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Software Development Feature: 12 Major Advantages of ASP.NET

September 20, 2016 by Julie McGrath

ASP.NET stands for Active Server Pages .NET and is developed by Microsoft. ASP.NET is used to create web pages and web technologies and is an integral part of Microsoft’s .NET framework vision. As a member of the .NET framework, ASP.NET is a very valuable tool for software programmers and software developers as it allows them to build dynamic, rich web sites and web applications using compiled languages like VB and C#.

ASP.NET is not limited to script languages, it allows you to make use of .NET languages like C#, J#, VB, etc. It allows software developers to build very compelling applications by making use of Visual Studio, the development tool provided by Microsoft. ASP.NET is purely server-side technology. It is built on a common language runtime that can be used on any Windows server to host powerful ASP.NET web sites and technologies.

In the early days of the Web i.e. before the release of Internet Information Services (IIS) in 1997, the contents of web pages were largely static. These web pages needed to be constantly, and manually, modified. There was an urgent need to create web sites that were dynamic and would update automatically.

Microsoft’s Active Server Pages (ASP) was brought to the market to meet this need. ASP executed on the server side, with its output sent to the user’s web browser, thus allowing the server to generate dynamic web pages based on the actions of the user.

These server-side technologies are important contributions to the development of the Web. Amazon.com, eBay.com, and many other popular web sites use ASP.NET as the framework for their site; without ASP.NET it would not be possible.

 

12 important advantages ASP.NET offers over other Web development models:
  1. ASP.NET drastically reduces the amount of code required to build large applications.
  2. With built-in Windows authentication and per-application configuration, your applications are safe and secured.
  3. It provides better performance by taking advantage of early binding, just-in-time compilation, native optimization, and caching services right out of the box.
  4. The ASP.NET framework is complemented by a rich toolbox and designer in the Visual Studio integrated development environment. WYSIWYG editing, drag-and-drop server controls, and automatic deployment are just a few of the features this powerful tool provides.
  5. Provides simplicity as ASP.NET makes it easy to perform common tasks, from simple form submission and client authentication to deployment and site configuration.
  6. The source code and HTML are together therefore ASP.NET pages are easy to maintain and write. Also the source code is executed on the server. This provides a lot of power and flexibility to the web pages.
  7. All the processes are closely monitored and managed by the ASP.NET runtime, so that if process is dead, a new process can be created in its place, which helps keep your application constantly available to handle requests.
  8. It is purely server-side technology so, ASP.NET code executes on the server before it is sent to the browser.
  9. Being language-independent, it allows you to choose the language that best applies to your application or partition your application across many languages.
  10. ASP.NET makes for easy deployment. There is no need to register components because the configuration information is built-in.
  11. The Web server continuously monitors the pages, components and applications running on it. If it notices any memory leaks, infinite loops, other illegal activities, it immediately destroys those activities and restarts itself.
  12. Easily works with ADO.NET using data-binding and page formatting features. It is an application which runs faster and counters large volumes of users without having performance problems

In short ASP.NET, the next generation version of Microsoft’s ASP, is a programming framework used to create enterprise-class web sites, web applications, and technologies. ASP.NET developed applications are accessible on a global basis leading to efficient information management. Whether you are building a small business web site or a large corporate web application distributed across multiple networks, ASP.NET will provide you all the features you could possibly need…and at an affordable cost: FREE!

Do you possess skills in ASP.NET? Check out our latest Software Development job role which is focuses mainly on C#/ASP.NET by following this link!

– Steve Kozyk

Filed Under: Career Advice, Latest Industry News Tagged With: ASP.NET, C++, Careers, computers, development, jobs, languages, programming, Software, testing, web

Top 10 Most In-Demand Software Programming Languages

September 15, 2016 by Julie McGrath

The tech sector is booming! As a result, software coding skills are in high demand, with programming jobs paying significantly more than the average position. Even beyond the tech world, an understanding of at least one programming language makes an impressive addition to any CV.

The in-vogue languages vary by employment sector. Financial and enterprise systems need to perform complicated functions and remain highly organized, requiring languages like Java and C#. Media- and design-related webpages and software will require dynamic, versatile and functional languages with minimal code, such as Ruby, PHP, JavaScript and Objective-C..

So what are the top 10 in-demand programming languages to date?

