Does Achieving the Best Shipping Solutions Require Hiring a Logistic Expert?

Shipping products without the aid of logistics is like journeying to an unfamiliar destination without the aid of a map; eventually, you get there, but it usually takes more time and money than you anticipated. Just as an uninformed driver makes more stops and takes more roads than necessary to arrive at his destination, an uninformed shipping process results in freight making more stops and taking longer routes than necessary, increasing the cost of the shipping process. Realizing this, shipping companies that don’t have an “in house” logistics department will seek the advice of a logistic expert. But the type of logistic expertise that they retain can also have a significant impact on the cost of the shipping process.

When a company doesn’t have its own logistic expert, it has two options for implementing shipping logistics: hiring a third-party logistics (3PL) provider, or implementing logistics software. Traditionally, shipping companies have opted for 3PL. But today, shippers are increasingly choosing logistics software over 3PL for two reasons: the software offers more shipping options and it costs significantly less than hiring a 3PL provider that offers the same level of service. For companies that are considering hiring a 3PL provider, it’s important to realize that not all 3PL providers are the same. Currently, there are three types of 3PL providers: standard 3PL providers, service developers, customer adapters and customer developers.

Stand 3PL providers offer transportation logistics, but not as one of their core competencies, which ends up making them attractive due to the low cost of their services. Service developers perform transportation logistics as their core competency, but typically emphasize in “value-added” services, such as cross-docking and specific packaging. Customer adapters oversee a company’s logistics process, but don’t specialize in innovative shipping solutions. Customer developers oversee the logistics process and do specialize in innovation solutions. But the price of hiring a customer developer is can be similar to hiring your own logistics experts.

Moreover, 3PL often places small and midsize companies in the position of hiring logistics services that don’t offer comprehensive, innovative solutions or attempting to hire unaffordable logistics services that do; a situation that makes companies realize the value of logistics software, which allows them to realize comprehensive, innovative shipping solutions that increase the timeliness of the shipping process while reducing its price by eliminating the following costs: TMS software costs, 3PL costs, gain shares, freight margins, common rate base licensing costs and annual software maintenance costs.

Logistics software is available on either a software as a service (SaaS) model or as an onsite software solution, with the former offering the advantage of remote system access. But in either case, the software allows its customers to make expert logistics decisions through an easy to use interface. Research shows that companies who implement logistics software can reduce their annual shipping costs by 10 percent after the first year.

Are We Moving Towards Service-Oriented Software Engineering?

The digitally disrupted and the technology-driven world calls for quicker solutions that don’t compromise on quality. For organisations, software engineering services that come with the requisite agility, proven methodologies, and thoroughness are required for reduced turnaround time and better ROI.

It is time to adopt the service-oriented software engineering services in order to get the best of both worlds i.e. software engineering and cloud computing. You will, in turn, be able to improve quality and time taken to launch the software applications while integrating the database from legacy systems. The incredible combination of services and cloud computing has attracted many large scale businesses and applications due to several advantages: easy development, smooth outline for mission-critical applications, and a cost-effective journey from simple to complex applications. Another concern that large enterprises have is security, which is also taken care of through secure choice of clouds.

While service-oriented software engineering and cloud technology solutions are similar in matters such as resource outsourcing and IT management, they differ in some ways. Service-based software engineering services concentrate wholly on architecture design using service composition and discovery while, cloud computing focuses on the essential delivery of the services, which means the SOA for the two differ.

The architectural dimension for service computing

The architectural model for service computing works for the development and deployment concepts. When you define service, it is individual and independent for a particular software entity and comes with well-defined standards and functions. These individual services are then combined to form a workflow based on the application needs. Software as a Service is when the software is self-contained and platform independent. Instead of the software, you can have the platform as your service, where each service that comes into contact to form the workflow is dependent on the platform.

Organisations deploy their applications using a well-defined SOA which is based on the development and deployment service computing chosen by the organisation. The SLA defines the service and the terms of usage and the service provider, in this case, will need to adhere to these terms.

The benefit of service based software development services would be increased agility, defined processes, and quicker time to market. With cloud technology solutions taking over, it is important to define the service computing standards so that you can maximise the data security, and harness the potential of your data. You can compile the services, search, discover and even test and execute the services individually or as a workflow anytime, thus reducing the whole time to develop, debug and deploy.

Characteristics of services computing

The different characteristics of services computing that you need to be aware of before opting for the same include:
· Loosely coupled: No dependency exists between the different services
· Abstract: The logic stays hidden within the SLA
· Reusable: The components can be reused
· Composable: A single service comprises various other services, which can help developers work together and build a single service workflow with ease.

With such amazing architectural and structural benefits, software engineering services are indeed the future of software engineering in the age of cloud computing.

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.