Integrative seminar II

INTEGRATIVE SEMINAR II- WEEK 14 AND 15

I used week 14 and 15 to continue and complete my research,

The role of colours in toys:

Colour psychology is very important when it comes to designing a toy, each colour evokes a particular emotion or feeling. The ranking of colour preference internationally blue and flowed by red, green, violet, orange and yellow.

Red stimulates brain activity and makes one hungry. The colour is bright enough to grab a person’s attention and attract them towards it. However, if overused it can be disturbing; red tends to increase your heart rate.

Green is a very calming and relaxing colour, it tends to soothe your senses as it is associated with nature.

Yellow is a very powerful colour that challenges the eye and is overwhelming. Children love the colour but as the grow up they tend to dislike the colour.

Purple is not a very common colour as it is not so prominent in nature but children tend to like the colour.

Black, brown, and grey very dull colours that are seldom preferred by kids, they tend to lower a child’s IQ. If a child uses excess of these colours it shows depression, fear and defiance.

Black and white as a colour scheme lowers a child’s IQ and dulls learning.

Bold reds and oranges increases a child’s IQ by 12 points by attracting a child’s attention to detail.

The importance of shapes in the development of a child-

Studying and learning shapes help a child understand simple geometry. For young kids, this involves recognizing and naming simple shapes and their attributes. So preschool children learn through shapes and you can reinforce their understanding by using words like “square,” “circle,” “triangle,” “pentagon” and “hexagon.” They understand and differentiate shapes by counting the sides and corners.

The importance of textures in the development of a child-

■Sensory exploration is a child’s way of examining, discovering, categorizing, and making sense of the world, and it’s beneficial to provide them with opportunities for sensory play. Playing with different textures helps a child learn new ways of talking about the world. Sensory play regulates discomfort whatever the discomfort may be.

■Therefore, preschool toys play a huge role in the development of a child and so does the elements colour, shape, material and texture of the toy.

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Integrative seminar II

INTEGRATIVE SEMINAR II- WEEK 12 AND 13

 

Our final assignment was to write a 700 word research paper on the topic we chose. The topic i chose was preschool toy and my research question was “How do toys help in the fundamental growth of kids?”

I started by doing research on toys for different age groups and looked at different kinds of toys and how they help in a kids fundamental growth.  

PRESCHOOL TOYS AND THEIR ROLE IN THE FUNDEMENTAL DEVELOPMENT OF CHILDREN

A child’s learning capacity is like a sponge and maximum amounts of psychological development happen during early childhood. Toys play a major part in a child’s life, they are a fundamental part of our growth. Toys are made for different age groups and come in various materials, colors, shapes and sizes. The different kinds of toys are plush, preschool, dolls, action figures, toy vehicles and games. Preschool toys are for kids of age 3-5, they play a huge role in child development because at this age kids tend to learn best.

How do toys help in the fundamental growth of kids?”

Toys provide entertainment while fulfilling an educational role, they help improve the kids creativity and increase the process of acquiring knowledge and understanding through thought, experience and senses.

Different ways in which toys help:

There are different kinds of toys that help children in different ways, they help kids in the following ways:

  1. Physical dexterity

Toy cars, struck and other toys that encourage the kid to move around and do physical activity help increase readiness and grace in physical activity, skill and ease in using hands, mental skills and quickness.

  1. Creativity

Building blocks and puzzles are for kids of all ages, they help build a child’s use of imagination.

  1. Problem- solving

Critical thinking and problem solving is essential for the growth of children and it prepares them for the future. Matching blocks and puzzles help in improving these skills.

 

  1. Social skills

Any toy that needs to be played with or used by more than one kid or by a group of kids help in social interaction therefore increasing the child’s social skills.

 

Integrative seminar II

INTEGRATIVE SEMINAR II- WEEK 10 AND 11

We were given two weeks to decide which part of our specialization we were most interested in, each of us had to chose three parts. I felt most interested in toy design, automobile design and accessory design. In specific preschool toys, car interior design and jewelry design. I decided to focus on toy design and under that, preschool toys.