 

  1. SQL

It’s no surprise SQL (pronounced ‘sequel’) tops the job list since it can be found far and wide in various flavors. Database technologies such as MySQL, PostgreSQL and Microsoft SQL Server power big businesses, small businesses, hospitals, banks, universities. Indeed, just about every computer and person with access to technology eventually touches something SQL. For instance, all Android phones and iPhones have access to a SQL database called SQLite and many mobile apps developed Google, Skype and DropBox use it directly.

  1. Java

The tech community recently celebrated the 20th anniversary of Java. It’s one of the most widely adopted programming languages, used by some 9 million developers and running on 7 billion devices worldwide. It’s also the programming language used to develop all native Android apps. Java’s popularity with developers is due to the fact that the language is grounded in readability and simplicity. Java has staying power since it has long-term compatibility, which makes sure older applications continue to work now into the future. It’s not going anywhere anytime soon and is used to power company websites like LinkedIn.com, Netflix.com and Amazon.com.

  1. JavaScript

JavaScript – not to be confused with Java – is another one of the world’s most popular and powerful programming languages, and is used to spice up web pages by making them interactive. For example, JavaScript can be used to add effects to web pages, display pop-up messages or to create games with basic functionality. It’s also worth noting that JavaScript is the scripting language of the World Wide Web and is built right into all major web browsers including Internet Explorer, FireFox and Safari. Almost every website incorporates some element of JavaScript to add to the user experience, adding to the demand for JavaScript developers. In recent years JavaScript has also gained use as the foundation of Node.js, a server technology that among other things enables real-time communication.  

  1. C#

Dating from 2000, C# (pronounced C-sharp) is a relatively new programming language designed by Microsoft for a wide range of enterprise applications that run on the .NET Framework. An evolution of C and  C++, the C# language is simple, modern, type safe and object oriented.

  1. C++

C++ (pronounced C-plus-plus) is a general purpose object-oriented programming language based on the earlier ‘C’ language. Developed by Bjarne Stroustrup at Bell Labs, C++ was first released in 1983. Stroustrup keeps an extensive list of applications written in C++. The list includes Adobe and Microsoft applications, MongoDB databases, large portions of Mac OS/X and is the best language to learn for performance-critical applications such as “twitch” game development or audio/video processing.

  1. Python

Python is a general purpose programming language that was named after the Monty Python (so you know it’s fun to work with)! Python is simple and incredibly readable since closely resembles the English language. It’s a great language for beginners, all the way up to seasoned professionals. Python recently bumped Java as the language of choice in introductory programming courses with eight of the top 10 computer science departments now using Python to teach coding, as well as 27 of the top 39 schools. Because of Python’s use in the educational realm, there are a lot of libraries created for Python related to mathematics, physics and natural processing. PBS, NASA and Reddit use Python for their websites.

  1.     PHP

Created by Danish-Canadian programmer Rasmus Lerdorf in 1994, PHP was never actually intended to be a new programming language. Instead, it was created to be a set of tools to help Rasmus maintain his Personal Home Page (PHP). Today, PHP (Hypertext Pre-Processor) is a scripting language, running on the server, which can be used to create web pages written in HTML. PHP tends to be a popular language since its easy-to use by new programmers, but also offers tons of advanced features for more experienced programmers.

  1. Ruby on Rails

Like Java or the C language, Ruby is a general purpose programming language, though it is best known for its use in web programming, and Rails serves as a framework for the Ruby Language. Ruby on Rails has many positive qualities including rapid development, you don’t need as much code, and there are a wide variety of 3rd party libraries available. It’s used from companies ranging from small start-ups to large enterprises and everything in-between. Hulu, Twitter, Github and Living Social are using Ruby on Rails for at least one of their web applications.

  1.    iOS/Swift

In 2014, Apple decided to invent their own programming language. The result was Swift – a new programming language for iOS and OS X developers to create their next killer app. Developers will find that many parts of Swift are familiar from their experience of developing in C++ and Objective-C. Companies including American Airlines, LinkedIn, and Duolingo have been quick to adopt Swift, and we’ll see this language on the rise in the coming years.

  1.     Objective C

Objective-C is a general-purpose, object-oriented programming language used by the Apple operating system. It powers Apple’s OS X and iOS, as well as its APIs, and can be used to create iPhone apps, which has generated a huge demand for this once-outmoded programming language.

