PORTFOLIO 2014 | PRODUCT DESIGN | SEM 6 |
AVANI TAVARGERI
I am a Product Design, Semester 6 student from MIT Institute of Design, Pune looking for an internship of 6-8 weeks. I believe in design being a translation of thoughts for creative problem solving.
avani.tavargeri@mitid.edu.in
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GRENA d-SEED a pomegranate deseeder
| individual project | 4 weeks |
EXISTING WAYS
DESIGN BRIEF
“To design a product which would ease the process of deseeding a
1. cutting into 5 parts - deseeding by hand
pomegranate, by making it faster, easier, and less messier.�
2. cutting into 2 parts overturning the peels and plucking out bunches
KEY LEARNING
process 3, comparitively faster.
-Understanding the design process. -Learning simple product design
3. cutting into 2 parts hitting with a wooden spoon or spatula
not efficient in terms of:
mess (seeds and juice flying out)
incomplete deseeding
unhygienic + messy stained hands
requirement of a large bowl avani.tavargeri@mitid.edu.in
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IDEATION PROCESS
MOCKOTYPE & VALIDATION
avani.tavargeri@mitid.edu.in
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THE DESEEDER Taking advantage of the mechanical strength provided by the hitting tool, GRENA d-SEED increases efficiency as: - the number of contact points are more. -the entire process is channelised hence eliminating the need of a large container. -mess due seeds and juice flying everywhere is eliminated. -easy storage in air tight container.
avani.tavargeri@mitid.edu.in
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TIC-TAC DISPENSER an injection moulded container for tic-tacs
| individual project | 1 week |
DESIGN BRIEF
“Redesigning the tic-tac dispenser.� KEY LEARNING -Design for manufacturability -Working with constraints
A redesigned container which dispenses tic-tacs and resembles the form of the mints. Many of the tic-tac consumers recycle the existing containers and use them for storing small things. The idea was to make the dispenser more desirable for these users, in such a way that it becomes more appealing. The playfulness of the container makes it more attractive and inviting. avani.tavargeri@mitid.edu.in
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FITMENTS & ASSEMBLY
DETAILING
The top part fixes on to the central part by inserting the pip present on the top part through the hole in the centre. The pip is then heat sealed so that the two parts remain fixed together.
The kink on the top part acts as a stopper, to prevent the part form rotating freely.
The requirements of sliding components in the mould have been reduced by eliminating undercuts. This feature is provided for the purpose of dispensing. The kink has been placed in such a way that it does not hamper manufacturability by increasing cost.
This feature is provided for the purpose of refilling. The user will have to open it to refill occassionally, hence a tight fit is provided. Serrations are also provided on the out side which act as a grip to aid the user while opening the product to refill.
Serrations on the inner side of the central part to ensure friction fit. These serrations apply force against the walls of the bottom part which stop it from separating easily. . avani.tavargeri@mitid.edu.in
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MANUFACTURING PROCESS The container will be manufactured by the process of Injection Mouding.
avani.tavargeri@mitid.edu.in
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TECHNO-AESTHETIC DETAILING bicycle indication system
| group of 2 | 4 week |
PROBLEMS FACED BY BICYCLISTS
DESIGN BRIEF
“To design an indication system which would aid a bicyclist while
unable to see the roads clearly at night
riding on the streets, especially
no way to indicate when the cyclist needs to take a turn
during night.”
ANALYSIS OF EXISTING PRODUCTS
KEY LEARNING
LIMITATIONS
-Techno-aesthetic detailing of a product. -Understanding importance of
bicyclist needs to other vehicles on communicate by hand, the road cannot see can cause imbalance the cyclists at night
-not theft or tamper proof. -consume space on the handlebar, restrict user to use only the grips while riding. -look bulky and out of place when attached to the cycle.
minute details -do not merge with the clean and sleek form language of the cycle. -dynamos increase friction and slow down the cyclist. -dynamos dont function when the cycle is at a standstill. avani.tavargeri@mitid.edu.in 12 of 25
ERGONOMIC STUDY
DESIGN CRITERIA
areas of easy accessibility on the handlebar
INDICATOR, GRIP AND HEADLIGHT -compact assembly (minimum hinderance on handlebar) -integrated controls (ergonomic and comfortable for use) -weather resistant (rain and dust) constraints for area of visibility of the headlight
-sturdy and rugged -lightweight and portable -easily attachable and detachable -uncluttered embeded controls -subtle placement -adjustable
hinderance free areas available for the indicators on the handlebar
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IDEATION PROCESS
MOCKOTYPE & VALIDATION
indicator in the pedal
indicators attached at the ends of the handlebar as the pedal moves in a circular motion, the indictor illuminates the circular path increasing the area of visibility.
indicators which are inserted into the handlebars from the ends along with the grip
indicator incorporated in the handle
universal indicators which can be worn and also be put anywhere as per the user’s choice
testing to see if the placement of the indicators on the handlebar was communicating effectively with the people around avani.tavargeri@mitid.edu.in 14 of 25
THE BICYCLE INDICATION SYSTEM
The INDICATOR encloses the battery. It click-fixes into the metal component attached to the grip.
