Margulies Perruzzi Architects and Gilbane Building Company lead project team for PTC’s cutting-edge workplace design

BOSTON – May 8, 2018 – The Boston office of Cresa, the world’s largest tenant-only commercial real estate firm, announced today that key project team members have been selected for the interior fit-out of the new global headquarters at 121 Seaport Boulevard in Boston’s Seaport District for PTC, a global provider of technology that transforms how companies design, manufacture, operate and service things in a smart connected world. In addition to lease negotiation, transaction management, and workplace strategy, Cresa’s project management team will oversee the buildout and relocation to PTC’s new global headquarters.

Margulies Perruzzi Architects was selected to provide architectural and interior design services for PTC’s transformational and technology-rich new workplace, and Gilbane Building Company was named construction manager for the 250,000 SF interior fit-out. To assist PTC and the design team with evaluating the most appropriate workplace management technology in an industry known for lightning-speed evolution, the MIT Center for Real Estate (MIT/CRE) was engaged as a research collaborator in the use of disruptive technologies.

“We are thrilled to have such a forward-thinking project team dedicated to advancing workplace design strategies for our new global headquarters,” said Eric Snow, senior vice president, corporate marketing, PTC. “Cresa took the time to understand our needs, expectations, and concerns, and provided us with a locally sourced and innovative project team. We feel confident that these collaborative and enthusiastic design experts will deliver a vibrant headquarters, and we look forward to welcoming employees, customers, and partners from around the world to our new space.”

PTC’s relocation of its headquarters from Needham, Mass. to downtown Boston is a key part of its business transformation. The new headquarters will enhance PTC’s ability to attract and retain the talent required to maintain the company’s technology leadership position and will serve as a premier destination for visitors seeking to experience PTC technologies hands-on. As part of the design of a new physical work environment, PTC recognized the opportunity to meld its role as an innovator in software for product design, IoT, and Augmented Reality (AR) to make its headquarters a global model for excellence in the use of workplace technology.

In order to best research, implement, and evaluate the use of workplace technology, PTC and the design team will collaborate with MIT/CRE on the technology aspects of the project. With a strong background in understanding disruptive technologies, MIT/CRE is well-positioned to help facilitate a conversation about the goals, opportunities, challenges, and processes for a variety of potential technological directions. After a collaborative team process, MIT/CRE provided recommendations and a roadmap for researching disruptive technologies to incorporate into PTC’s state-of-the-art headquarters.

Developed by Skanska Development, one of the world’s leading project development and construction groups, and designed by Boston-based CBT Architects, 121 Seaport is a 17-story, 400,000 SF, Class A elliptical-shaped glass office building now under construction in Boston’s Innovation District. PTC will occupy the building’s top nine floors with direct access to the rooftop terrace from the top floor and access to a common area with outdoor deck on the third floor. A design highlight of PTC’s new headquarters includes its Customer Experience Center (CXC), an interactive showcase of PTC’s industrial innovation platform and related solutions. PTC is expected to house approximately 1,000 of the company’s 6,000 worldwide employees at 121 Seaport.

Bala Consulting Engineers is providing mechanical, electrical, plumbing and fire protection engineering plus tele, data, and security services for PTC’s new global headquarters, in addition to serving as the core and shell engineer for the entire 121 Seaport building. The project team also includes McNamara Salvia for structural engineering and CRJA-IBI Group for landscape design of PTC’s rooftop terrace. The project is expected to be complete in early 2019 and is targeting LEED Gold.

About Cresa
Cresa is the world’s largest tenant-only commercial real estate firm. By representing only one party – the tenant – Cresa avoids inherent conflicts of interest and provides conflict-free advice to clients. The firm leverages its expertise, market insight and years of experience to give clients leverage with the landlord. Cresa applies strategic solutions that reduce costs, improve operations and enhance the performance of a client’s workforce. Integrated services cover every aspect of a real estate transaction from site selection and financing to project management and relocation services. Cresa offers clients customized solutions with more than 60 offices in 75 markets worldwide. For more information about Cresa Boston, visit https://www.cresa.com/boston.

Media Contact
Susan Shelby, FSMPS, CPSM
Rhino PR for Cresa Boston
cresaboston@rhinopr.com
978.985.4541

100 Crossing Blvd. renovated into modern, amenity-rich office building

BOSTON – May 8, 2018 – Margulies Perruzzi Architects (MPA), one of New England’s most innovative architectural and interior design firms, announced today that it has completed the design and renovation of 100 Crossing Blvd. in Framingham, Mass. for National Development, one of New England’s largest development companies. National Development engaged MPA to provide space planning and interior design services to reposition the 100,000 SF office building to meet the demands of today’s office tenants.

Built in 1997, the three-story 100 Crossing Blvd. required an updated look and modern amenities to reposition it as a high-quality, amenity-rich building. To create an open and brighter space upon entry, MPA redesigned the two-story lobby with new lighting, flooring, and glass handrails along the stair and mezzanine. Artwork and casual seating provide an intimate lobby nook for conversation along the window line. The updated ground floor includes a new food service area with seating, a 1,525 SF conference center, and a fitness center with locker rooms. A re-designed landscaped front walk with new plantings and an outdoor patio with seasonal seating enhance the exterior main entrance for both tenants and visitors.

To offer tenants a fresh and exciting food selection in the new cafeteria, National Development partnered with Fooda to provide a diverse mix of lunch choices from highly-rated local restaurants.

“MPA recognizes what tenants require in order to attract great talent and retain key employees, and their design for 100 Crossing Blvd. really transformed a dated office building into a bright building with appealing amenities,” said William Kennedy, asset manager at National Development. “Based on our previous experience working with MPA, they understand our commitment to providing highly attractive workspaces for tenants looking to offer their employees areas to eat, gather, recharge and connect. With its updated look and amenities, we feel confident that 100 Crossing Blvd. will appeal to a wide array of tenants.”