 

Any great craftsman has a belt full of tools, each a perfect choice for certain situations. Similarly, there will never be just a single programming language, and each language will evolve and improve over time to keep pace with innovation.

If you’re interested in becoming a developer, it’s important to be well-versed in a number of programming languages so you can be versatile and adaptable – and then continue to learn/master languages throughout your career.

 

If you have reasonable knowledge within any of these programming language types, our new Software Developer role may be just right for you. Check it out by clicking here!

 

Filed Under: Latest Industry News Tagged With: C++, Careers, development, in-demand, Java, Javascript, jobs, languages, popular, programming, Software

15 Steps on how to get into Software Development

September 8, 2016 by Julie McGrath

Considering a career in Software Development? Read these 15 Steps which could help send you on your way to an exciting new career!

More people than ever before are entering Software Development from non-traditional backgrounds. The number of coding bootcamps is increasing, and there’s a broad push from the industry to attract more diverse developers. Many companies are no longer solely focused on hiring senior developers, and have realised that it may be smarter to train and upskill the next generation of senior developers instead.

Software Development pays well, the industry is booming, and compared to many other careers, software developers get treated very well. But the thing that draws most career-changers to software development, is the search for more rewarding work.

The career transition stage can be a big, scary, but exciting place to be. It can be one of the most challenging life-changes a person could make however, the finishing result could be a more fulfilling career.

If you’re considering a career change, there’s one question that you should ask yourself, above all others: if you make the switch to software development, will you like it? Getting to a level of skill where you are hireable is a lot of work, and you may be leaving behind a promising career in the process. The stakes are high.

If you don’t know whether you’re going to like it, build things with code. Create a Tic Tac Toe game. Start a small online business and do the development yourself. Contribute to open source. Make games. Complete programming challenges. Build a personal website and do all the design and development yourself. If you enjoy any of these things, there’s a good chance you’ll enjoy working as a software developer.

Switching careers can be an epic, challenging journey – but it could just be one of the best things you’ve ever done.

There are a thousand ways to learn to program; the route you take will depend on how you learn best. You can take online courses, find a teacher or mentor, watch YouTube videos, read books, get a Computer Science degree, watch screencasts, or simply jump onto the command line and start experimenting, hitting up Stack Overflow as you go.

 

Here are 15 tips which could help you start your journey to becoming a Software Developer!

1. Have something you (passionately) want to make: Whether it’s a blog, a game, a website, a SaaS startup, an online dating website, or an app to manage your family’s finances, having a project that you’re motivated to build, will push you through the tough times when learning to program. A real-world use-case for your skills will accelerate your learning.

 

2. Attend a coding Bootcamp to get a taster and see if you feel it will work for you: A good coding bootcamp will give you a focused environment, help when you need it, and support when the journey gets tough. When you’re first learning to code, it can be really hard to know what you should focus on.

A good coding bootcamp will also assume no prior programming knowledge, and teach you the skills you need from the ground up, unlike many programming articles and videos, which will be written with professional programmers in mind.

 

3. Connect with other people learning to program: Learning to code can be difficult at times. Having a network of other people going through the same challenges can be hugely important. If you don’t know anyone making the transition, attend local meetups and talk to people there, especially if you’re focused on languages popular among junior developers (Ruby and JavaScript in particular). If you’re lucky, your local programming meetup may even host a ‘Newbies’ night now and again. Make sure to go!

 

4. Find a mentor who works in the industry: A friendship or mentorship with a working software developer can also be immensely helpful in your journey. They will know what the interview culture is in your local industry, will be able to give you advice when you get stuck, help you focus on the most important skills to learn, and give feedback on your code. If you’re lucky enough to find a software developer generous with their time in this way, make sure to give back somehow, even if it’s just buying lunch when you meet. Once again, meetups are a great way to meet potential mentors.

 

5. Focus your learning:If you’re hoping to do backend programming primarily (the engine of most apps, not the visual presentation), focus on learning one language and one web framework as well as you can. Also aim to be somewhat familiar with JavaScript, HTML and CSS, as many roles will have you working with both the frontend and backend of an application. If you’re aiming for a front-end role, focus on JavaScript, HTML and CSS. You might also focus on a popular JavaScript MVC framework like React or AngularJS.