Toys are fundamental part to our growth and our culture. We can learn to make decisions, socialize, and create through play. Under toy design one explores the different kinds of toys- plush, preschool, dolls, action figures, toy vehicles, games, and more. Under the course you will study child psychology and development, marketing, engineering, model making, digital design, computer rendering, packaging, and presentation. The course also includes analog training in conceptual drawing, sculpting, and prototyping, and progress into digital illustration and graphic representation, model making, and rapid prototyping. Since I’ve always loved making junk art and tiny DIY projects, I realised that my interest lies in toy design.

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Object as history

OBJECT AS HISTORY- WEEK 13 AND 14

We were introduced to our new assignment, Each of us had to create an object or modify an existing object and this object has to remain for the next 200 years. We had to write a 500 word write up and include an illustration along with it.

CANe

About the CANe

CANe is a 21st century smart cane designed to give maximum care and assistance to the visually impaired. It has state of the art features like height adjustability, it’s compact and sleek, motion sensors, audio assistance, GPS, location tracker, firm grip and its foldable.

The cane has motion detectors that enables it to detect objects within a radius of 10” and it can also detect objects approaching the person at different speeds. The information is conveyed through vibrations and through audio. The user feels the vibration on the cane thus giving him/her the warning of an obstacle ahead. An earpiece is connected to the cane via Bluetooth and when objects or people approach the cane, an audio ‘object approaching’ is fed to the persons ear. It also warns you about the speed of the approaching person or object.

The CANe also has an inbuilt GPS, the user has to press the audio button on top of the cane and say the desired location and the CANe will assist him/her through the earpiece. Family members and friends of the user can keep track of the users whereabouts with the help of the CANe app. A special emergency button is located on the bottom of the cane which sends out an emergency signal if pressed.

The cane has a sleek design and it can simply fit into any space, The height of the cane is adjustable therefore the user can customise the cane. It can be easily slipped into your bag or purse as it is foldable. Therefore the E- cane is easy to carry around and travel with. It has a battery life of 12 hours and when the charge is low, it makes noises to indicate low battery. The cane can be easily charged within an hour with the help of a charger. Even if the battery runs out, the cane can function as a normal guidance stick.

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Parts and materials-

  • The top most part of the cane is made of rubber, this part is the handle of the cane and provides an easy grip for the user.
  • Right behind the rubber grip is the battery level and charging point of the cane, the charger is inbuilt therefore making it easy to charge.
  • On the top the cane has a wire handle so it can be hung onto walls or folded and attached to bags.
  • The body is made of stainless steel to prevent from corrosion and hence it is very strong.
  • The end tip of the cane is made of rubber and is curved to give it a soft touch and prevent harm.

 Special features-

  • It is a smart cane and provides audio assistance.
  • Inbuilt motion sensor
  • Inbuilt GPS and location tracker.
  • Adjustable height
  • It is foldable
  • Handle with grip
  • Inbuilt charger
  • Emergency feature
  • Compact and sleek design

On the whole, CANe is the best assistant cane for the visually impaired and it has all the features one would need. With the help of CANe, you CAN do anything without a worry.

Object as history

OBJECT AS HISTORY- WEEK 11 AND 12

These two weeks we brought to class the print outs of objects we had chosen the first five weeks, we then cut them out and had to display them according to the time they were from. We took a while to figure out the position of the pictures.

Once the pictures were displayed we spoke about the timeline we had created and about how every object was unique. We saw how diverse the objects were, especially because they were from different places and time periods

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Object as history

OBJECT AS HISTORY- WEEK 8, 9 AND 10

THE HISTORY OF ADHESIVES

The dictionary defines an adhesive as a substance capable of holding materials together by surface attachment. This is a simple definition for a material that is the basis of a multi-billion dollar industry with more than 750 companies competing for a share of the market. It is estimated that 50 of those companies are responsible for 50 percent of the sales dollars in the adhesive industry.

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I’m going to be looking at fevicol, a product of pidilit and India’s most used and trusted brand of adhesives. Pidilite’s biggest bond is through the Fevicol family of products. Pidilite is a consumer centric company committed to quality and innovation. For decades, we have been pioneering products for small to large applications, at home and industry, which have forged strong bonds with people from all walks of life. From adhesives, sealants, waterproofing solutions and construction chemicals to arts & crafts, industrial resins, polymers and more. Fevicol has become a household name that is today synonymous with adhesives. The brand has introduced many innovative products which have transformed the way carpentry trade operates in India.