Cranshaw Construction served as construction manager for the project, and AHA Consulting Engineers provided mechanical, electrical, and plumbing engineering services. The project team also included Daigle Engineers, Inc. as structural engineer and Hawk Design, Inc. as landscape architect.

About Margulies Perruzzi Architects
As one of New England’s top architectural and interior design firms, Margulies Perruzzi Architects (MPA) designs Workplace, Health+Science, and Real Estate projects that inspire and nurture human endeavor. More information may be found at www.mp-architects.com.

Media Contact:
Michele Spiewak
Rhino PR
617.851.2618
MPArchitects@rhinopr.com

By Dan Perruzzi, AIA, LEED AP, principal and senior partner at Margulies Perruzzi Architects. Originally published in Commercial Property Executive.

May 7, 2018 – Sustainability and green design have been trending real estate topics in the last two decades, especially when it comes to corporate office assets. Still, the benefits of energy efficient spaces come up more and more often in connection to employee wellbeing. The tenant-landlord conversation now covers how providing a healthier working habitat increases productivity.

But what makes a good working environment? Is the distribution of individual/common spaces in offices a difficult task? How does sustainability impact the value of an asset? We touched on all these issues and more in a discussion with Dan Perruzzi, principal & senior partner of Boston-based Margulies Perruzzi Architects (MPA). The studio is a member of the U.S. Green Building Council and the majority of its architects are LEED accredited.

What are the latest trends when it comes to workplace design?

Perruzzi: Companies are wrestling with the best balance between quiet and/or private space and collaboration space. Employees need private space, but they also need easy access to their colleagues for beneficial interactions. Individual, focused work has to be supported while simultaneously supporting group work.

Everyone is trying to do more with less. Companies are actively reviewing space standards to see where they compare with the competition. Metrics of area per seat and seats per assigned staff are critical areas of focus today. Given that in many areas basic sustainability has been incorporated into building codes, there is a greater focus on wellness and health in workplace design.

When you think of your recent workplace design projects, does a particular one come to mind?

Perruzzi: The Cimpress/Vistaprint workspace at 275 Wyman St. in Waltham, Mass., stands out. MPA designed the 315,000-square-foot, Class A office base building for the owner/developer—Hobbs Brook Management. Our knowledge of workspace design actually informs our building design process. As a result, the building is very efficient and offers great overall flexibility to the owner and their tenants, while at the same time offering great amenities.

The Cimpress workspace is designed around a high degree of openness with a real commitment to providing the right spaces for collaboration and social interaction. The overall flexibility of the building design has allowed Cimpress to sublet excess space to other tenants without drastic modifications to their own premises. The success of the Cimpress workspace is evident through their overall satisfaction and the positive impacts to productivity and wellness.

How does sustainable office design benefit the people working inside?

Perruzzi: Sustainably designed spaces have better air quality, low levels of harmful chemicals embedded in materials, better lighting and better access to daylight. All of these contribute to overall wellness and productivity.

In what real estate asset class do you see a growing interest for sustainability and why do you think that is?

Perruzzi: We see growth in existing building rehabs and technology spaces. In existing building rehabs, growth in sustainability is driven by competition. Sustainability is sometimes a “box to check” for tenants looking for space. If two buildings match up on most attributes (for example, on cost, available square footage, building class etc.) but one has sustainable design features, it can tip the balance in favor of that building. High-tech companies frequently have a younger, more diverse workforce, who often demonstrates a greater interest in sustainable design.

Would you say that passive design strategies are at the basis of sustainable design or are technology-related, active approaches more relevant?

Perruzzi: Passive design strategies were the initial basis of sustainable design. For instance, MPA used to spend a lot of time making sure materials didn’t contain harmful chemicals that could off-gas into the space, but the market has evolved. It is more difficult to buy the bad stuff now.

Technology is really driving the continued growth of sustainable design since passive strategies alone cannot meet the enhanced standards. The fine-tuning of HVAC, plumbing and lighting systems through the use of embedded technology will continue to drive the growth of sustainable design.

Tell us about one of the most recent and innovative green technologies you have implemented.

Perruzzi: MPA recently completed a new 694,000-square-foot global customer fulfillment center in Quincy, Mass., for Boston Scientific Corp., a worldwide developer, manufacturer and marketer of medical devices. Sustainability is incredibly important to this client and the modern, state-of-the-art facility is expected to achieve LEED Gold certification for existing buildings.

The new facility expands and modernizes the company’s logistics and distribution functions and aligns with the Boston Scientific Global Facilities Master Plan. Given the size and scope of the facility, the design needed to creatively mesh 64,000 square feet of office space with 630,000 square feet of warehouse and distribution space. This was critical to ensure optimal logistics, flows, efficiencies and quality system compliance in an FDA-regulated facility while also improving the office and work environment for end users.

The customer fulfillment center includes 2.5 miles of high-efficiency, “smart technology” motorized drive roller conveyor with a high-speed sortation system and the first installation of an enterprise warehouse management system for Boston Scientific Global Distribution. MPA worked closely with the conveyor and robotics systems designers and manufacturers on this green automated technology, which will result in significant cost savings in facility operating expense and energy reduction for Boston Scientific.

In your experience, how is sustainability/green certification impacting the value of a real estate asset and how do you see this going forward?

Perruzzi: We don’t believe that sustainable design changes the price of real estate. Owners would be happy to charge for a sustainably designed space or building, but they cannot do that and still remain competitive. Instead, sustainable design adds value as a “separator,” a feature that tips the balance as tenants evaluate their real estate strategy.

Going forward, there is still much work to be done. It is misleading to think that sustainable design is a given across a wide spectrum of the real estate market. Legacy buildings in many downtown markets cannot be easily rehabilitated into buildings capable of supporting sustainably designed space. The pressures of the marketplace will dictate how quickly those legacy buildings will be adapted.

About the author
Dan Perruzzi, AIA, LEED AP, is a principal and senior partner at Margulies Perruzzi Architects. Consistently ranked as one of Boston’s top architectural and interior design firms, Margulies Perruzzi Architects services the corporate, professional services, research and development, real estate, and healthcare communities. For more information, please visit www.mp-architects.com.

