Electronic Gadget

Everyone knows that computer programming is a heavily male-dominated field. I think this is unfortunate. Over the years, I’ve come to conclude that there is a great deal that women can contribute to this field.

Why is computer programming regarded as a primarily masculine discipline? I think that in part, it’s because men have a reputation for being more likely to tinker around with gadgets and gizmos. In part, it’s also because computer science is supposedly a very math-oriented field, and men are supposedly more inclined toward mathematical disciplines.

(Incidentally, I know that such generalizations would offend certain people. I’d like to emphasize that this is not my intent at all, nor do I wish to make excessively broad generalizations about either gender. However, a multitude of psychological studies do claim that men haveon the averagea greater aptitude for mathematics and mechanics than women do, whereas women tend to perform better at linguistics and communication. These tendencies coincide well with my own observations, so for now, I’ll assume that these studies are reasonable descriptions of gender differences.)

Anyway, people often claim that men make better programmers because they are more mathematically inclined. Personally, I disagree. It is true that computer science is very much mathematical in nature; however, computer programming often is not. It’s true that a software developer should understand basic concepts such as binary computations, round-off error and Boolean logic; however, for most programming tasks, there is little need for calculus, group theory or other advanced mathematical topics. For this reason, I think that the importance of a strong mathematical aptitude is largely overblown.

Indeed, I think that linguistic skill is decidedly more important. I’d say that in years past, about 90% of the programmers that I encountered produced sloppy codesoftware that is clumsily structured, poorly documented and difficult to understand. I’ve also noticed a strong correlation between linguistic skill and the ability to generate clean, legible code. And why not? Computer languages are, after all, just thatlanguages. It’s thus reasonable to expect that someone with a strong language aptitude willon the averageproduce cleaner, more understandable code than someone whose language skills are lackluster.

That is one reason why I wish more women would pursue a programming career. If it is indeed true that women have better language skills, then they are likely to perform well with computer languages as well. Again, this jibes well with my own experiences. I haven’t known many female programmers, but most of the ones that I do know have produced some rather outstanding work. (To be fair, I’ve also known some lousy female programmers; however, these individuals had little passion for their field, and only entered it for the sake of a paycheck. That’s a pretty good recipe for mediocrity, regardless of one’s gender.)

Breaking into this field may not be easy. I’m sure that many women will have to combat the prejudiced notion that software development is a man’s field, and that female programmers are mere dilettantes. Still, it is my earnest hope that more women will make their marks in this arena. If they have the right passion for this field, and if they understand their strengths, then I believe that they have much to offer.

The world of computers sure is a complex one, and what makes it an even bigger challenge to master is a series of endless developments and upgrades, especially in the software segment. The software industry is a mammoth activity centre that has witnessed several developmental works ever since computers became a way of life, offering solutions to a wide array of sectors. Whether it’s instructional and interactive software for students, business solutions for various firms or creative possibilities for designers and animators, the software industry has served one and all. But do you have any idea what makes software development service stick to its guns in the face of all odds? It is the availability of resourceful architecture and planning that makes software development possible in a big way. One such facilitator is known as an object model, which is a type of data model that is ascribed to the properties of objects used up by either of a programming language, computer technology or a methodology.

Some of the examples of an object model are the Java object model, component object model (COM) and the OMT object model, which are defined through various concepts like class, data abstraction, inheritance, polymorphism and encapsulation. Object models can be said to be an offshoot of the aggressive mathematical study of the meaning of programming languages and computation models, and there are several references on them in textual form. More and more software development companies use object models in order to augment interprocess communication as well as object creation in various programming languages for the purpose of a seamless software development process.

One of the biggest advantages of the application of an object model is the facilitation of custom software development. With the growing need by various firms and individuals for software that can assist them in their area specifically, software developers have been able to meet those demands through custom software using object models to a great extent.

The complete potential of iPhone, the multimedia gadget, can be utilized by developing ingenious applications for it. The launch of the SDK (software development kit) by Apple in 2008 boosted iPhone application developer worldwide to come up with unique and customized applications for iPhone users.

The SDK, also known as the ‘tool chain’ includes:

Xcode: It is the integrated development environment (IDE), wherein iPhone applications are developed. It is the integral part of the iPhone application development kit and consists of a graphical debugger and a powerful source editor too. Interface builder: It helps in the designing and testing of user interfaces. The graphical editing environment of the interface builder is utilized by the iPhone application developer to design user interfaces and seamlessly integrate the applications to the 3G environment of iPhone. Instruments: The instrument retrieves data, analyzes and compares performance and displays the results graphically in real-time. It plays a pivotal role in the real-time optimization of iPhone applications.

An iPhone application developer should have a sound knowledge about using the SDK. The SDK uses the objective C language and runs only on the MAC OS X 1.5 platform (the OS of iPhone). The applications developed needs to be approved by Apple and can be distributed solely through App Store.      

iPhone website development

There are various categories catering to which, iPhone applications are developed. Many companies specialize in a particular category. For example, a company may specialize in the domain of iPhone website development. An iPhone mobile development domain includes useful web 2.0 applications designed exclusively for iPhone, like:

Search tools. Web utilities. Social networking. Ecommerce websites. Travel, sports and entertainment and so on.

Outsourcing of iPhone application development



Outsource of iPhone application development has several advantages which mainly includes:

Firstly, it is cost effective. Outsourcing of IPhone applications gets the job done in lower costs. Customized applications can be developed without much investment which was otherwise necessary for the technical manpower and training. The rigmaroles of the iPhone applications- approval by Apple, guidelines etc are taken care by the companies.