flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

7 ways to enhance workplace mobility

7 ways to enhance workplace mobility

The open work environment has allowed owners to house more employees in smaller spaces, minimizing the required real estate and capital costs. But, what about all of their wireless devices? 


By John Passanante, PE, RCDD, Syska Hennessy Group | December 27, 2014
Photo: aidoudi via Wikimedia Commons
Photo: aidoudi via Wikimedia Commons

Without cookie cutter cubicle rows or coveted corner offices, today’s contemporary workspaces allow employees to collaborate in ways they could have never dreamed of just a decade ago. But, this open work environment also brings its own set of challenges, namely the ability to get online securely and high speed robust wireless networks are now leading the charge. 

The open work environment has allowed owners to house more employees in smaller spaces, minimizing the required real estate and capital costs. But, what about all of their wireless devices? If each member of a 500-person staff brings an iPad, a smartphone and a laptop to their office on a daily basis, how can they all get safe and secure online access when needed?  

Here are seven ways to enhance workplace mobility: 

1. Understand your client’s business. First and foremost, understanding how the company operates on a daily basis, including their corporate culture will determine how the mobility and collaboration spaces are designed from a wireless perspective. For example, a law firm or government agency whose client privacy is a number one priority may require different wire-less availability and security, which may differ from that of a more collaborative market such as a technology company or design firm. 

2. Engage IT early. If IT is engaged early in the design process, it will ensure the network platforms are strong, robust and secure enough to support the user’s needs, allowing them to bring in their own wireless devices. Some questions to ask internally include: Does your company have an overall wireless device strategy in place? What is the company policy for employees to bring their own devices into the office? How will the company balance personal and business use of the wireless devices? 

3. More wireless infrastructure. An open workspace may require more wireless access points to ensure robust network access and reliability for all. Both functionally and architecturally, the wireless design team will need to understand the architectural elements of the space to ensure strong connectivity for all employees. Is there a ceiling? How is the ceiling constructed? What is above the ceiling? Ductwork and other building infrastructure elements typically found above an office ceiling can interfere with the propagation of signals from wireless access points and hinder the overall effectiveness of the wireless network. Again, engaging the IT team with the consultants and architect early on will ensure proper coordination and that the right quantity of access points are specified in the right locations. 

4. Integrate AV when possible. Sending a wireless digital signal to a display in an open work area could make all the difference in successful collaboration. While not every building owner or operator will want to invest in AV infrastructure from day one, specifying the requirements for a base AV wireless infrastructure will allow AV equipment to be added later with little or no infrastructure expense or major disruption. 

5. Understand the layout of collaboration spaces. Make sure that the collaboration spaces and wireless access points you’re designing fit well with the intended office floor plan. Which groups within the company will be situated near the collaboration spaces? Will private areas be located nearby? Where will the IT department be located? Will any departments require additional local wireless access points? Where needed, sound masking can be employed to help subdue the noise from a collaboration space for those working in private offices 

6. Even wireless is wired. Wireless infrastructure still requires wires. Access Points (APs) that propagate the wireless signals are connected to and powered by the local area network via regular infrastructure cabling. Also, it is still good and common practice to implement a compliment of a wired infrastructure to cater to devices that are not WiFi enabled and to address some user’s reliability and security concerns that still accompany a wireless network. While this will undoubtedly change, as wireless speeds and security have made tremendous strides over the last few years, most owners still want the comfort of a base wired infrastructure. 

7. Coordinate telecom rooms and pathways. Whether the office is open, closed, collaborative or non-collaborative, telecom rooms still require proper size and placement. Working together, the IT consultant and architect will need to determine the architectural layout, distance limitations, density of wireless and wired infrastructure in order to meet the requirements of the telecom rooms and their pathways. Ensuring that the pathways for wiring are well coordinated, especially with today’s common open ceiling office look, is critical. How are the wires from the end devices, including to the wireless access points, getting to the telecom room? Keeping the office aesthetically pleasing while still maintaining the integrity of the wires will take some creative engineering and proper coordination with all trades. 

Conclusion
As wireless/mobile technologies continues to advance and the open workspace evolves over time, a company that develops formal IT policies, coordinates between the disciplines early on in the design process and considers their corporate layout and future IT requirements will be the company that meets the wireless needs of both its employees and clients down the road. 

About the Author
John Passanante, PE, RCDD, is a Senior Vice President with Syska Hennessy Group, New York 

Related Stories

| Oct 11, 2011

Onex completes investment in JELD-WEN

With the completion of the JELD-WEN investment, Onex Partners III is approximately 40% invested.

| Oct 7, 2011

GREENBUILD 2011: Demand response partnership program announced at Greenbuild 2011

  Program will use USGBC’s newly revised LEED Demand Response credit as an implementation guideline and leverage its relationships with the building community to foster adoption and participation in existing utility and solution provider demand response offerings. 

| Oct 7, 2011

GREENBUILD 2011: Otis Elevator announces new contracts for sustainable building projects

  Wins reinforce Otis’ position as leader in energy-efficient products.

| Oct 7, 2011

GREENBUILD 2011: UL Environment releases industry-wide sustainability requirements for doors

  ASSA ABLOY Trio-E door is the first to be certified to these sustainability requirements.

| Oct 7, 2011

GREENBUILD 2011: UL Environment clarifies emerging environmental product declaration field

  White paper defines EPD, details development process, and identifies emerging trends for manufacturers, architects, designers, and buyers.

| Oct 7, 2011

GREENBUILD 2011: Otis Elevator introduces energy-efficient escalator

The energy-efficient NCE escalator from Otis offers customers substantial “green” benefits.

| Oct 7, 2011

GREENBUILD 2011: Schools program receives grant to track student conservation results

To track results, schools will use the newly developed Sustainability Dashboard, a unique web-based service that makes tracking sustainability initiatives affordable and easy.

| Oct 7, 2011

GREENBUILD 2011: Transparent concrete makes its North American debut at Greenbuild

  The panels allow interior lights to filter through, from inside. 

| Oct 6, 2011

GREENBUILD 2011: Growing green building market supports 661,000 green jobs in the U.S.

Green jobs are already an important part of the construction labor workforce, and signs are that they will become industry standard.

| Oct 6, 2011

GREENBUILD 2011: Dow Corning features new silicone weather barrier sealant

Modular Design Architecture >Dow Corning 758 sealant used in GreenZone modular high-performance medical facility.

boombox1
boombox2
native1

More In Category

Construction Costs

Data center construction costs for 2024

Gordian’s data features more than 100 building models, including computer data centers. These localized models allow architects, engineers, and other preconstruction professionals to quickly and accurately create conceptual estimates for future builds. This table shows a five-year view of costs per square foot for one-story computer data centers. 


Sustainability

Grimshaw launches free online tool to help accelerate decarbonization of buildings

Minoro, an online platform to help accelerate the decarbonization of buildings, was recently launched by architecture firm Grimshaw, in collaboration with more than 20 supporting organizations including World Business Council for Sustainable Development (WBCSD), RIBA, Architecture 2030, the World Green Building Council (WorldGBC) and several national Green Building Councils from across the globe.



Healthcare Facilities

Watch on-demand: Key Trends in the Healthcare Facilities Market for 2024-2025

Join the Building Design+Construction editorial team for this on-demand webinar on key trends, innovations, and opportunities in the $65 billion U.S. healthcare buildings market. A panel of healthcare design and construction experts present their latest projects, trends, innovations, opportunities, and data/research on key healthcare facilities sub-sectors. A 2024-2025 U.S. healthcare facilities market outlook is also presented.

halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021