Originally published in NAIOP’s Commercial Real Estate Development Magazine

BOSTON – April 2, 2018 – Supply chain advances and new technologies are affecting how, where and what types of industrial facilities are being built. Much of the media coverage of industrial real estate today is overwhelmed by e-commerce oriented topics. Retailers continue to build out their delivery, fulfillment and return capabilities, in ways that are having significant impacts on the industrial supply chain and, consequently, on the location and design of buildings. E-commerce is undoubtedly driving significant change within the industrial property sector, but real estate developers and investors should also consider a variety of other disruptions and structural shifts.

These include key changes being made along the supply chain and how those changes are affecting where and how new industrial facilities are being developed today, as well as where and how they will be developed in the future.

SUPPLY CHAIN ADVANCES

Key changes unfolding in the supply chain include the following:

Multimodal Options. Wholesalers and retailers alike recognize that they need to create more nimble supply chains to accommodate evolving first- and last-mile activity. “First-mile” multimodal transportation options are becoming increasingly important. End-to-end supply chains are becoming ever more complex, and industrial real estate site selection will continue to be tied closely to cost efficiencies in transportation.Supply chains must become more nimble. Bringing multimodal transport options, including trains, electric vehicles and trucks, to the first mile helps streamline the process of distribution from the source to the end user, while also speeding up delivery.

A Fusion of Technologies. The Fourth Industrial Revolution and the digitization of the supply chain are both well underway. According to Klaus Schwab, founder and executive chairman of the World Economic Forum, “The First Industrial Revolution used water and steam power to mechanize production. The Second used electric power to create mass production. Now a Fourth Industrial Revolution is building on the Third, the digital revolution that has been occurring since the middle of the last century. It is characterized by a fusion of technologies that is blurring the lines between the physical, digital and biological spheres.”Tomorrow’s warehouses will be increasingly driven by technology. They will be much more connected to logistics operations, powered by information systems and even more embedded in processes related to the broader supply chain.

Automation. According to a recent “MHI Annual Industry Report – Next-Generation Supply Chains: Digital, On-Demand and Always-On,” supply chain professionals view sensors and automatic identification, as well as inventory and network optimization tools, as the innovations with the greatest potential to create competitive advantages.

Emergence of the “Cold Chain.” While the online grocery segment is only in the beginning stages of its development, it is leading to need for new grocery-oriented logistics and state-of-the-art cold storage facilities that help companies get “closer to the customer.”

Yard Management. Improvements in yard management systems (software designed to oversee the movement of trucks and trailers at industrial facilities), dock scheduling software and warehouse management systems will create more integrated information flows to facilitate supply chain management, building more continuity, safety and accuracy into the process.

LOCATION CONSIDERATIONS

Mitigating Risks. As more companies look to employ predictive analytics and artificial intelligence to power their logistics operations, these processes could also affect their site selection decisions. Understanding how to mitigate supply chain risks is becoming ever more critical. Focusing on more accurate demand planning, management around natural disasters and optimal location and functionality of facilities is becoming paramount.

First-mile Efficiencies. While many of the innovations that could transform industrial real estate are technology related, some are more traditional. For example, multimodal logistics efficiencies can be realized from the “first mile” of transloading containers from a seaport to the “last mile” of delivery to the customer. Simply relocating or expanding near different transportation hubs can help reduce delivery time and costs while improving the level of service. Additionally, importers have to become more efficient in the first mile to offset growing congestion on highways near seaports and worsening truck driver shortages.

Throughout the current economic expansion, modernization and growth of the cold chain have continued to garner investor and developer interest. From seaport operations to airport hubs to inland intermodal destinations, innovative new real estate development around transportation hubs is occurring, both from an import and an export perspective. Here are two examples:

Port Logistics Refrigerated Services (PLRS) now operates a 130,000-square-foot intermodal cold storage and freezer facility at Berth 219 at Port Tampa Bay, which serves central Florida as well as the Southeast and Midwest U.S. with direct transfer via truck or CSX rail. The state-of-the-art building facilitates the import and export of food and other cold storage items throughout the region. It can handle break bulk palletized products as well as 40-foot temperature-controlled containers. The facility consists of four cold storage areas and two freezer storage areas as well as a truck staging area, a fumigation building and an office building with a U.S. Department of Agriculture (USDA) laboratory.

The Harbor Performance Enhancement Center (HPEC), a public-private partnership between the Port of Los Angeles (POLA) and a private consortium, plans to operate a 110-acre “peel-off yard” or staging facility intended to reduce congestion at the Port of Los Angeles. It is designed to accommodate approximately 3,150 containers from adjacent container terminals at any one time and to significantly increase efficiencies and throughput at the port.

The site, inside the jurisdiction of the Port of Los Angeles, has been idle since 2006. Meanwhile, container volumes flowing through the Port of Los Angeles, as well as the Port of Long Beach on the other side of the harbor, have recently regained and now significantly exceed their pre-Great Recession peak levels. Growth in container volumes, the advent of ships carrying two to three times as many containers as did ships prior to the recession, and new trucking regulations have combined to create serious congestion in Southern California. This has made the retrieval process for containers lengthier and, at times, unpredictable.

HPEC will lease the 110-acre facility and provide a valet-and-park service for importers. It will retrieve containers from the terminals and park them on chassis in the HPEC yard, so that importers can retrieve them at their convenience on a 24/7 basis. The resulting increase in the predictability of the dray from POLA to the importers’ facilities and the likely shorter time it will take to do this will reduce truck drivers’ idle time at distribution and transload centers.

Manufacturing. Finally, manufacturing is poised for more disruption and transformation in design than any other industrial sector. Employing more adaptive manufacturing methods like 3-D printing could create leaner supply chains and lead to the proliferation of smaller manufacturing facilities closer to major population centers.