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The company laid its foundations with innovation in the form of Fevicol – path-breaking synthetic white resin adhesive. It meant freedom from cumbersome animal fat glue for binding woodworks. To this day, Fevicol remains the first choice of carpenters. Fevicol was an industrial product, we re-launched it in an innovative ‘tube-pack’ to reach end consumers. Today Fevicol is integral to every household in India. Ther are three different types of fevicol- fevicol SH (the standard fevicol), fevicol marine and fevicol Hi Per. Pidilite Industries received the ‘Most Promising Company of the Year Award’ at the CNBC-TV18, 11th Indian Business Leader Awards (IBLA). The award is a tribute and testimony to the diligence of Pidilitians all over. Just over 4 decades after its launch, Pidilite declared a turnover of Rs.1000 crores. The company had grown 1000 times in just 45 years. The famous Fevicol ‘Bus ad’ not only won the hearts of the Indian people but also the world, going ahead to win the Silver Lion award at Cannes Lions International Festival of Creativity 2002. They launched launched Dr. Fixit, an extensive range of Construction Chemicals, thus diversifying its product range. Dr. Fixit was specially developed as a waterproofing solution to be used in new constructions, or in the repair of old ones. Barely four years after starting the company, the first modern manufacturing plant was established in Kondivita Village, Mumbai. Today, this building houses the Corporate Head Office.

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The 1920s, 1930s, and 1940s witnessed great advances in the development and production of new plastics and resins due to the First and Second World Wars. These advances greatly improved the development of adhesives by allowing the use of newly developed materials that exhibited a variety of properties. With changing needs and ever evolving technology, the development of new synthetic adhesives continues to the present. However, due to their low cost, natural adhesives are still more commonly used.

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Natural rubber was first used as material for adhesives starting in 1830. In 1839, Charles Goodyear discovered that a rubber and sulfur mixture, when heated, becomes elastic. In 1843, Thomas Hancock named this process vulcanization. In 1862, a British patent (number 3288) was issued for the plating of metal with brass by electrodeposition to obtain a stronger bond to rubber. The development of the automobile and the need for rubber shock mounts required stronger and more durable bonds of rubber and metal. This spurred the development of cyclized rubber treated in strong acids. By 1927, this process was used to produce solvent-based thermoplastic rubber cements for metal to rubber bonding.

Natural rubber-based sticky adhesives were first used on a backing by Henry Day (US Patent 3,965) in 1845. Later these kinds of adhesives were used in cloth backed surgical and electric tapes. By 1925, the pressure-sensitive tape industry was born. Today, sticky notes, Scotch tape, and other tapes are examples of PSA (pressure-sensitive adhesives).

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In 1750, the first British glue patent was issued for fish glue. The following decades of the next century witnessed the manufacture of casein glues in German and Swiss factories. In 1876, the first US patent (number 183,024) was issued to the Ross brothers for the production of casein glue. The first US postage stamps used starch-based adhesives when issued in 1840. The first US patent (number 61,991) on dextrin (a starch derivative) adhesive was issued in 1867

In Central Asia, the rise of the Mongols in approximately AD 1000 can be partially attributed to the good range and power of the bows of Genghis Khan’s hordes. These bows were constructed with laminated lemonwood and bullhorn bonded by an unknown adhesive. In Europe, glue fell into disuse until the period AD 1500–1700. At this time, world-renowned cabinet and furniture makers such as Thomas Chippendale and Duncan Phyfe began to use adhesives to hold their products together. The development of modern adhesives began in 1690 with the founding of the first commercial glue plant in Holland. This plant produced glues from animal hides.

