Overall, the town had turned from a small village to  a commercial sized town

 within 20 year.
  In 1990, the river which flowed from north to south also ran through the middle of the town. To the east of the river,irrigated  farmlands lay next to the river bank, while the villages were situated further away. Mountains also surrounded the houses and farmlands in the north and the south. On the southwest of the river bank were rare plants and animals . The northwest of the 

riverbank also contained a forest. 
By 2010, the town expanded to include a hydroelectric dam in the north of the river, which separates it from a lake. The dam was also contained by two mountains on both sides. Other than the village houses, all land next to the river was replaced by 

power lines transferring electricity. Lastly, in the northeast of the town, there was a recently constructed hotel facing the lake.

 

  Overall, there was a significant change that happened at West Park Secondary School with the addition of a science block next to the left side of the school and a car park. Additionally, the farmland and houses completely disappeared by 2010.

    In 1950, the blocks were located directly above a large plot of land and had a playground attached to the school.  By 1980, there were significant changes to the housing being lost and replaced by a science building and parking lot.  The previous houses have been replaced with a parking lot and science block for the sports ground.  The playing field remains unchanged.

  In 2010, the school was still standing but the parking area increased by destroying the total area of ​​the sports field.  Moreover, the sports field has been reduced in some of the areas of ​​the playing field.

     Overall, There are  7 steps, the process, beginning with clay excavation and ending with the delivering of bricks to customers. In contract, the closest stage is where the bricks are formed when there is physical and thermal impact.

    The process commences with the use of a digger to excavate clay from the ground, after The clay is then filtered through and removed unnecessarily and moved to a roller and then mixed with sand and water to create a mold. In the third stage, this mixture is kept in the mold to create the shape of the brick so that it does not deviate out of the way for the worker to support a stage. 

    Secondly, The newly laid bricks are then put into the kiln for at least 24 to 48 hours.  The dry bricks are then fired in a kiln, first at a moderate temperature (200 to 980 degrees), then at a high temperature of up to 1300 degrees on day 2. Finally, the bricks that have cooled and hardened are then loaded onto the vehicle to be delivered to the customer.