Features and Attributes
Dependability is the user’s level of trust in a system which reflects the level at which the user is confident to operate a machine without any form of failure. Dependability is a measure of reliability, availability, maintainability, and in some cases, characterized by safety and security. In assessing the car’s dependability, there are prevalent but helpful features that one has to consider. Some of the features are heat and air conditioning; a lot of people want to be comfortable while driving regardless of the weather.
The other important feature is the engine type which contributes to the fuel consumption and the power of the vehicle (Dhanabalan, p. 18). The less the car consumes fuel, the better because it will save the driver much fuel. The last important feature is the automatic and manual transmission. Many people prefer automatic cars, but the manual car is better because it is easy to maintain and they are cheap to buy. The manual car’s transmission is inexpensive to repair; also, the driver is more engaged in the journey.
Warrant, safety, and price are some of the attributes people check in the vehicle. The buyer needs to be assured what they are buying is covered in case of any faultiness. The user’s interest in knowing the vehicle’s safety history is critical because it will help understand the car’s worthiness. Some people who buy used vehicles should be cautious because one can get a car that had an accident and marked wanted. Pricing is another critical attribute because one cannot buy what they cannot afford. The higher the price, the safer one is on the road; if one buys a new car and the other buys a used one, the one with a brand-new car is safer and more comfortable.
When quantifying a warranty, it is important to understand the car’s value. If the car is worth the warrant, then it is important to consider the repairing cost in case an accident happens (Dhanabalan, p. 28). When it comes to warrants, insurance should be a key consideration. There are insurance packages that cover third-party objects and persons. In terms of safety quantification, it is good to consider accident-free vehicles. Otherwise, the other vehicles might have hidden faults such as leaking carburetors or fuel tanks. This minor fault might blow the car while traveling, and one burns inside. Quantifying these attributes means considering the impact they would have on the vehicle if not considered. The analysis of the impact has been done based on each attribute.
Ways to Achieve Dependability
Dependability can be achieved by taking full ownership of the operation of the system. For example, if it is a car, the driver should feel empowered while driving. The driver is in control of moving the vehicle, and the passengers depend on them. If he or she is not in control, the car can easily get into an accident which means a significant loss. The drivers are trained to fix problems that might occur while on the way quickly. In my own opinion, dependability can be achieved when we give full ownership and accountability to people and not departments or organizations (Dhanabalan, p. 31). Depending on department and organization does not result in world-class reliability and operation. To have a reliable and efficient operation, individuals must take the initiative. Organizations can be dependable if they operate as a process. However, the bottom line is that taking ownership is the only way users can trust the system.
Work Cited
Dhanabalan, T., et al. “Factors influencing consumers’ car purchasing decision in Indian automobile industry.” International Journal of Mechanical Engineering and Technology 9.10 (2018): 53-63.