: Work And Education Kite Packaging ltd Packaging Technologist November, 2019 to Present Area packaging designer specialising in bespoke products. Job responsibilities: Managing own schedule whilst visiting customerbase nationwide. Job process: The complete process from initial brief from the customer, through to designing the desired packaging via CAD software, and finally presenting the approved final product to the manufacture ready for processing. London South Bank University Engineering Product Design Student September, 2016 - June, 2019 https://www.lsbu.ac.uk
: About me From a young age I have always been eager to learn about and understand the working principles of different products and systems. I often find myself researching and reading articles of how a product functions and then becoming emersed in how to possibly improve it. It is only over the past few years that I have realised this charateristic of mine is not a bad quality or a disadavntage of being a perfectionist. I now know that it has molded me to be passionate and hard working when it comes to all things design engineering.
February, 25, 1995 From Finland Living in Kent
@
esa.tammisto@gmail.com 07479 777795
: Software Capability Photoshop Illustrator Indesign Dimension
Fusion 360 Inventor VRed Microsoft suite
Alias Autocad Ansys Kasemake
: Other Skills • Advanced 3D modelling- and physical modelling skills. • A strong understanding and high quality production of technical drawings • A creative approach to problem solving
: Languages
First class degree with honours Diginia Oy July, 2015 - August, 2016 Finnish Army / National Service January, 2015 - June, 2015 Team working, communication and leadership skills.
Finnish English
: Interests
Transval Solutions Mechanical Technician April, 2014 - August, 2014 Configuration, assembling and testing of mechanical valves. Diginia Oy Electrician and an ICT Technician May, 2013 - February, 2014 System installation and maintenance in data centers. Electrical restoration of buildings and office facilities. Hyria Education Vocational qualification in electrical and automation technology August, 2011 - May, 2014
: Personal Features • Passionate designer • Enthusiastic • Ambitious •Positive attitude • Creative • Team worker • Ambitious • Responsible • Hard working • Fast learner • conscientious
CONTENT PROJECTS AIRMEDIC Concept Idea
OLAMP Lighting Project
VASELINE Packaging Project
TECTUS Computer mouse
LENA Ventilation Product
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TITLE PAGE INFO
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AIRMEDIC CONCEPT AIRLANDER HYBRID VEHICLE This project was collaborated with Airlander company, which produces the world largest hybrid air vehicles. Our task was to design a concept idea for the new Airlander 10 airship.
OBJECTIVE TITLE PAGE INFOIDEA CONCEPT
PROJECT CONCEPT All over the world there are problems with access to vaccinations and medical resources due to remote locations and lack of infrastructure. By combining the capabilities of large organisations and the long endurance flight of the Airlander, Airmedic will provide a refrigerated shipping service to areas struggling with cold chain distribution. The goal is to reduce supply issues by loitering at strategic locations and deploying delivery drones containing stock to clinics and hospitals.
CONCEPT IDEA TITLE PAGE INFO COMPARISON
FAST AND EASY ACCESS Air delivery is fast and efficient with no traffic. Roads in rural areas can be in a bad condition, which causes extra costs in tyre consumption and in road maintenance fees.
DEVELOPMENT TITLE PAGE INFO AIRSHIP
FLYING MEDICAL SUPPLIES The Airlander 10 can loiter on the sky for five days without landing, therefore the airship was applied with a charging drone station which allows the drones to fly in and out in a continuous cycle as well as keeping the batteries fully charged. A medical supply storage module was designed to be easily attachable for a rapid reload.
DEVELOPMENT TITLE PAGE INFOLAYOUT INTERIOR
FULLY AUTONOMOUS STORAGE SYSTEM The Airlander has a fully autonomous warehouse system inside, which loads the parcels into the drones for deliveries, as well as moves the drones on to the appropriate shelf charging units after the delivery services.
DEVELOPMENT TITLE PAGE INFO DRONE FEATURES
The propels turn into different angles to provide a better turning ability. The propel noise is only 60dB.
Locking mechanism for attaching the parcel to the drone.
Stereo vision sensor for detecting obstacles.
Adjustable legs for changing the height of the drone in case of larger packages.
REFINING IDEAS TITLE PAGE INFOPROCESS DELIVERY Drones return from the hospitals back to the Airlander to get charged and receive a new package for a new delivery.
Drones fly on to the conveyor belt where they are being scanned for any possible damage. The belt will take the drone to appropriate location.
The robot arm picks the drone from the belt.
The charging platform opens to give the robot easy access to lift the fully charged drone.
The storage units have an integrated wireless charging pads to perform a fast and efficient charging.
The robot takes the drone to a free storage unit to wait for it’s next delivery.
The drone will be placed on top of the parcel and the parcel attaches to the drone.
The drone receives the location for the delivery with GPS.
