The STEM store features top rated learning and educational toys for all ages in science, technology, engineering and math genres. By filtering by ages from 2 – 4, 5 – 7, 8 – 13 and 14 & up, you can ensure your kid gets a toy that’s neither too challenging nor boring. These games will prepare and introduce your children to core subjects that give kids skills for future success in fields like robotics, computer science and natural sciences. If you’d like a new STEM toy delivered every month, visit our STEM Club subscription page where we’ll deliver STEM products monthly from brands like Osmo, Nintendo Labo, Learning Resources, and Fisher-Price.
The Greek philosopher Plato wrote that the future architect should play at building houses as a child. A construction set is a collection of separate pieces that can be joined together to create models. Popular models to make include cars, spaceships, and houses. The things that are built are sometimes used as toys once completed, but generally speaking, the object is to build things of one's own design, and old models often are broken up and the pieces reused in new models.
The golden age of toy development was at the turn of the 20th century. Real wages were rising steadily in the Western world, allowing even working-class families to afford toys for their children, and industrial techniques of precision engineering and mass production was able to provide the supply to meet this rising demand. Intellectual emphasis was also increasingly being placed on the importance of a wholesome and happy childhood for the future development of children. William Harbutt, an English painter, invented plasticine in 1897, and in 1900 commercial production of the material as a children's toy began. Frank Hornby was a visionary in toy development and manufacture and was responsible for the invention and production of three of the most popular lines of toys based on engineering principles in the twentieth century: Meccano, Hornby Model Railways and Dinky Toys.
This stereotypical attribution of sex-typical toys for girls and boys is gradually changing, with toys companies creating more gender neutral toys, as the benefits associated with allowing children to play with toys that appeal to them far outweighs controlling their individual preferences. For example, many stores are beginning to change their gender labels on children's play items. Target removed all identification related to gender from their toy aisles and Disney did the same for their costumes. The Disney store is an especially prevalent example of gender in play because they are a global identity in the toy world. A study done regarding their website found that though they have removed gender labels from their costumes, the toys online reflect more stereotypical gender identities. For example, males were associated with physicality and females were associated with beauty, housing, and caring. Too, though they promote their toys as being for both genders, there is no section for boys and girls combined on their website. Those which are generally deemed for both genders more closely resemble what many would label "boy toys," as they relate closer to the stereotype of masculinity within play.
One example of the dramatic ways that toys can influence child development involves clay sculpting toys such as Play-Doh and Silly Putty and their home-made counterparts. Mary Ucci, Educational Director of the Child Study Center of Wellesley College, has demonstrated how such toys positively impact the physical development, cognitive development, emotional development, and social development of children.
A puzzle is a problem or enigma that challenges ingenuity. Solutions to puzzle may require recognizing patterns and creating a particular order. People with a high inductive reasoning aptitude may be better at solving these puzzles than others. Puzzles based on the process of inquiry and discovery to complete may be solved faster by those with good deduction skills. A popular puzzle toy is the Rubik's Cube, invented by Hungarian Ernő Rubik in 1974. Popularized in the 1980s, solving the cube requires planning and problem-solving skills and involves algorithms.