 

6. Be prepared to invest in your career change:You can spend a lot on the transition; books, courses, classes, and screencast subscriptions can add up to hundreds of pounds a month, and many boot camps are over £6,000. Despite the hype around programmer salaries, you can expect to make between £20k and £30k as a junior developer. At first, it might seem like you’ve invested a lot in this career change without much financial reward. Over the long term though, this investment should pay off as you rise to a senior developer level with the potential to earn between £50K and £70K.

 

7. Don’t worry if your journey isn’t linear:Learning to program is tough; it takes time. If you’re juggling a pre-existing career and other commitments, it may be difficult to focus on it for more than a few hours a week. You may have doubts, you may get distracted, and you may stop progressing for days, weeks, or months. Trust that if software development is truly what you want to do you’ll find your way eventually, even if you end up taking the scenic route.

 

8. Create an account on GitHub, build your profile, be selective about what you show: GitHub is an online hosting service for git repositories, best described as version-controlled programming projects. When a repository is public on GitHub, anyone can read through your code. Many hiring managers will check the GitHub profile of applicants, to get an idea of how they write code when nobody is watching. When evaluating junior applicants, the hiring managers may not be looking for amazing code, but instead looking for enthusiasm, work done on multiple projects, willingness to try out new things, and a sense of play. Your GitHub profile is a great way to show this, but keep in mind that hiring managers may only have a few spare minutes to review your profile. For this reason, it’s a good idea to make only substantial or interesting projects public. For projects which you were just using to learn, it might be worth making them private to give your best stuff the limelight.

 

9. It’s hard sometimes:Self-doubt is a common trap for junior developers, especially those from groups who are underrepresented in the software industry. If something feels hard, it’s not necessarily because you’re not cut out for this. It might be because you have more to learn, or perhaps, because the thing you’re working on is actually hard. You may also be concerned when something you find challenging seems easy to someone else, especially when that someone else has a similar level of experience. But stick with that person long enough and you’ll likely encounter something they struggle with, that you find really easy. We’re all different, we bring different pre-existing skills to the table, and we all practice differently. Programming is like any skill: you can become good at it if you persist long enough and care about getting better. Avi Flombaum, co-founder of the Flatiron School, says “I absolutely believe that anybody can learn how to program in the same way that we know anyone can learn how to read and write.”

 

10. Be aware of your blind spots:By all accounts, career-changers have been making waves in the development community. They’re self-starters who’ve sacrificed an existing career, and sometimes a higher salary, in order to become software developers. However, we do have blind spots. The inner-workings of computers and the internet are mind-bendingly complex, especially to anyone from a non-technical background. Mastering one programming language, one web framework, JavaScript, HTML and CSS might take up all your available time. However, when you’re starting out as a junior developer, you probably won’t realize that these things are just a small slice of the technologies you work with every day.

Think about the answers to some of the following questions:
How does your code get run?
How does your language’s interpreter or compiler know when it encounters a syntax error?
How does typing a URL into your browser toolbar result in a web page being rendered on your screen?
How does a web server work?
How do you stay logged into websites even after you close and reopen your browser?
How does your app run on a web server?
Your project is hosted on Heroku or AWS, but what do they use under the hood?
When people say an object is ‘in memory’, what does that mean?
How do you SSH onto a server?
How do you set up and use a build pipeline?
How does your operating system run on your computer?

Of course, this list could be much longer. There’s so much to learn that it can feel overwhelming. The good news is that you don’t need to know the answers to all these questions in order to be hired as a junior software developer, but you should try to learn them as you go further in your career. You can’t get really good at software development unless you have a working understanding of the tools that you work with every day. Increasing your understanding will empower you to make better choices, become better at debugging, and make better design decisions.

 

11. When you’re struggling, take time to appreciate the unique skills you have that computer science graduates may not have yet:If you’ve attended or scheduled a work meeting, been given tricky feedback at work, been through a performance review, or led a team, you already have valuable skills that recent computer science graduates may not have. You may be more at ease talking with stakeholders, better at meetings, planning and organization, simply through having more experience. Most importantly, you may have better perspective. After all, if you’ve previously worked as a nurse in an operating theatre, a bug in production might not seem so overwhelming. After all, nobody is going to get (physically) hurt!

