Software Engineer Resume

Software Engineering is a highly complex and technical industry that is constantly evolving due to technological advances. The work of this involves the application of computer science and mathematics in the design and implementation in a variety of solutions. Even though the position is open to all graduates with technical competency and knowledge of various computer programming languages and applications, a degree in a computer related or business discipline like computer science, electrical or electronic engineering, mathematics and physics may be advantageous for the applicant. It is also important to enumerate a detailed job description as it will highlight your capabilities and experience to gain an edge with the numerous software engineers applying for the same position. Remember that you need to put yourself high on the market to get the attention of your future employer.

A software engineer is responsible for the development of a full life cycle application. The process starts by evaluating user requirements that will be included in the development of application. This involves researching, designing, evaluating, testing, fault finding and debugging of a new program. It can be a computer game, a business application, an operating system or advanced software to control a highly technical hardware and equipment. Alternatively, an engineer must also have the ability to integrate an existing software product to an old system by making incompatible platforms to work together. This is usually done by analyzing existing programs and identifying areas for modification. He is also in charge in maintaining systems by monitoring and correcting software defects. An engineer also teams up with technical authors in writing operational documentation, technical specifications and test plans.

Getting hired does not mean that a software engineer’s pursuit for job is over. He must continually update his technical knowledge and skills by attending in house or external training and courses, reading manuals, investigating new technologies and accessing application.

Streamline Shipping With Parcel Shipping Software

No matter the size of your company, if you rely on heavy shipping to make your money then you need to make sure you have the best software available. Mistakes made in shipping will not only cost you time and effort, it will also cost you customers and a lot of money. Think about major companies that handle only shipping like UPS, FedEx, and others. These companies must have the most advanced software around in order to make sure that the millions of packages they handle a year get to where they need to get to. We only hear and talk about the mistakes, lost or late packages, but think about it

For handling over a million packages, boxes, bags, envelopes and other things a year, these major shipping companies make a mistake less than one percent of the time. That is a great success rate and any company that has to ship products, advertisements, or anything else for that matter would love to have that kind of success rate as well. That is why you need to have the latest shipping software that can help you stay organized and keep your company moving forward. The reason these major companies have so much success with so many packages is because they have their special software that simplifies things for them. There is no way global businesses be able to handle the enormous volume of shipping they have to every year with such a high success rate if they did not have UPS and other parcel shipping software systems.

If you have a smaller company you may not need the exact same kind of software as some of the billion dollar companies do but you will need some shipping software none the less. It is important that you are able to keep your customers happy and make sure you run a smooth, organized, and efficient shipping program no matter what it is you are shipping. UPS shipping software is a great example of this because if anyone in the company has any confusion about a package, the software will eliminate the confusion without the need to bring the customer back in or cause any delays at all. So many companies offer products similar to other companies at prices that are also similar. What separates many of the companies is the service they can offer to their customers, people are willing to pay a little more for better service. So if you are able to get a client a product quickly, with no delay or mix ups, then you have insured that they will be a repeat customer for years to come.

Software Engineering Practice

People who create computer software practice the art or craft or discipline that is software engineering. But what is software engineering “practice”? in a generic sense, practice is a collection of concepts, principles, methods, and tools that a software engineer calls upon on a daily basis. Practice allows managers to manage software projects and software engineers to build computer programs. Practice populates a software process model with the necessary technical and management how-to’s to get the job done. Practice transforms a haphazard unfocused approach into something that is more organized, more effective, and more likely to achieve success.

Core principles
The dictionary defines the word principle as “an important underlying law or assumption required in a system of thought” throughout this book we discuss principles at many different levels of abstraction. Some focus on software engineering as a whole, others consider a specific generic framework activity (e.g., customer communication), and still others focus on software engineering actions (e.g., architectural design) or technical tasks (e.g., write a usage scenario). Regardless of their level of focus, principles help us establish a mind set for solid software engineering practice. They are important for that reason.

First principle: the reason it all exists

A software system exists for one reason: to provide value to its users. All decisions should be made with this in mind. Before specifying a system requirement, before nothing a piece of system functionality, before determining the hardware platforms or development processes, ask yourself questions such as: does this add real value to the system? If the answer is no, don’t do it. All other principles support this one.