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Site Survey – What Is It and Why You Need It

“Site Survey” is a broad term used to describe the planning phase of a project. Think of it as a “fact-finding mission”, where a professional meticulously analyzes a location for potential conflicts.

Why is a site survey important?

Performing a site survey can help an organization save valuable time, money and resources. As a result of the intelligence gathered through a site survey, project managers can make better informed decisions; reducing the likelihood that costly errors are made in the execution phase of your project.

When should a site survey be performed?

New Construction or Upgrades to Physical Structures

Before blueprints are finalized for a structure, engineers need to know that the location is suitable for building. An engineer performing a site survey would seek to answer questions like:

  • What is the slope of the terrain?
  • Is there road access?
  • What is underneath the area where the foundation will be laid? Can it support the planned foundation?
  • Are there trees or other landscaping objects that need to be removed or accounted for prior to construction?
  • Are there any aerial obstructions? (i.e. Power Lines, Branches, Neighboring Structures)

By answering these questions, hopefully the team drafting the blueprints can coordinate with the construction team to reduce the number of expensive and time-consuming revisions need to complete a project.

Wireless Site Survey

In the example above, the engineer completing the site survey was primarily concerned with the physical layout of the project area. By contrast, a wireless site survey is concerned with the suitability of a structure for a new or upgraded wireless network.

Many companies have a wireless site survey conducted prior to moving into a new location. If a network overhaul at an existing location is required, a wireless site survey could help identify new issues that have arisen since the last site survey.

An engineer performing a wireless site survey will take the following steps:

  • Survey the physical layout of the structure to identify potential installation locations for wireless access points (WAP’s).
  • Analyze any radio frequency (RF) interference that could result in dead-zones or slow network connections.
  • Confirm that a stable connection to the service provider’s Network Operations Center (NOC) is installed and configured at the property.
  • Consider equipment heating and cooling concerns to prevent Servers overheating, or uncomfortable workspace adjacent to Server stacks and other network hardware.
  • Identify any potential physical or RF interferences that could impact Quality of Service (QoS).

Site Surveys Are Important, Especially for Network Installations and Upgrades

Some network hardware manufacturers have started to advise customers that a pre-installation wireless site survey is an unnecessary step. Plug-and-Play makes for a great marketing pitch, but in their exuberance to close the sale, they’re forgetting how critical a strong wireless signal is to businesses and households. Today’s homes and offices use wireless networks for:

  • Multimedia streaming.
  • Real-time collaboration on projects.
  • Video Conferencing
  • Cloud-Based Storage and Synchronization
  • VOIP
  • And virtually everything else employees enjoy courtesy of the BYOD (Bring Your Own Device) workplace culture.

Cisco, Meraki, Aruba and many other WAP hardware manufacturers have included RF management algorithms in their latest firmware. If interference is detected at specific frequencies, the router or gateway is designed to frequency hop, or even modulate the signal to counteract the interference. These are welcome advances in the space of wireless network connectivity, but they can only perform optimally if the space they are operating in is optimized for their use.

Performing a site survey is a critical step towards achieving peak network performance. Offices and homes that skip this step can be subject to poor Quality of Service (QoS); dead-zones, intermittent signal drops and weak signal strength is par for the course.

The network optimizations that result from a site survey will leave network users feeling confident that their multitude of network-connected devices will perform well in every corner of the network’s planned footprint.

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Project Management | Field Engineer

You know the ins and outs of your business on an intimate level. But when it comes to your wireless technology, you may be left scratching your head. Telecom is a highly technical field — one that needs a skilled professional handling the installation and troubleshooting. This is where a project manager comes onto the scene.

This type of field engineer provides complete oversight and management of whatever project you’re attempting, from installing a new network to testing and maintaining an existing one. Professional project management takes the weight off your own shoulders as your manager handles your network needs, keeping you in the know and coordinating team efforts. You’ll receive the constant attention that’s necessary for bringing you online while being freed to keep your focus on the day-to-day operation of your business.

The Functions of a Project Manager

IT technician working on network servers and cables.

The project management role encompasses a range of responsibilities, so your project manager can provide you with support and expertise in every aspect of the process, from start to finish. Whether you need a system installed from the ground up or need to address a problem in your current system, a project manager will be able to give the necessary oversight to planning and implementing a solution.

Site Survey

IT technician working on network servers and cables.

The first step in a new system setup is the site survey, in which your project manager assesses your location and its IT infrastructure. The field engineer will create a network blueprint for your building’s interior, determine the ideal placement for access points or cell site deployments, estimate the hardware needs and cost of the job at hand, and assess the condition of fiber to the building (FTTB). This survey will be the launch point from which all other elements of the project will be planned.