 

12. Get experience with pairing:Pairing is the practice of having two developers share one computer and work on the code together. One developer will write code, while the other watches and does some of the following things: makes suggestions, asks questions, catches errors, and thinks more broadly about how the code being written, fits into the larger program. Since both roles are fatiguing, they will usually swap anywhere from 15 minutes to every few hours.

Pairing is a common practice in the industry and even more common in the coding interview process. You don’t need to be an expert, but pairing for the first time can be a little intimidating, especially when pairing with a senior developer. Despite this, pairing can actually be really fun, and is a fantastic way to learn. If you can, get some practice with pairing before you begin doing coding interviews. If you have a mentor, pair with them. Otherwise, you can find opportunities to pair at hackathons and hack nights in your local area.

 

13. Set up a mock programming interview:Programming interviews are likely to be quite different to the interviews you took to get a job in your current career. They often involve coding challenges, writing pseudocode on a whiteboard, pair programming, and feedback on your code. Learn as much as possible about coding interviews by researching them online. Then practice them with a friend. Find a whiteboard and solve simple problems by writing your code on it. Get your friend to ask you common programming interview questions. It doesn’t matter if your friend is non-technical. The experience will really help when it is time for your real coding interview, as they can be a little intimidating at first!

 

14. Before test-driven development, practice error-driven development:Errors will be your constant companion when learning to code. You’ll be breaking stuff all the time, and will be face a lot of error messages. As once non-technical people, error messages can be scary. Before learning to code, they may have meant that you wrecked your computer while installing a game, or bricked a phone while trying to unlock it. An important mindset when programming, however, is to see error messages as helpful.

When many developers encounter an error message, they react a little like they’ve been slapped on the hand, quickly navigating away from the browser or shell window and peering at the code they  just wrote, trying to figure out what might have made the computer so angry. In most cases, the computer is already telling us, via the error message it just printed, but we need to slow down and read it before we can reap the benefits.

Jeff Cohen, an instructor at my coding bootcamp, encouraged us to practise error-driven development. This method goes beyond slowing down to read error messages, and instead, lets a succession of errors guide you forward in your development. Call a method that doesn’t exist, see a ‘no method’ error, and then write the code to bring that method into existence. Reference a view that doesn’t exist, see a ‘no view’ error, and then create the view. Errors are not to be feared, in fact, they can guide you and help you build your skill as a software developer. Just try to avoid errors in the final product!

 

15. Learn about and practice test-driven development (at least a little bit): Once you’re comfortable with error-driven development, test-driven development is the next step in your learning. Test-driven development is a sought after skill in the industry, and familiarity with it is a requirement to get hired at some software companies. It’s the practice of writing code to ‘test’ how your program behaves, and to drive out a better design for your program. If you’ve ever added some functionality to a program, only to have it break something else that was previously working, this is one of the things that test-driven development (often abbreviated as TDD) can help with!

Few programming resources for beginners focus on TDD, mainly because it can be a difficult concept to teach. When you aren’t sure how to write good tests, it can feel more difficult than writing code. You may encounter a situation where you know exactly how to write the code that will solve a problem, but designing a test around it takes an hour because you’re not sure of the appropriate way to exercise the code with a test. Learning TDD will slow you down at first, but you’ll be repaid with confidence – confidence that your programs work, and confidence that if you break something, you’ll know immediately. Tests are an incredibly useful safety net for junior developers.

You don’t need to be an expert at testing, but some familiarity with TDD will put you ahead of many other junior applicants, especially those coming from traditional Computer Science backgrounds where test-driven development is still not always taught. Bonus points if you can eventually articulate the difference between a mock and a stub.

We hope you have found these tips useful and will have hopefully broadened your knowledge on ways of becoming a software developer. Apply yourself! You don’t need to be a genius to get into software development. Just make sure you remain consistent with your practice and studies. Remember that you will hit barriers and most importantly remember to push through them and never give up. As previously mentioned, becoming a software developer is a challenging career path, but the resulting future prospects can be outstanding. You could find choosing to become a software developer might end up being one of the best decisions of your life. Good Luck!

If you considering a career in Software Development and would like to know more, be sure to get in contact with us here!

If you already have experience in Software Development and you are seeking new opportunities, make sure you check out our latest job role by clicking here!

-Natasha Postolovski

Filed Under: Career Advice, Latest Industry News Tagged With: 15, Careers, computers, Computing, design, developers, development, information, IT, jobs, programming, Software, steps, technology, Tips

Could more Shropshire Jobs be on the way?