Drone lands on the roof of the hospital and delivers the parcel to the Airmedic drop box.
DEVELOPMENT TITLE DELIVERY PAGE INFOSTATION
scan
QR Scan
Quidance System
The app will generate a unique QR code, which the user will scan to retrieve package and confirm reception.
The receiver station will emmit a signal to the approaching drone, safely guiding it to its destination.
Control Panel
Safe Retrieval
The receiver station is equipped with a control panel, to help users navigate different options.
The station is carefully monitored, with safety checks ensuring package is safely delivered to the end user.
SAFE DELIVERY The Airmedic drone receiver station has been designed that any Airmedic package is received safely by the users, subsequently avoiding any potential accidents or hazards. It is both user friendly and cost efficient, and will help medical professionals retrieve their orders in a timely and safe manner.
BRANDING TITLE PAGE INFO PACKAGING Medical packaging with clear visual appearance. All the medical supplies are packed into labelled cardboard boxes. The label will tell the content of the package as well as the dosage and the ingrediants that has been used in the medicine. The cardboard box has also been dedicated with a strong brand identity by using the Airmedic colour theme and the brand logo.
USER FACE TITLE DEVELOPMENT PAGE INFO INTERIOR MOBILE APPLICATION LAYOUT Categories
Login
Registered medical professionals can sign in with their email address and password. A password retrieval will also be in operation.
The Airmedic app offers a wide range of services and products. The intuitive interface makes it easy for anyone to renew, confirm, or begin an order.
Tracking
Both the Airlander and the drones are equipped with GPS, which allows users to track their order in real time.
Contact
In case users should have any enquiries or issues with their order, they will be able to contact customer service at any given moment.
THE AIRMEDIC APPICATION The Airmedic App enables registered hospitals and medical professionals to order supplies via Airlander. It is designed to be userfriendly and time efficient, packed with lots of useful functions.
TITLE PAGE INFO
PHOTO OF THE MONTH IN AIRLANDER NEWS LETTER
TITLE PAGE INFO
OLAMP LUMINAIRE PROJECT
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The main objective of this project was to create a lighting consultancy with a strong brand identity and to research the consumer needs in the current lighting market. The final product would then be designed to reflect the company brand as well as be relevant to the target audience. Multiple sketches, quick CAD models and physical sketch modelling were the processes used to refine product ideas, before the final prototype.
Luminosity
TITLE PAGE INFO
Collection
Accesories
Sale
News
Contact
Lighting consultancy
Discover our selection of
Timeless design lighting We believe that each piece of our lighting is unique, in its forms, in it’s function and in its possibilities. BRAND WEBSITE AND USER INTER FACE DESIGN
RESEARCH TITLE PAGE INFO INSPIRATION
DEVELOPMENT TITLE PAGE INFOPLANNING CONCEPT PROJECT PLANNING AND PROBLEM SOLVING Different concept ideas were explored on paper and in CAD by creating quick 3D models. The lamp required different types of engineering analysis to ensure that the base would support the lamp in all different orientations. The ball and swivel joints also had to be secured with a right amount of friction to enable the lamp to function correctly.
DEVELOPMENT TITLE PAGE INFO DESIGN PROCESS
FLEXIBLE SOLUTION BY OLAMP The OLamp concept was created when the research pointed out that the majority of office workers suffer from head aches, which have been caused by bad lighting. Too harsh and bright or too dim lights can cause head aches or even lead to a migraine. These are common problems which can be solved by using appropriate lighting. The OLamp has a dimmable COB LED which ensures a comfortable light output. The lamp is also fully adjustable as it has three rotational pivot points that enables the lamp to be shaped into the required position.
DEVELOPMENT PROTOTYPING
TITLE PAGE INFO
TITLE PAGE INFO
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PACKAGING RE-DESIGN Around christmas time companies tend to package their products into oversized gift boxes, which are discarded right after opening. The project brief was to re-design a more echological christmas packaging for an existing product.
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STARTING POINT TITLE PAGE INFOPRODUCT EXISTING
WASTED SPACE PROBLEM The original gift box had a tin exterior with a plastic insert that held the lip balms in place. However, the box had a large amount of empty space, which should be minimised. Smaller packaging would ease the product transportation and reduce shipping costs.
DEVELOPMENT TITLE PAGE INFO PROTOTYPING PHYSICAL MODELLING AND GRAPHICAL LAYOUT The key element for the design was to have the content visible to the customer, aiding to mitigate the need to open packages in stores. Physical model was created to gain an understanding of how different graphics would look on the cardboard, as well as to see the product in real life.
FINAL PRODUCT TITLE PACKAGING PAGE INFO RENDER
MINIMAL DESIGN The new packaging is smaller in size, meaning that there is no wasted space inside. The packaging uses recycled cardboard with a minimal amount of ink to save money in production and to be more eco friendly, without sacrificing in the quirky appearance of the box.