Innovative new light production or light manufacturing incubators like the nonprofit The Hatchery Chicago or the L.A. Prep kitchen, both of which provide production space for food and beverage providers, are just two examples of how industrial spaces are accommodating a wider variety of uses. These types of facilities often incorporate coworking kitchen space, dry and cold warehousing, and loading docks, as well as meeting and/or office spaces.

IMPACTS ON BUILDINGS AND SITES

Industrial users are becoming ever more sophisticated, insisting on buildings that are highly functional. According to Jimmy Love, managing partner of Distribution Realty Group, building attributes that were previously considered premium improvements found mostly in build-to-suit structures are becoming more common for new speculative construction. These include 36- to 40-foot clear height ceilings, dedicated on-site trailer storage, 60-foot speed bays, LED lighting and oversized employee parking lots.

New Amenities. Demand for new amenities in industrial parks is growing. In recent years, as e-commerce and associated sectors like delivery and third-party logistics have expanded aggressively, the number of workers picking and packing orders in megasized fulfillment centers has increased. So have the number of workers at traditional warehouse and distribution operations. Attracting and retaining skilled labor has become even more challenging. To keep employees motivated and increase productivity, companies are bringing in more amenities such as expanded eating, lounge and fitness facilities to warehouses and industrial neighborhoods.

Human-centric Design. Some of the newest industrial facilities in Asia contain even more amenities, with people-oriented features such as cafeterias, day care centers, locker rooms, gyms and yes, even rock climbing walls. Developers like ESR-REIT (formerly Cambridge Industrial Trust REIT), which develops and operates industrial facilities throughout Asia, have included these above-standard amenities in some of their new logistics developments, as well as relaxation lounges, retail shops and more sustainable design.

This trend also extends into innovations in personnel safety, especially around loading dock areas and equipment. Using more cameras and red or green lighting systems on dock walls and floors at dock levelers to signal safe loading and unloading execution helps prevent accidents.

Robotics. Goods-to-person picking and collaborative robotics are redefining movement within the distribution center. The goods-to-person concept involves incoming goods being automatically retrieved from storage and brought to a human “picker” rather than the traditional person-to-goods picking model, in which a picker travels around a fulfillment center gathering goods
to fill orders.

Collaborative robots are programmed to work safely alongside humans; many can be easily programmed to perform a variety of tasks as needed. Automated guided vehicles (AGVs) are portable robots that follow wires or tape in or on the warehouse floor or use vision, magnets or lasers to navigate through a warehouse. They offer many cost-saving benefits such as improved safety and accuracy as well as reduced damages.

In addition, drone technology is becoming a reality in some warehouses. A new system developed by researchers from MIT uses drones to track inventory in warehouses by scanning existing radio-frequency identification (RFID) tags.

Wearables. Worker productivity and accuracy can be improved through the use of wearable technology with features like augmented reality, which superimposes a computer-generated image on a worker’s view of the real world, or voice picking. Headsets, wristbands and other wearables can route workers throughout a warehouse more effectively.

Sustainability. Many companies have incorporated sustainability and energy efficiency initiatives into their supply chains. While initially this could primarily impact transportation via the use of more energy efficient vehicles, the real estate implications are also significant. Incorporating LED or natural lighting, cool roofing materials and even sustainable packaging can affect building efficiencies. Smart building innovations are allowing large, sophisticated developers to create efficiencies and operational savings for their customers, according to Jeannie Renne-Malone, vice president of sustainability at Prologis. Harvesting data from these facilities will enable the design and development of even more sustainable industrial facilities in the future.

Incorporating solar power into warehousing space offers various upsides. The overall corporate and social impact is not being lost on many major companies. Larger developers like Prologis have the scale to meet growing customer requirements with a rooftop solar program. Developers are also incorporating water-saving technology, irrigation and landscaping into new warehouse design to meet customer demands.

Accommodating Autonomous and Electric Trucks. With electric and semiautonomous trucks becoming a reality in the near future, site and yard designs will need to adapt. Building owners may need to install dedicated electric charging stations for trucks on-site, embed sensor technology into loading areas and yard spaces, and/or create new safety protocols for trucks within overall warehouse operations.

WHAT WILL THE FUTURE BRING?

The disruptions and structural shifts described above are already having a significant impact on where and how industrial facilities are being developed, and will continue to do so for the foreseeable future. It’s impossible to predict what types of changes the next set of significant advances will bring, but real estate professionals who keep an eye on the future will be well positioned to recognize and make the most of them.

Originally published in IFMA’s FMJ Magazine. By Alvaro J. Ribeiro, AIA, senior architect at Margulies Perruzzi Architects

BOSTON – February 1, 2018 – A building’s curb appeal, image and energy can make or break first impressions. Creating places for people to experience a property – whether it’s first walking through a wonderful entry courtyard or just stopping to sit and talk – can cement a building’s identity in a visitor or prospective tenant’s mind. This process of placemaking starts with thoughtful exterior design. Elements such as landscaping, canopies and outdoor amenities are a valuable part of a building’s identity. Creating outdoor amenities as an extension of the workplace is emerging as a national trend in major cities across the country, with real estate developers and facility managers playing a significant role in their management and operation.

Just as interior amenities such as corporate cafés, fitness centers and game rooms are becoming common features, companies are beginning to tap into the value of outdoor amenities to make properties stand out, create inspiring and motivating exterior work environments, and support a sense of well-being and community.

Property owners increasingly understand the important impact on attracting new tenants by integrating highly desirable amenities in new and redeveloped office buildings. Building owners and tenants are keen to bring the outside in, often with features that stream natural light into the office and support plant-covered “living green walls” for example. They are also enticing people to work, exercise and socialize more outside as well.

In urban areas, outdoor amenities, like roof decks and gardens, Wi-Fi-enabled outdoor seating areas, and access to bike-sharing, are cropping up. In the suburbs, outdoor amenities like putting greens, recreational trails, and central courtyards draw workers outside at various times during the day.