September 5, 2016 by Julie McGrath

Could more Shropshire Jobs be on the way at the i54 site whilst mystery firm eyes development over Shropshire border?

Scores of new Shropshire Jobs could be on the way after a mystery hi-tech manufacturing company put in an offer for a new factory on the i54 development site, on the Shropshire border.

Talks are “at an advanced stage”, said Noel Muscutt of property agents Bulleys.

“We are hoping to make an announcement fairly shortly,” he said.

If a deal for the site was agreed it would be “very good news for the area indeed”, Mr Muscutt added.

Details are currently being kept confidential while talks continue, but it would involve an advanced manufacturing company from outside the Wolverhampton and Staffordshire area creating Shropshire jobs.

Mr Muscutt said there had been very strong interest in the 15.5-acre site, close to the growing Jaguar Land Rover engine factory, since it went on the market late last year.

The site is one of the last patches of development land left on the 239-acre South Staffordshire i54 site, which is also home of aerospace factory Moog, testing firm Eurofins and stamp printer ISP.

The site is jointly owned by Wolverhampton Council, South Staffordshire Council and Staffordshire County Council. Last year they called in Halesowen-based industrial estate operator A & J Mucklow to develop and find tenants or buyers for the remaining plots.

It is proposing three advanced manufacturing factories for the 15 acres, of 40,800 sq ft, 74,800 sq ft and 160,000 sq ft. Bulleys and Cushman & Wakefield are the joint letting agents.

Mr Muscutt, from Bulleys, said the proposals were “very much indicative of how the site could look”, rather than concrete plans.

The actual factories will be built to the specifications of the manufacturing companies that move on to the site.

When Mucklow was brought in by the councils last year the company chairman, Rupert Mucklow, said: “We won’t be involved in speculative development. We will hope to attract companies looking for high quality industrial space, something bespoke, and working with them to develop buildings that fit their needs.”

The i54 site is already seeing major development work as JLR expands its engine plant, turning it into a £1 billion factory. It already makes four cylinder Ingenium diesel engines and production of petrol engines is due to start later this year.

A further project is almost doubling the size of the factory, which will extend from the M54 to the north to the Wobaston Road to the south. Building work is expected to be completed by next summer.

  • Shropshirestar

 

Interested in jobs within the Information Technology Industry? Be sure to check out our latest job opportunities by clicking here!

Filed Under: Latest Industry News Tagged With: Careers, development, jobs, shropshire

Over 1000 New Shropshire Jobs to be created in £50 million project

August 19, 2016 by Julie McGrath

Plans for a one million sq ft major warehousing and logistics development near the Shropshire border could bring 1,500 new Shropshire Jobs

1,500 New Shropshire Jobs could be generated should plans for a multi million pound warehousing and logistics development building be approved.

One unnamed component manufacturing company has already signed a deal with property investment company Tritax Big Box to take a 543,000 sq ft unit on the site before it is even built.

If the plan gets the green light from South Staffordshire Council, Tritax will then lend developer Bericote £56.3 million to build the logistics and headquarters building.

It is the first of four large warehousing facilities proposed for the site by Bericote, north of the M54 near Brewood.

Together they would cover 1.1 million sq ft and could provide Shropshire jobs for more than 1,500 people, says the developer.

Bericote has submitted a detailed planning application for the four buildings on 63 acres of land off Gravelly Way, in Four Ashes, part of which used to be a chemical works.

The proposals have had a cautious reception from Stafford MP Jeremy Lefroy, who said: “We need to see the details on this but in principle I am in favour of anything creating this number of jobs.

“Brownfield sites are something I want to see developed and used for employment purposes.

“In South Staffordshire, we don’t want to see continuance between the West Midlands conurbation and Stafford. It is vital we have green land there.

“But I will always support development on brownfield land.”

Work has already been carried out on traffic controlled access and road widening for the site as part of the £82.2 million Staffordshire Growth Deal, which saw Government cash ploughed into developments across the county.

The work at Four Ashes saw access to the A449 upgraded with new traffic signals, the bridge over the Stafford and Worcestershire canal has been widened and priority control over the rail bridge will favour incoming traffic to the development.