From AD 1 to 500 the Greeks and Romans made great contributions to the development of adhesives. Wood veneering and marquetry were developed, the production of animal and fish glues refined, and other materials utilized. Egg-based pastes were used to bond gold leaves incorporated various natural ingredients such as blood, bone, hide, milk, cheese, vegetables, and grains. The Greeks began the use of slaked lime as mortar while the Romans furthered mortar development by mixing lime with volcanic ash and sand. This material, known as pozzolanic cement, was used in the construction of the Roman Colosseum and Pantheon. The Romans were also the first people known to have used tar and beeswax as caulk and sealant between the wooden planks of their boats and ships. The first references to adhesives in literature first appeared in approximately 2000 BC. Further historical records of adhesive use are found from the period spanning 1500–1000 BC. Artifacts from this period include paintings depicting wood gluing operations and a casket made of wood and glue in King Tutankhamun’stomb. Other ancient Egyptian artifacts employ animal glue for bonding or lamination. Such lamination of wood for bows and furniture is thought to have extended their life and was accomplished using casein (milk protein)-based glues. The ancient Egyptians also developed starch-based pastes for the bonding of papyrus to clothing and a plaster of Paris-like material made of calcined gypsum.

In 2000, a paper revealed the discovery of a 5,200-year-old man nicknamed the “Tyrolean Iceman” or “Ötzi”, who was preserved in a glacier near the Austria-Italy border. Several of his belongings were found with him including two arrows with flint arrowheads and a copper hatchet, each with evidence of organic glue used to connect the stone or metal parts to the wooden shafts. The glue was analyzed as pitch, which requires the heating of tar during its production. The retrieval of this tar requires a transformation of birch bark by means of heat, in a process known as pyrolysis.

The first evidence of a substance being used as an adhesive dates back to 4000 B.C. Archaeologists studying burial sites of prehistoric tribes found foodstuffs buried with the deceased in broken pottery vessels that had been repaired with sticky resins from tree sap. Archaeologists have also uncovered statues from Babylonian temples that have ivory eyeballs glued into eyesockets. This tar-like glue has held for almost 6,000 years. The period of time between 1500-1000 B.C. gave further proof that glue had become a method of assembly. Paintings and murals showed details of wood gluing operations. A casket removed from the tomb of King Tut shows the use of glue in its construction. Our museums today contain many art objects and furnishings from the tombs of Egyptian pharaohs that are bonded or laminated with some type of animal glue. The first references in literature concerning glue and the art of glue appear about the year 200 B.C. Simple procedures for making and using animal glue were written. The next period of activity is from 1-500 A.D. when the Romans and Greeks developed the art of veneering and marquetry, which is the bonding of thin sections or layers of wood. From this art, the making of animal and fish glues were refined and other types of adhesives were developed, such as an adhesive from egg whites to bond golf leaf. In addition to egg whites, other natural ingredients were used to prepare glue, such as blood, bones, hide, milk, cheese, vegetables, and grains.

 

TIMELINE-

70,000 BC- The cavemen in South Africa back then used a gluey substance made of tree-sap and red ochre to protect their cave paintings

 

2,000 BC- The Egyptians first introduced the use of liquid adhesives in their wooden artifacts

 

1700- The first ever industry opened and started producing liquid adhesives commercially in Holland. It was called Horse glue.

 

1932- Casco all- glue was introduced in the market which was the first multipurpose PVA- based glue

 

1999- The formula now of Elmers glue doesn’t use any animal product. The product is made of PVA-based synthetic glue

 

ONLINE REFERENCES-

http://www.pidilite.com/about-pidilite/

 

http://www.pidilite.com/our-brands/fevicol/

 

http://www.pidilite.com/our-founder/

 

http://www.bsahome.org/archive/html/escreports/historyofadhesives.pdf

 

https://en.wikipedia.org/wiki/Adhesive#Reactive

 

https://en.wikipedia.org/wiki/Adhesive#By_origin

 

http://www.adhesives.org/resources/knowledge-center/aggregate-single/the-history-of-adhesives

 

https://www.tandfonline.com/doi/abs/10.1080/00222338108066458?journalCode=lmsa19

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Integrative seminar II

INTEGRATIVE SEMINAR II- WEEK 8 AND 9

For this class each of us had to make a mind map on the specialization we were going to chose next year. This was to make us get a better idea of the specialization we were going to chose, so we understand what part we are most interested in. A few of the best mind maps were pinned up and as a class we discussed each specialization in details including the opportunities and various areas under them.

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