Outdoor amenities are helping building owners, tenants, and facility managers address the values and habits of an evolving workforce, promote increased employee wellness, and turn real estate assets into a competitive advantage. All of it requires a coordinated effort and a shared vision between real estate owners, corporate human resources, and operations.

Successful Strategies

Competition for the best talent is fierce, and facility managers have a role to play in attracting and retaining employees. Forward-thinking organizations are re-evaluating their workplace strategy and appealing to talent by offering rich amenities that support well-being, provide a sense of community, help reduce stress and employee turnover, increase teamwork, and strengthen the company’s vision and values.

Millennials in particular desire amenities like roof decks, landscaped patios, casual seating areas with fire pits, and recreational spaces because of the social interaction and work-life balance these environments help create. Offering small communal settings where people can work, eat, learn and play is essential for increasing social interaction and employee engagement, both inside and outside the office.

In fact, when it comes to the top five ways to improve employee engagement, creating
a sense of community ranks number one on the list. The physical workspace is an important aspect of promoting employee engagement, and companies understand that creative and innovative employees need flexibility in the work environment to do their jobs. The Steelcase 360 Report on engagement and the global workplace found that 67 percent of companies have outdoor seating areas, a trend that shows a successful workplace strategy includes offering a variety of interior and exterior communal settings that help drive individual productivity and wellbeing, as well as an organization’s success.

The Human Factor

Most employees spend 80 percent of their day inside, and sedentary lifestyles are known to negatively impact health. A 2017 study from Columbia University Medical Center found that being in the same position with little or no movement for 60- to 90-minutes over several hours each day increased the risk of early death – even in those who exercised.

However, even small changes in scenery and business practices can counter the negative effects of sedentary behavior. A 2015 study from the University of Miami Miller School of Medicine found that changing just one seated meeting into a walking meeting per week, increased work-related physical activity levels by 10 minutes. Office workers participating in the study conducted weekly meetings in groups of two or three, and were asked to wear accelerometers to measure activity levels over three weeks. The study suggests that modifying traditional seated meetings to walking ones is easy to implement and conduct during regular working hours.

Given that 80 percent of every business’ operating costs are spent on people, many companies have turned their focus on how the workplace, and the ways we work in and out of it, can promote wellness for employees. Studies show that healthy employees perform better, take less sick time, and are far more productive. Companies have been responding to higher health insurance costs and the uncertainty of the health care industry for several years by investing in programs and strategies that help employees stay healthy. This next level of wellness will require reimagining the modern office.

As wellness in the workplace evolves, so does the overall thinking about how facility amenities can keep employees healthy and help them perform at peak levels – beyond offering health insurance or access to the company gym. That’s why many landlords and property managers are now looking to make better use of the premium outdoor space surrounding their suburban buildings by creating gardens, outdoor rooms, and walking areas that support wellness and social interaction. Facility managers are weighing in on how companies can incorporate interior and exterior features that encourage employees to get away from their desk, move around more, and experience the physical, mental, and emotional benefits of fresh air and the natural environment.

With this goal in mind, more companies and building owners are beginning to offer outdoor recreational programming and walking trails that provide stress relief and opportunities for fitness. The global headquarters for Boston Scientific Corporation in Marlborough, Massachusetts offers an inviting environment to get fresh air and sunlight during the work day. The campus features a landscaped courtyard, accessible to and linking all four buildings of the campus quadrangle, that provides a series of outdoor rooms and vegetated meeting areas. The landscaped courtyard is regularly used for small meetings or casual outdoor relaxation and company outings. At 101 Station Drive, a 208,000 SF repositioned and renovated office building in Westwood, Massachusetts, the open lawn in front of the building is often used for tai chi classes in good weather.

Outdoor workspace and amenities contribute to social and emotional well-being too. The dynamics of community and collaboration are being challenged with the rise of the mobile workforce. Shared outdoor workspaces are the bridge between traditional office space and independent remote work because they offer opportunities to gather, collaborate and socialize in an open, natural and relaxed setting.

Office buildings in major metropolitan areas are being transformed with the outdoors in mind. For example, Boston Scientific Corporation’s new global customer fulfillment center in Quincy, Massachusetts enhances the employee experience with a variety of high-end amenities, including a waterfront roof terrace with adjoining full-service corporate café. As the jewel of the building, the 2,000 SF waterfront roof terrace, with Wi-Fi connectivity, reconfigurable outdoor casual seating and conference spaces, offers stunning views of downtown Boston and provides a compelling amenity for employees.

The O&M Viewpoint

Facility managers can play a critical role in the selection, use, and upkeep of outdoor amenities, as they are often most attuned to what amenities make the most sense for a building and the people working in it. They can also play a key role in advancing the building owner’s – and tenants’ – vision for the use of these shared outdoor spaces.

Facility managers can bring valuable insight to issues such as understanding the structural requirements and permitting process for a new roof deck or the accessibility and connectivity needs for walking trails and outdoor meeting spaces. When it comes to deciding on what amenities to invest in, facility managers may be asked to think beyond the cost and consider the greater benefits outdoor amenities have on the potential to increase engagement and productivity, lower health costs, and reduce time away from work.

The maintenance and use of outdoor spaces in urban areas can significantly differ from those in suburban locations. Hosting events after-hours on a roof deck may require additional evening facility management staff to override lighting controls and monitor the security system, while accommodating lunchtime food trucks in the courtyard of a suburban office complex may require nothing more than scheduling. The timing of maintenance should also be considered, to make sure that the grass is cut for a fitness class or that sprinklers do not go on when people are congregating outside.

Finally, remember that outdoor amenities can help distinguish office buildings as a marketable property and can be a deciding factor for discerning tenants. With rents on the rise in most cities, appealing amenities – both inside and outside – could make the difference in creating a leasable real estate asset for the building owner.

As more companies and landlords integrate outdoor amenities into office life, this workplace trend will continue to have significant impact on how facility managers operate and maintain exterior areas and grounds in the future.