Hardware Installation

It engineer or consultant working with blade server installation in data rack. Shot in enterprise datacenter.

Your project manager also handles the compilation of a component list so that setup isn’t delayed by missing hardware. If there’s already existing hardware that you would like to use in your system, this can be examined and incorporated at this point as well.

The field engineer will then oversee the actual installation, racking and stacking servers as per the initial network blueprint requirements. At this point, the cables will be run throughout the building, with careful attention paid to achieving the optimal performance from each cable.

Wireless Access Point Configuration

smart phone and wireless communication, internet of things, abstract image visual

Wireless access points (WAP) are determined from the initial network blueprint, and your project manager will install and configure your access points to ensure that they are both functioning smoothly and at the proper speed. This will allow you and your employees to access the internet from any point in your building without interruption.

WAN Circuit Activation

An electrician fixing up the wires and measuring volts

Once all connections are installed and configured, your project manager contacts your provider’s network operations center to activate the data connection. This gets your building online and ready to go.

NRFU Testing

copper cable qualification tester troubleshoots and qualifies cabling speed

The last step in the full network setup process is testing to ensure that every access point and piece of equipment is working reliably. Each component is tested, along with every internet-capable device, so that your project manager is leaving you with a perfectly functioning network.

Field Engineer: Ready to Provide You With the Ideal Project Manager for Your Network Needs

Field Engineer technicians are professional, skilled individuals with a vast knowledge of the telecom industry. Our cloud-based system allows you to contact project managers who will bring their expertise to the table to take care of whatever issue you’re facing, from complete system installations to maintenance or troubleshooting. You can have an engineer in your location within a few hours, and you’ll only pay for services rendered — no overhead fees are involved.

Please click here to sign up for our services or email us today to get started with a Field Engineer, and you’ll be ready to take on the demands of your industry.

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Wireless Network Deployment Done by Field Engineer

Forget expensive, full-time technicians. Whether it’s a new building or time for an upgrade, our teams of local Field Engineers can provide on-site survey and installation of your wireless network solution.

Immediately after your company submits a Work Order in our platform, our dispatch team contacts a qualified, experienced Field Engineer in your community with the availability to complete your project. Our technicians have the field experience necessary to hit the ground running; securely installing, configuring and testing your wireless network connection to make sure everything you need is operating at peak performance. Once we verify with you that the project has been completed to your satisfaction, simply close out the Work Order and get back to business.

Wireless Site Survey

Whether your wireless network isn’t providing the Quality of Service it used to, or you’re starting new construction, a wireless site survey will determine the network solution that’s right for you. Site surveys allow us to determine the proper plan to fit your wireless needs.

Findings from the survey will help plan for:

  • Interference from outside sources.
  • AP (access point) placement for equal distribution.
  • Load management
  • Floor layout

Predictive Site Survey

A predictive survey utilizes software and RF algorithms to determine the best placement for your AP equipment. This type of survey is useful when a building is still being constructed. Using a CAD or PDF file, the software can predict AP placement.

Benefits of a predictive survey:

  • Allows a network plan to be drafted while the building is still under construction.
  • Can be used to obtain the budget required for deployment.

Onsite Survey

An onsite survey is very useful when planning an upgrade to an existing network, or after a remodel. This type of survey is more detailed as the technician will be testing with a live network. These tests will identify weak or overloaded areas. Once the trouble areas are found, we will determine if new equipment needs to be installed or wireless device channels need to be changed.

Onsite surveys are more in-depth but yield better results for existing hardware deployments.

Configuration of Wireless Access Points and Wireless Controllers

Your Employees need a solution that allows them to remain connected to the network, even if they need to move around from one area to another. Our field engineers will make sure your team has a reliable connection in every corner of the building.

The configuration process includes

  1. Balancing power levels
  2. Frequency bands to be used (2.4 GHz or 5GHz)
  3. Separating channels for adjacent AP’s (if multiple are deployed)
  4. Verify Controllers are balancing traffic loads properly
  5. Setting network security protocols

Cabling (if needed)

If you have an existing network that is receiving an upgrade, AP relocation may be necessary to meet your needs. Our technicians are fully capable of running new Ethernet lines from your AP/controller(s) to your server. This insures rapid deployment while minimizing the need for costly sub-contractors.

 

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Five Important Traits of a Successful Freelance Field Engineer

Today’s current economic landscape is an environment in which many individuals take the leap to entrepreneurship and start their own freelancing businesses. As a freelance field engineer, you probably have many competitors, and how you conduct yourself throughout each individual job can make a big difference in maintaining and building upon your success.