TITLE PAGE INFO
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3D PRINTED COMPUTER MOUSE The project objective was to design an ergonomic computer mouse, which would be prototyped by using 3D printing. The final model should be injection mouldable for mass production.
DEVELOPMENT TITLE PROTOTYPING PAGE INFO
ERGONOMICS AND SHAPE EXPLORATION Multiple sketches were produced to explore different ideas and ergonomic shapes. Some of these ideas were later on prototyped by using blue foam.
DEVELOPMENT TITLE 3D MODELLING PAGE INFO Blue foam models were 3D scanned and the CAD model was built around the mesh.
The 3D CAD model was sculpted into organic shape and divided into different components.
INJECTION MOULDABLE DESIGN WITH OVER MOULDS The design consists from five different body parts, which were carefully designed around the circuit board. The circuit board was taken from an existing mouse and it was reverse engineered in CAD. The top and side panels were applied with an over moulded rubber like texture for more luxurious feel.
All of the individual components were modified for specific functions and to attach each others by using a push fitting or screws.
TITLE FINAL PROTOTYPE 3D PRINTED PAGE INFO MODEL
DIFFERENT TEXTURES The final prototype was 3D printed from the fullcure vero black material which gives the top surfaces a glossy finish. The top and side panels were rigid parts with a rubber like coating on the external surfaces.
DEVELOPMENT TITLE BRANDING PAGE INFO | PACKAGING PERFORMANCE Lorem ipsum dolor sit amet, consectetuer adipiscing elit, sed diam nonummy nibh euismod tincidunt ut laoreet dolore magna aliquam erat volutpat.
Lorem ipsum dolor sit amet Consectetuer adipiscing elit, sed diam nonummy nibh euismod tincidunt ut laoreet dolore magna aliquam erat.
CONNECTIVITY Ut wisi enim ad minim veniam, quis nostrud exerci tation ullamcorper suscipit lobortis nisl ut aliquip ex ea commodo consequat. lobortis nisl ut aliquip ex ea commodo consequat.
Duis autem vel eum iriure dolor Ut wisi enim ad minim veniam, quis nostrud exerci tation ullamcorper suscipit lobortis nisl ut aliquip.
Ut wisi enim ad minim. Ut wisi enim ad minim veniam, quis nostrud exerci tation ullamcorper suscipit lobortis nisl ut aliquip ex ea commodo consequat.
Easy sensitivity change Lorem ipsum dolor sit amet, consectetuer adipiscing elit, sed diam nonummy nibh euismod tincidunt ut laoreet.
RE-CHARGABLE BATTERY Duis autem vel eum iriure dolor in hendrerit in vulputate velit esse molestie consequat, vel illum dolore eu feugiat nulla facilisis at vero.
WIRELESS CHARGING
60 DAYS BATTERY LIFE
MULTIPLE CONNECTIONS
PERSONALIZATION APP
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WHAT’S INSIDE
Advanced scroll wheel
Soft touch materials
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PERFORMANCE Lorem ipsum dolor sit amet, consectetuer adipiscing elit, sed diam nonummy nibh euismod tincidunt ut laoreet dolore magna aliquam erat volutpat.
CONNECTIVITY Ut wisi enim ad minim veniam, quis nostrud exerci tation ullamcorper suscipit lobortis nisl ut aliquip ex ea commodo consequat. lobortis nisl ut aliquip ex ea commodo consequat.
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Ut wisi enim ad minim. Ut wisi enim ad minim veniam, quis nostrud exerci tation ullamcorper suscipit lobortis nisl ut aliquip ex ea commodo consequat.
Easy sensitivity change Lorem ipsum dolor sit amet, consectetuer adipiscing elit, sed diam nonummy nibh euismod tincidunt ut laoreet.
RE-CHARGABLE BATTERY Duis autem vel eum iriure dolor in hendrerit in vulputate velit esse molestie consequat, vel illum dolore eu feugiat nulla facilisis at vero.
WIRELESS CHARGING
PACKAGING DESIGN PROCESS
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60 DAYS BATTERY LIFE
MULTIPLE CONNECTIONS
PERSONALIZATION APP
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Qui blandit praesent luptatum zzril delenit augue duis dolore te feugait nulla esse in facilisi.
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3D model of the package was created in CAD and the graphics were complete in Illustrator. The idea was to have the end product visible for the customer as well as create an interraction with the package and the person before the actual purchase. This was achieved by using a magnetic lid to partially cover the mouse.
Advanced scroll wheel
Soft touch materials
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Quis nostrud exerci tation ullamcorper suscipit lobortis nisl ut aliquip ex ea commodo.