Photo by Gregg Shuppe

Originally published in High-Profile Monthly. By John Fowler, AIA, EDAC, LEED AP, associate principal at Margulies Perruzzi Architects

BOSTON – January 26, 2018 – Transparency and privacy considerations are inherent to most workplace environments, especially those with an open office layout. Healthcare and science projects pose further challenges, as such spaces often have stricter requirements regarding confidentiality and proprietary information. While research and development teams rely on a high degree of collaboration, there is also the need for security and privacy, even internally between departments. Thoughtful design can strike the right balance for transparency and privacy in busy healthcare and science workplace environments.

Acoustical considerations

It’s important to understand all the acoustical requirements involved in a project, as well as take the needs of end users into consideration. Designing walls and ceilings to their respective specifications — sound transmission classification (STC) and noise reduction coefficient (NRC) ratings —may not be sufficient for the purpose of the space.

Sound masking adds background noise to reduce distractions and protect privacy and can be useful when used appropriately; however, it is often misused to cover up sound that can be reduced with active noise control. Before utilizing sound masking, it is recommended to look at the acoustical design and try to correct any areas of deficiency. Electrical outlets, doors, and end wall conditions with exterior glazing are some of the usual suspects that contribute to sound leakage. For projects with complex acoustical conditions, consider hiring an acoustical consultant and/or building mock-ups and testing of the design concept.

In addition to HIPAA privacy law requirements and mandated acoustical guidelines for healthcare projects, there are further privacy concerns to be addressed for specific clinical programs. For a recent project with behavioral consult rooms, the project team designed and built a mock-up consult room to evaluate the acoustics for noise control and speech privacy. The client clinicians noticed that although words were not discernible between spaces, emotional vocalization (laughter and crying) was clearly detectable in the mock-up design. In behavioral health environments, the free expression of emotion is entirely encouraged and speech privacy of the spaces need to support that philosophy. The mock-up led the design team to consider additional acoustical measures that went beyond the guidelines and standard best practices.

Transparency and visual connection

Glass walls can create literal transparency that fosters an open and inviting atmosphere, as well as provide exterior views, natural light distribution, and connection between adjoining spaces. Of course, glass also creates visual privacy challenges. There are several methods to address privacy concerns with the use of interior glass. Clerestory windows that start above eye level can help distribute natural light and offer views to the exterior when there is no desire to have transparency between adjoining spaces.

When there is a desire for full-height glass, art glass or films can be used to change the levels of transparency. There is a plethora of options available for glass treatments, including frosted glass or patterned effects that transition between varying levels of transparency. Glass options can also combine frosting with custom patterns to achieve a certain look or incorporate brand identity. Glass treatments offer a lot of flexibility for balancing transparency with privacy while still transferring light.

Shades and blinds allow users to change the wall condition completely at will and also can be specified with a wide variety of finishes and levels of opacity. In healthcare spaces requiring higher levels of infectious control as well as manufacturing clean rooms with stringent requirements, blinds can be placed between two pieces of glass to eliminate the dust control issues with shades and blinds.

Another option gaining popularity is smart glass, which can transform from clear to opaque (frosted) with the flick of a switch. There are also smart films that can be applied to existing glass and microscopic blinds that are nearly invisible when open and create a frosted appearance when closed. In addition to the up-front costs of smart glass, maintenance and life cycle costs need to be considered.

Many of the visual screening techniques create a blurred effect that will conceal identities but still allow some light and connection between spaces. Another aspect to consider is that motion may still be noticeable, and that is not always desirable. The motion of blurred figures behind frosted glass or nearly opaque shades can sometimes be a distraction to researchers, clinicians, or patients.

Acoustic and visual considerations often go hand in hand and can create contradictory project requirements. In a cancer center infusion space, clinicians required direct visual observation of each patient from a shared work space but wanted their conversations in the space to be private. The design of the wood and glass work area provided enough acoustical privacy and made the clinicians seem accessible to patients without creating a fish bowl effect. Wood finishes and natural color schemes can also help to soften the cold and hard feeling sometimes associated with glass.

In health and science projects, there’s no one-size-fits-all solution to balancing transparency with acoustical and visual privacy. Designers need to look at the specific needs of each client and use several acoustical strategies for individual spaces within the project.

Originally published in Banker & Tradesman.

Boston – January 8, 2018 – Each week, Banker & Tradesman commercial real estate reporter Steve Adams spotlights a commercial real estate property in Massachusetts notable for its high deal activity, unique design or one-of-a-kind special features.

What: Boston Scientific Global Customer Fulfillment Center

Where: Commander Shea Boulevard, Quincy

Owner: Boston Scientific Corp.

Built: 1970

-Boston Scientific Corp. has completed its 694,000-square-foot customer fulfillment center designed by Margulies Perruzzi Architects in Quincy’s Squantum peninsula.
-The facility modernizes and expands Boston Scientific’s logistics and distribution functions.
-Boston Scientific has since 1997 located its call center and distribution center operations in the north building of the base warehouse complex. “The new customer fulfillment facility consolidate Boston Scientific operational and distribution functions into the south building on the site. More than half of the company’s global product manufacturing, including medical device products such as cardiac stents, will move through the 24-hour customer fulfillment facility.
-The 64,000 square feet of open office space includes a mix of workstations and glass-fronted offices, supported by town squares, breakout cafes, training spaces and a variety of meeting rooms.

They said it:
“This modern and energy-efficient building is part of a multi-phased approach to bring our global facilities in line with the company’s evolution and business goals. Since collaboration on the design and workplace strategy of our new global headquarters in Marlborough, MPA has been a vital partner in evaluating real estate choices and advising our global real estate and facilities team.” -Marc Margulies, principal and senior partner, Margulies Perruzzi Architects

Seasoned architect brings technical expertise in designing hospitals, medical campuses, pharmacies and laboratories

Boston – January 4, 2018 – Margulies Perruzzi Architects (MPA), one of New England’s most innovative architectural and interior design firms, is proud to welcome John Fowler, AIA, EDAC, LEED AP, to the MPA leadership team as associate principal in the Health+Science studio. John brings 17 years of experience designing and managing healthcare and laboratory projects of increasing size and complexity, including surgical centers, cancer centers, compounding pharmacies, and master planning for medical campuses. In addition to leading project teams and managing client relations, John’s new role includes strategic planning and business development to help grow MPA’s Health+Science studio.