The HEADLIGHT fixes onto the stock of the handlebar. It has a USB port for recharging. The GRIP is inserted into the handlebar and remains on the handlebar at all times. It has integrated controls to operate the grip.
When the lower part of the handle bar is slid, the light turns on.
HALF OPEN
FULL OPEN
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KEY FEATURES
HEADLIGHT Compact form -Fits snugly over the head tube Easy attachment and detachment. Clamping mechanism which opens and grasps firmly on the tube
INDICATORS -Compact and portable.
GRIP -Easily attachable
Battery encasing of the indicator goes inside the cylindrical cavity of the handlebar, thus: -No hinderance on the handlebar while riding -Clutter free
Integrated controls allow: -easy access while riding -no hinderance -Ergonomic grip
-Easy operation by simply sliding the lower part to switch on the light -Angle adjustability of the throw of light by sliding back and forth -USB socket for recharging
avani.tavargeri@mitid.edu.in
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LIVE PROJECT human-machine interaction
| team project|
The research was categorized into the various components of the interface and the study was used to develop a well detailed user interface for the ICS to be fitted in the new variant of the car.
DESIGN BRIEF
“To design the Human Machine Interface, the menu flow and the product design for the Integrated Central Stack of a leading car consisting of the Heat Ventilation and Air Condition (HVAC) unit and the Multimedia system, comprising of a 7” capacitive touch screen.”
COMPILATION AND CATEGORISATION OF MARKET AND USER RESEARCH
This project was done for a leading German car company.
KEY LEARNING -Human machine interaction -Ergonomics and intuitive design COMPILATION AND CATEGORISATION OF THE VARIOUS MULTIMEDIA OPTIONS
DUE TO THE CONFIDENTIALITY AGREEMENT FURTHER DETAILS CANNOT BE DISCLOSED OR DISCUSSED avani.tavargeri@mitid.edu.in
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2 SEAT
seating made from scrap for Quasar 8 | group of 6 |
avani.tavargeri@mitid.edu.id
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FORM GENERATION
the seatings when assembled together form a square. TOP VIEW
SIDE VIEW
THE MAKING
plywood dowel joint
vertical ties avani.tavargeri@mitid.edu.in
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The seating was made completely out of scrap MDF and plywood. The only other materials used were wooden dowels and nails for the joineries. Waste was repurposed effectively and the seating was used during Quasar 8, the Annual Design Festival of MIT Insitute of Design.
avani.tavargeri@mitid.edu.in
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FORM AND MATERIAL EXPLORATIONS
Sheet Metal holder for tic-tac dispenser Material: Sheet Metal container: 8mm Aluminium Injection Moulded container: RPT (ABS) The sheet metal container was a stand for the injection moulded container. The stand balanced the container on a circular section which was cut and then bent. The sheet metal container can also be used as a candle stand.
90 deg arc hinge Material: HIPS
Barcode scanner Material: MDF
2D to 3D form transition in space Material: Aluminium
Radii manipulation Material: Siporex (parent form: paper)
avani.tavargeri@mitid.edu.in
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SKILL SETS | hand+digital |
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CURRICULUM VITAE
Born on 15 th JANUARY 1994
SCHOOLING SYMBIOSIS SCHOOL, NASIK (CBSE)
ABOUT ME:
CORE COMPETENCIES:
Being a genuine appreciator and learner of design, I am very passionate about the work I do. Once I am involved, I diligently work towards the goal with determined and persistent efforts. My temperament of being a perfectionist keeps me indulged onto a task until it has reached my satisfaction. I am capable of woking efficiently in a team as well as individually. Even under pressure, I am able to hold my calm and work productively.
Planning and Organisation Conceptualisation Technical Detailing Visualisation Mockotype Building Time Management
ACTIVITIES AND ACHIEVEMENTS: 2009
JUNIOR COLLEGE RYK SCIENCE COLLEGE, NASIK (HSC)
2007: 3 Awards Katthak+Western+Folk (group) at the ALL INDIA MULTILINGUAL DANCE AND THEATRE COMPETITION (held in ORISSA) 2009: Certificate for Creative Excellence SYMBIOSIS SCHOOL, NASIK
2011
GRADUATION MIT INSTITUTE OF DESIGN, PUNE (PRODUCT DESIGN SEM 6)
2013: 1st Prize Classical dance (Katthak duet) performed in FIRODIYA KARANDAK 2013, PUNE Event Head QUASAR 7 (MIT ID, PUNE annual design festival)
2016
2014: Installation Head QUASAR 8
INTERESTS: I am a dance enthusiast and am trained in Katthak for 12 years. I indulge myself in reading, swimming, cycling and I love wallowing in nature. SOFTWARE SKILLS: Adobe Photoshop Adobe Illustrator Sketchbook Pro Solid Works Keyshot
LANGUAGES: English Hindi Marathi
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AVANI TAVARGERI +91 9552873117 avani.tavargeri@gmail.com avani.tavargeri@mitid.edu.in
RESIDENTIAL ADDRESS: 9, VYANKATESH BUNGLOW, MADHURA PARK, TIDKE NAGAR, UNTWADI ROAD, DONDE BRIDGE, NASIK-422008