A new road will link the Gravelly Way roundabout to the development site. Work on the first warehouse is due to start next month, if planning permission is secured, with work completed by next July.

The 50ft tall facility will have a gross internal area of 543,692 sq ft with expansion land to accommodate up to a further 101,139 sq ft.

Bericote says its plans could see up to £120 million invested in the area, once firms have taken the other three logistics units, which measure 270,300 sq ft, 176,400 sq ft and 37,070 sq ft.

Bericote has a track record for delivering large-scale logistics and warehousing projects.

It developed a £40m logistics warehouse for Rolls-Royce at Bognor Regis and this year is building a 563,000 sq ft internet delivery warehouse for online supermarket Ocado at Erith in London.

Colin Godfrey, a partner of Tritax, said: “We are very pleased to be investing in this new logistics facility and UK headquarters which will benefit from significant capital investment by the tenant with the capacity to expand the unit to accommodate future growth plans.

“This is our seventh pre-let forward funded development and the third with Bericote, one of the UK’s leading developers of Big Box assets, following the successful completion of the Rolls-Royce Motor Cars and Ocado facilities,” he added.

– Shropshirestar

Be sure to check out our latest job opportunities by clicking here!

Filed Under: Latest Industry News Tagged With: Careers, development, employment, growth, jobs, logistics, shropshire, staffordshire, telford, warehousing

Enterprise: 4 Reasons why ERP is vital to Manufacturers

August 18, 2016 by Julie McGrath

What is ERP (Enterprise Resource Planning) and why is its use important within the Manufacturing industry?

Enterprise resource planning (ERP) is an industry term for the broad set of activities that help an organisation manage its business.

An important goal of Enterprise Resource Planning is to facilitate the flow of information so business decisions can be data-driven. Enterprise Resource Planning software suites are built to collect and organise data from various levels of an organisation to provide management with insight into key performance indicators (KPIs) in real time.

ERP software modules can help an organisation’s administrators monitor and manage supply chain, procurement, inventory, finance, product lifecycle, projects, human resources and other mission-critical components of a business through a series of interconnected executive dashboards. In order for an ERP software deployment to be useful, however, it needs to be integrated with other software systems the organisation uses. For this reason, deployment of a new ERP system in-house can involve considerable business process reengineering, employee retraining and back-end information technology (IT) support for database integration, data analytics and ad hoc reporting.

Legacy ERP systems tend to be architected as large, complex homogeneous systems which do not lend themselves easily to a software-as-a-service (SaaS ERP) delivery model. As more companies begin to store data in the cloud, however, ERP vendors are responding with cloud-based services to perform some functions of ERP — particularly those relied upon by mobile users. An ERP implementation that uses both on-premises ERP software and cloud ERP services is called two-tiered ERP.

 

ERP Implementation into Manufacturing

ERP systems solve a number of challenges and provide invaluable benefits to manufacturers seeking to reduce costs, manage growth, streamline processes and gain a competitive advantage. ERP software integrates all areas of business (materials and inventory, production, operations and sales, accounting and finance, etc.) so that every business function relies on a single database. This “information hub” delivers accurate, real-time information crucial to the manufacturing industry.

Here are the top reasons today’s manufactures need a modern ERP system:

  1. Streamline Processes.As manufacturers grow, their operations become more and more complex. ERP manufacturing software automates all business operations, providing accurate, real-time information. ERP increases efficiency and productivity by helping users navigate complex processes, preventing data re-entry, and improving functions such as production, order completion and delivery.
  2. Cost Reductions.With one source of accurate, real-time information, ERP software reduces administrative and operations costs. It allows manufacturers to proactively manage operations, prevents disruptions and delays, breaks up information logjams and helps users make decisions more quickly.
  3. Flexibilty. Modern ERP software systems are robust, flexible and configurable. They are not a one-size-fits-all proposition, but can be tailored around the unique needs of a business. ERP systems also have the ability to adapt with the ever-changing needs of a growing business.
  4. Competition. ERP systems may require an investment, but there’s also a cost to do nothing. Manufacturers cannot afford to put off an ERP implementation while their competition invests in ERP and starts reaping the benefits.

 Sources:

 

  • Techtarget
  • Workwisellc

 

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Filed Under: Latest Industry News Tagged With: business, Careers, Cost, Effective, enterprise, ERP, jobs, Management, Manufacturing, Planning, Resource

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