nadiera hashim

LILLIAN GILBRETH According to the YouTube video, industrial engineering is incomplete without understanding motion study, which is one of the fundamental elements to mastering industrial engineering. Based on my observation, Lillian Gilbreth has done the motion study indirectly in her daily life. She juggles her obligations as a mother of 12 children while also pursuing her job, which has astounded me. She's a pro at managing her time and balancing her tasks. Not only that, Lillian Gilbreth's contribution is that she has found a niche in engineering to help women overcome cultural barriers like manganese and boost workplace efficiency. 

  Some Japanese firms have a policy of rotating their managers among different managerial jobs. In contrast, American managers are more likely to specialize in a certain area (e.g. finance or operations). Discuss the advantages and disadvantages of each of these approaches. Which do you prefer? Why? JOB ROTATING 💭  Job rotation is the systematic movement of individuals from one job to another within an organization to meet different human resource objectives such as recruitment and hiring, training them, advancing their careers, and avoiding job boredom or burnout.   ADVANTAGES  📝 Eliminates boredom  - able to do multitasking work, get familiar with each department and able to improve relationship with other workers.  📝 Improve efficiency  - the managers able to have experience in a different position/ work and obtain more knowledge.  📝 Encourage development  - workers able to know more about their position and seek career growth.  DISADVANTAGES 📝 Lack of skills - The managers onl

J O B A D V E R T I S E M E N T  source : jobstreet.com Reasons I am interested in this job : Apart from the company’s core business that is plastic injection moulding, ranging from clamping force capacity of 40 tons to 650 tons, Nagoya Plastic Industry also covers wide range of services including mould design, tool fabrication, spray painting, hot foil stamping, silk-screening, tampo printing, heat stacking, induction, ultrasonic welding, laser cut and sub-assemblies. I am interested in this job because i love working with something that involves raw material transformation and i believe that this position will allow me to gain more knowledge about plastic industry and how it works.  Not only that i am interested in this job because i in plastic manufacturing we know exactly how we work matters. The products we create are real, they are tangible. We can look a them and know precisely what their impact is. Plus, the plastic manufacturing is so vast that we could making anything.  Skill

Assalamualaikum everyone. This is my  video assignment related to physics concept. I choose energy. Energy is defined as the “ability to do work, which is the ability to exert a force causing displacement of an object.” Despite this confusing definition, its meaning is very simple: energy is just the force that causes things to move. In this video i explained about 2 types of energy which are potential energy and kinetic energy. 

 Explain Newton's 1st law, 2nd Law and 3rd Law of motion, with 1 example for each.  NEWTON'S 1ST LAW OF MOTION.  Newton's first law of motion was discovered by Sir Isaac Newton. It states about the inertial nature of an object. Newton's first law of motion states that an object will remain in its original state  or in a state of uniform velocity if no external force acts on the object.   An object that is stationary will remain stationary. For example, a stone in the ground is in a state of rest.   The rock will remain stationary on the ground when no force is applied. Therefore, to move the stationary object, an external force is required.  The stationary stone moves when a force (throwing a stone) is applied to it. When an object moving with uniform velocity it will keep moving with uniform velocity along a straight line . To change that condition, an external force must be acted on the object.  NEWTON'S 2ND LAW OF MOTION Newton's second law of motion states

Explain an example of 1 science concept that used in engineering.  Based on article that provided by Dr. Fadhilah, i can see the differences between scientist and engineer. Science aims to know while engineering aims to do. Science concept that used in engineering is science is a nature behaves in predictable ways. Searching for explanations is the major activity of science because effects cannot occur without causes. In that article  it says that engineers do what they do because they want to solve some real-world problem.   One of the concepts that is used in engineering is Newton's first law of motion which is closely related to inertia which is the tendency of an object to remain stationary or move. For example, when a bus stops suddenly, passengers will move forward. This is because passengers have inertia that makes them move backwards or forwards. The same situation where, if a car driver who is not wearing a seat belt and hit something in front, the driver will be thrown ou