“The addition of John Fowler to MPA’s leadership team brings the clients of our Health+Science studio an even greater depth and breadth of technical expertise,” said Marc Margulies, FAIA, LEED AP, senior partner and principal at Margulies Perruzzi Architects. “Leading the Health+Science studio, Jason Costello and John Fowler offer complementary skills and talents in the complex design of healthcare, technology, and scientific projects. They will work together to expand the Health+Science studio and provide clients with technical expertise in new areas.”

“Like MPA, John strives to remain at the forefront of both design and technology, and his experience with LEAN process improvement and leading clinical 3P planning events will help us engage our clients and impact meaningful change in the delivery of healthcare to their patients,” said Jason Costello, AIA, EDAC, associate principal and partner at Margulies Perruzzi Architects. “John’s focus on evidence-based design will promote new healthcare architecture methodologies based upon clinical research that improve patient outcomes and enhance lab efficiency for our clients. We are thrilled to welcome him to the MPA team.”

Prior to joining MPA, John spent 12 years as a project manager and associate principal for a Boston-based healthcare architecture firm, where he designed and managed multiple concurrent healthcare projects ranging from $.5 million to $40 million. His extensive portfolio includes Beth Israel Deaconess Medical Center, Cancer Center, Compounding Pharmacy and Surgical Pavilion in Needham, Mass., Landmark Medical Center (Prime Healthcare) Medical Oncology Center in North Smithfield, Rhode Island, a facility master plan for Beth Israel Deaconess Hospital in Milton, Mass., and a USP 800/247 CMR compliant compounding pharmacy at Signature Healthcare in Brockton, Mass. John is skilled at leading multi-phase renovations and campus expansions while bringing an astute attention to detail and a client-first attitude. In addition to his proven LEAN process improvement facilitation, John is passionate about evidence-based and patient-centered design and sees every challenge as an opportunity to improve the built environment for patients and the clinicians that care for them.

John received a Bachelor of Architecture from the Boston Architectural College. His speaking experience includes presentations on designing cancer centers using 3P and applying a Lean Process Improvement approach for designing healthcare projects. He is a LEED accredited professional (LEED AP), NCARB accredited, and EDAC certified, as well as a member of the American Institute of Architects and Boston Society of Architects.

About Margulies Perruzzi Architects
As one of New England’s top architectural and interior design firms, Margulies Perruzzi Architects (MPA) designs Workplace, Health+Science, and Real Estate projects that inspire and nurture human endeavor. More information may be found at www.mp-architects.com.

Media Contact:
Michele Spiewak
Rhino PR
617.851.2618
MPArchitects@rhinopr.com

Modern 694,000 SF facility part of multi-phased approach to global facilities master plan.

Boston – December 15, 2017 – Margulies Perruzzi Architects (MPA), one of Boston’s most innovative architectural and interior design firms, announced today the completion of a new, 694,000 SF global customer fulfillment center for Boston Scientific Corporation, a worldwide developer, manufacturer and marketer of medical devices. Located on Squantum Point in Quincy, Mass., the state-of-the-art facility expands and modernizes the company’s logistics and distribution functions, and aligns with the goals of the company’s Global Facilities Master Plan. Boston Scientific selected MPA to design the interior fit-out and building envelope renovations for this sustainably designed building, which was completed in September 2017.

“As worldwide demand for medical devices grows, the expansion and modernization of our global logistics center is an important milestone,” said Paul Donhauser, vice president of global real estate, facilities operations, and environment, health and safety at Boston Scientific. “This modern and energy-efficient building is part of a multi-phased approach to bring our global facilities in line with the company’s evolution and business goals. Since collaborating on the design and workplace strategy of our new global headquarters in Marlborough, MPA has been a vital partner in evaluating real estate choices and advising our global real estate and facilities team.”

Since 1997, Boston Scientific has located its call center and distribution center operations in the north building of the vast warehouse complex on Quincy’s Squantum Point. Situated on the Neponset River and visible from Interstate 93 on approach to Boston, the new customer fulfillment facility consolidates Boston Scientific operational and distribution functions into the south building on the site. More than half of the company’s global product manufacturing, including medical device products such as life-saving stents, will move through the 24-hour customer fulfillment facility.

“Boston Scientific has shown its unwavering commitment to sustainable and efficient facilities and innovative workplace design, and we are thrilled to collaborate with them again on this new global customer fulfillment center,” said Marc Margulies, FAIA, LEED AP, principal and senior partner at Margulies Perruzzi Architects. “While MPA’s design transformed an antiquated warehouse building into an attractive, energy-efficient, and natural light-filled office and fulfillment facility, this Quincy project significantly advances the medical device manufacturer’s facilities and real estate strategy. MPA is proud to be collaborating with them on this important project.”

Comprising 64,000 SF of office space and a 630,000 SF customer fulfillment center, the building’s office space was designed to meet global workplace strategy standards that Boston Scientific is deploying around the world. The customer fulfillment center includes 2.5 miles of high-efficiency, “smart technology” conveyor and the first installation of an enterprise warehouse management system for Boston Scientific Global Distribution. The sustainably designed building is expected to achieve LEED Gold certification for existing buildings.

MPA inherited legacy warehouse conditions that guided the repositioning of the south building and the development of the open office floor plan. Different weight-bearing capacities of the existing floor slab informed the location of major building functions such as the warehouse and its accompanying storage. The large building features a unique, L-shaped footprint, so MPA’s design stretched the office spaces along the building’s edge to distribute natural light to the interior. Different corporate functions occupy each of the L’s wings, maximizing operational efficiency from the unique layout. The existing precast façade was completely replaced with an energy-efficient, metal panel rain screen system and new ribbon windows. The corner of the building was removed and updated with a multi-story curtain wall to create a dramatic canopied main entry.