BRANING TITLE PACKAGING PAGE INFO MOCKUP
STRONG BRAND IDENTITY The packaging mixes bright and neutral colours, whilst implementing a strong brand identity with the logo. The boxes are colour coded in two different themes, which are corresponding to the colour of the product.
TITLE POSTER ERGONOMIC SHAPE RENDER PAGE INFO more personalised product, the computer mouse To give the consumers
comes in two different colour themes. Both models are injection moulded from though and durable ABS. The side panels and the top surface are coated in synthetic rubber for a better grip and even more comfortable feel.
TITLE PAGE INFO
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LENA ACOUSTIC VENTILATION FINAL YEAR - MAJOR PROJECT Lena is a versatile acoustic ventilation product installed next to the window frame and it reduces external noise pollution, whilst allowing efficient air flow. The design provides great adjustability for the ventilation control, aiding in the prevention of overheating and build up of CO2 emissions in homes.
RESEARCH TITLE THE PAGEPROBLEM INFO
NOISE POLLUTION IN URBAN ENVIRONMENTS Population growth has led to an increase of noise levels in urban environments. Another problem experienced by dwellers is overheating, which is commonly prevented by opening windows and using natural ventilation.
Average noise levels (dB)
55 - 60
60 - 65
65 - 70
70 - 75
75 and over
CONCEPT SELECTION TITLE PAGE INFO| PROTOTYPING IDEATION
PROOF OF PRINCIPLE MODELS AND TESTING The design process started by sketching ideas and then producing physical models for testing. Modelling process included 3D printing, laser cutting, milling machining and use of different hand tools. Tests were complete on different aspects such as, noise attenuation, air flow efficiency, wind noise and water/condensation extraction.
CHOSEN CONCEPT TITLE PAGE INFOPRINCIPLE WORKING
SOUND ATTENUATION WITH HELMHOLTZ CAVITIES The design uses multiple Helmholtz resonators to attenuate frequencies between the range of 600 and 3000Hz. Traffic sound and most emergency vehicle noises fall into this range. However, it is challenging to tune the cavities to attenuate these frequencies effectively in such a broad frequency range.
DEVELOPMENT AIR FLOW ANALYSIS
AIR FLOW ANALYSIS INSIDE THE STRUCTURE Multiple different wind pressures were used for more accurate results. The CFD data was then used to optimise the structure, aiming to have a minimal resistance and turbulence for the air flow whilst reducing a significant amount of noise.
DEVELOPMENT DEFINING IDEAS CONCEPT DEVELOPMENT AND IMPROVEMENT Multiple prototypes were produced to enhance and improve the design. Models were first created in CAD and then analysed in CFD software. Optimised ideas were then prototyped physically and run through a series of different tests. Appearance models were also created to gain a deeper understanding of the usability, installment process and appearance of the product.
REFINEMENT TITLE PAGE INFO MANUFACTURING
INJECTION MOULDING CONSIDERATIONS The product was designed to be fully injection mouldable with three simple pull out moulds to keep the manufacturing cost as low as possible. All the design considerations for injection moulding were followed to ensure that no sink marks, warping or other faults would occur.
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DRG NO.
NOMINAL WALL THICKNESS IS 3MM.
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FIXING HOLES AND BOSSES INCREASE IN SIZE AT THE TOP OF THE MODEL, DUE TO DRAFT ANGLES.
ALL CAVITIES Ø 40.6 MM B
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Section A-A (1:1)
ALL BOSSES Ø 4 MM
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57.5°
FIXING HOLES Ø 8 MM.
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49.7 10
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SAME CHANNEL SIZE APPLIES IN ALL LOCATIONS.
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Dept.
Technical reference
EPD
100
ISO
Created by
Tolerance
0.25mm
Finish
Matte white
Scale
1:1
Document type
Esa Tammisto 12/05/2019 TECHNICAL DRAWING Title
LENA CASE
H
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ESA TAMMISTO 12.5.2019
Document status
COMPLETE DWG No.
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001 Rev.
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Date of issue
12.5.2019
Sheet
12
1/3
FINISHED PRODUCT TITLE PAGE INFO FINAL PROTOTYPE
90
67.5
45
22.5
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1000 Closure open
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Window open
NOISE LEVEL COMPARISON The graph above shows a comparison in sound attenuation performance against traditionally opened windows.
PRESENTATION STAND NEW DESIGNERS EXHIBITION The final prototype was presented on an acrylic stand, which was modelled in CAD and cut by using a laser cutter. The masonry wall mockup helped people to understand the product in content.
TITLE EFFICIENT PAGE INFOAND SILENT AIRFLOW WITH A MINIMAL APPEARANCE The product is easy to install in new builds, as well as during window replacements in older houses. It is invisible and blends into the facade, because it’s being covered by cloaking strips with rodent/insect nets.
SKETCHES TITLE DIGITAL | PAPER PAGE INFO
TITLE PAGE INFO