp and chandelier.




Colour Variations Layers is a standing and table lamp, made up of three slip cast components. The design is inspired by the organic shapes found within corel reefs. Coral reefs also have an array of colours which are formed through the layering found in nature (coral reefs). In my design I tried to mimic these organic shapes through the free flow random cuts found all the three ceramic pieces. Once lit the light will create a ranfe of hues which will create further depth. The Design of the ceramic lamp has allowed for a range of different colour variations to be explored. The various colour iterations made the lamp customizable to fit any enviroment. Colours range from neutral greys to vibrant blues, greens and reds.






Ceramic

Designed at Wiid Desig Ceramic ma


c Tables

gn in collaboration with atters - 2017



Designed at Wiid Design in 2017. The ceramic table collection is a collaboration between Wiid Design and Ceramic Matters. The overall concept was designed at Wiid design, Ceramic Matters creating the unique reactive glazed tiles showcased in each table. The beauty behind this range is the bespoke nature of the tiles as each reactive glaze is unique in colour due to the nature of ceramic firing. The ceramic tables are manufactured with American Walnut legs and steel bases housing the tiles.


Standard round Table

Segmented round Table

Designed as a more cost effective alternative to the segmented table. The standard round table has been designed as one large base to hold the ceramic tiles, creating a single surface.

Designed to be a completely flat packed design. Each component can be detached including the three ceramic tile segments.

500mm

500mm

660mm

640mm


Ceramic Coffee Table

Drop Leaf Table

The Ceramic coffee table seeks a middle ground between the size of the Drop Leaf table and the Ceramic round tables. The coffee table inspiration stems from the shape of the Drop Leaf table.

Designed as a oneoff piece the Drop leaf table has 45 unique design reactive glazed tiles which sit perfectly inside the steel frame of the table. The drop leaf arms allows for the table to be configured various ways dependent on a users requirements.

1800mm

750mm

560mm

1300mm






Terra planters Design for Indigenus - Wiid design 2017 Designed at Wiid Design, Terra was a new range of planters for Indigenous (a Cape town based planter company). The elegantly tapered planters are placed on a solid Iroko (leg) base to give a sense of lightness and modernity while creating an impression of openness. The versatility of the Terra planters allows them to stand well on their own, staggered together in various heights, in a loose cluster, or even lining a wall.



Plug for water drainage


Plants

Soil

Plastic liner Steel insert

Concrete planter

Iroko base




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