Product engineering generally involves activity dealing with the issues of the cost, the reducibility, the quality, performance, the reliability, the serviceability, intended lifespan as well as user features. These product related characteristics are usually all sought in an attempt to formulate the resulting product and making it attractive to its intended market as well as a successful contributor to the business of the organization that intends to proffer the product to that market. It includes design, development and transitioning to the manufacturing of the product. The different phases of the product engineering are:
- The Product Ideation
- The Product Architecture
- The Product Design
- The Product Testing
- Product Migration as well as Porting
- The technical Support
- The sustaining Engineering
- The Professional Services
The term encompasses developing the concept of the product and the design as well as development of its mechanical, electronics and software components. After the initial design and development are done, transitioning the product to produce it in volumes is measured part of the product engineering.
For instance, the engineering of the digital camera would include defining the feature set, the design of the optics, the mechanical as well as ergonomic design of the packaging, developing the electronics that manage the a variety of components as well as developing the software that permit the user to observe the pictures, store them in memory and download them to a computer.
Product engineering is an engineering discipline that deals with both the design as well as manufacturing aspects of the product.
Hydraulics system on the C919
The Aerospace Hydraulic Systems Division (HSD) is proffering the whole hydraulic system on the latest COMAC C919 platform. The major components consist of engine-driven hydraulic pumps, an AC motor pump, the power transfer units, the reservoirs, the filter modules, accumulators as well as ground service panels. Moreover, the hydraulic system features a control and observing software package for the C919 integrated modular avionics controller.
These mechanisms are set up in the three independent hydraulic systems on the aircraft as well as provide fluid power for all flight control actuation, landing gear retraction as well as extension, the nose-wheel steering, as well as thrust reverser deployment. All the 20 types of the key hydraulic system components are qualified for flight.
Product engineering solution is that engineering which emphasizes dependability in the lifecycle management of a product. The reliability, or consistency, explains the ability of a system or the component to function under the stated conditions for a particular period of the time. Dependability may also illustrate the ability to function at a specified moment or interval of the time (accessibility).
Product Engineering Services represents a sub-discipline within the systems engineering. Reliability is theoretically described as the probability of the success, as the frequency of the failures; or in terms of accessibility, as a probability derived from dependability, testability as well as maintainability. testability, maintainability as well as preservation are often described as a component of “dependability engineering” in the Product Programs. Dependability plays a key role in the cost-effectiveness of the systems.
Although the stochastic parameters define as well as affect reliability, according to a number of expert authors on product engineering, dependability is not (solely) attained by the mathematics as well as statistics. You cannot really discover a root cause (needed to effectively prevent failures) by only looking at the statistics. Nearly all the teaching as well as literature on the subject highlight this kind of aspects, as well as ignore the reality that the ranges of the uncertainty involved mostly in an invalidate quantitative methods for the prediction as well as measurement.