It is fairly obvious that in order to be a successful freelance field engineer, you must possess the knowledge, skills and expertise to do your job properly and efficiently. What isn’t as obvious is that there are other traits you must possess in order to grow your customer base and remain a step ahead of the competition. Remembering to always exhibit these five traits to existing and potential future customers will serve you well:

1. Display a Professional Attitude

Displaying professionalism, whether on the phone or in person, is critical to your success. A customer who gets the impression that you aren’t a professional field engineer from your appearance or how you speak to him will quickly turn to a competitor.

Dress appropriately, and behave in a manner befitting of your station. Remember, you are there to perform a service — not to make friends — and you should strive to maintain an amicable working relationship.

2. Be Courteous to Your Customers

As a freelance field engineer, you will meet all kinds of people. Some you may like, and others you won’t really care for. Some will be friendly, and others will give you a hard time. Some may ask dozens of questions, and others may leave you be. Regardless of how your clients act, you should always be courteous. You are the one being paid for your services, and you are the one expected to act in a professional manner.

3. Show Up on Time

Nothing gets a customer more annoyed than having to wait for someone who said he would be there at a certain time and doesn’t show up. A client may have taken time off from work or other activities in order accommodate the appointment slot you had available. When a field engineer arrives late, you disturb the client’s schedule for the remainder of the day.

Understandably, there will be times when you are late due to unforeseen circumstances. When this occurs, let your customer know in advance that you’re not going to be on time.

4. Be Technically Assertive

As the field engineer, you are the expert — that is why your services were retained. A customer may think they know a little something about what you do, but it is your job to stand firm and recommend the best course of action based on your knowledge, experience and expertise. Exhibiting your skills in a confident manner puts your customer’s mind at ease.

5. Seek Reviews and Complaints

Obviously, you don’t want to receive any complaints from your customers, but getting reviews, even bad ones, lets you know how you are doing and gives you the information you need to improve how you conduct future business. Always try to resolve complaints, and ask clients to leave you online reviews if they are happy with your services.

Displaying the above traits is essential for any freelance field engineer because consumers today want more than just low prices. Customer service and quality of service are equally important, and they can be the deciding factors between gaining business or losing it to a competitor.

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Network Security Engineer Job Description

A network security engineer has a versatile job. The main task of a network security engineer is to plan, design, optimize, implement, audit, and troubleshoot the network security system to improve the efficiency of the organization. Their job is to protect the network from threats and bugs that could attack the system and also from the existing dangers. Most importantly, they must make sure that the networking systems can bounce back or withstand any type of mishap such as natural disasters and hacker attacks.

They should have a thorough knowledge and a multi-branched background that should include expertise from the fields of information technology, network and engineering, and information security. Thus, the network engineer education is not limited to just one field, but it has a multi-pronged approach.

Network security engineer job description

To be brief, network engineer jobs include safeguarding the firm’s computer networks and systems. They plan and implement security measures to protect the system from cyberattacks, hacking attacks, intrusion, infiltration, and natural disasters. They usually work as a member of a larger IT team and report directly to the higher management.

Network engineer job responsibilities

A network security engineer’s responsibilities are multifaceted as they’ll have to make the system as secure as possible. They are responsible for many different tasks related to the security of the system. Following are some of the network engineer job responsibilities:

• Planning, engineering, and monitoring the security arrangements for the protection of the network systems.
• Identifying, monitoring, and defining the requirements of the overall security of the system.
• Creating different ways to solve the existing threats and security issues.
• Configuring and implementing intrusion detection systems and firewalls.
• Testing and checking the system for weaknesses in software and hardware.
• Maintaining firewalls, virtual private networks, web protocols, and email security.
• Creating virus and threat detection systems.
• Configuring and installing security infrastructure devices.
• Investigating intrusion and hacking incidents, collecting incident responses, and carrying out forensic investigations.
• Determining latest technologies and processes that improve the overall security of the system.
• Using industry-standard analysis criteria to test the security level of the firm.
• Developing tracking documents to note system vulnerabilities.
• Reporting the security analysis and monitoring findings.
• Supervising the configuration and installation of new software and hardware.
• Implementing regulatory systems in accordance with IT security.
• Informing the company about the security incidents as soon as possible.
• Modifying the technical, legal, and regulatory aspects of the system security.
• Defining and maintaining security policies.
• Occasionally replacing the security system protocol and architecture.
• Maintaining switches and servers.