The open office space features a mix of workstations and glass-fronted offices, supported by town squares, breakout cafés, training spaces, and a variety of meeting rooms. To enhance the employee experience in the new building, Boston Scientific chose a variety of amenities including a fitness center, 24/7 grab-and-go food kiosk, and game room. Adjoining the full-service corporate café, the waterfront roof terrace with outdoor casual seating and conference spaces offers stunning views of downtown Boston and provides a compelling amenity for employees.

Formalized in 2012, the Boston Scientific Global Facilities Master Plan is an enterprise-wide initiative that aligns the company’s real estate and workplace portfolio with its global business strategy through 2022. The master plan provides sufficient flexibility to accommodate anticipated change, creates a work environment that promotes productivity, innovation, and collaboration, and supports continuous improvement in a sustainable, cost-effective manner. In 2012, Boston Scientific engaged MPA to assist with the evaluation of its real estate choices, leading to the decision to consolidate its global headquarters and design a new 110,000 SF building in Marlborough, Mass.

The project team for the global customer fulfillment center in Quincy includes:

-Margulies Perruzzi Architects: Architect and Interior Designer
-Lee Kennedy Construction: General Contractor
-Odeh Engineers: Structural Engineer
-Nitsch Engineering, Inc.: Civil Engineer
-Simpson Gumpertz & Heger (SGH): Envelope Consultant
-W. Sullivan: MEP Engineer
-Colburn & Guyette: Food Services Consultant
-Communications Design Associates, Inc. (CDA): Audiovisual Design Consultant
-Boston Art: Art
-The BAM Group: Branding
-Onge: Supply Chain Engineering
-Salem Glass Company: Glazing and metal panel installer
-Peter Doig: Boston Scientific Corporation project manager

About Margulies Perruzzi Architects
Consistently ranked as one of New England’s top architectural and interior design firms, Margulies Perruzzi Architects (MPA) designs Workplace, Health+Science, and Real Estate projects that inspire creativity, attract and retain talent, and enhance mission engagement. More information may be found at www.mp-architects.com.

Media Contact:
Michele Spiewak
Rhino PR
617.851.2618
MPArchitects@rhinopr.com

Photo courtesy of Cresa Boston

Margulies Perruzzi Architects selected to design office for one of Boston’s largest leases this year

Boston – October 31, 2017 – Cresa Boston, a part of the world’s largest tenant-only commercial real estate firm, is pleased to announce that it has negotiated an 18.5-year lease of 250,000 SF at 121 Seaport Boulevard in Boston’s Seaport District on behalf of Needham-based PTC, a global provider of technology that transforms how companies design, manufacture, operate and service the “things” in the Internet of Things (IoT). In addition to lease negotiation, Cresa Boston will manage sublease and disposition services for PTC’s current lease at 140 Kendrick Street in Needham, Mass., and its project management team will oversee the buildout and relocation to PTC’s new global headquarters at 121 Seaport. Margulies Perruzzi Architects (MPA) has been selected to provide interior design services for PTC’s new headquarters.

Following a competitive RFP process, Cresa Boston was engaged by PTC as a global partner across multiple service lines, including site selection, lease administration, transaction management, workplace strategy, and project management. PTC is expected to house 1,000 of the company’s 6,000 worldwide employees at 121 Seaport, with an expected occupancy date of early 2019. As the first signed tenant, PTC has leased 63 percent of the building.

“It is an exciting time to be at PTC as we look forward to moving to the heart of Boston’s Innovation District and contributing to the technology innovation that has given rise to Boston’s global reputation as a hub for technology leadership,” said Eric Snow, senior vice president, Corporate Marketing, PTC. “121 Seaport’s design, amenities, and location made the selection of our new global headquarters an easy one. Cresa Boston, Skanska Development, and their respective partners were instrumental in helping us to achieve this major lease in a short time.”

Developed by Skanska Development, one of the world’s leading project development and construction groups, and designed by Boston-based CBT Architects, 121 Seaport is a 17-story, 400,000 SF, Class A elliptical-shaped glass office building now under construction in Boston’s Innovation District. Slated for base building completion in the first quarter of 2018, 121 Seaport boasts large floor plates, two floors of retail, and spectacular views of the Boston Harbor and Downtown. With progressive design and technologies, the highly-sustainable, energy-efficient building is targeting LEED Platinum certification and an anticipated 15 percent energy savings due to less direct solar exposure from the innovative elliptical design.

PTC will occupy the building’s top nine floors with direct access to the rooftop deck from the top floor and access to a common area with outdoor deck on the third floor. A design highlight of PTC’s new headquarters includes its Customer Experience Center (CXC), an interactive showcase for PTC’s industrial innovation platform and related solutions. PTC selected MPA to design a transformational workplace that is productive, persuasive, and integrated with exciting and disruptive new technologies of the future.

Founded in 1985, PTC revolutionized the computer aided design software market and, in the 1990s, brought to market the first web-based product lifecycle management system. Today, the company is recognized as a market leader in the Internet of Things and Augmented Reality – two of the most disruptive technology trends in decades. The company’s headquarters have been in the Greater Boston area since its inception. PTC expects that its new headquarters will be occupied by employees across all company operations, including executive leadership, customer success, research and development, sales, marketing, finance, and legal teams.

Jack Burns, Adam Subber and Dan Sullivan of Cresa Boston negotiated the lease for PTC, and Bill Anderson and Dave Martel of Newmark Grubb Knight Frank represented Skanska Development.

About Cresa
Cresa is the world’s largest tenant-only commercial real estate firm. By representing only one party – the tenant – Cresa avoids inherent conflicts of interest and provides conflict-free advice to clients. The firm leverages its expertise, market insight and years of experience to give clients leverage with the landlord. Cresa applies strategic solutions that reduce costs, improve operations and enhance the performance of a client’s workforce. Integrated services cover every aspect of a real estate transaction from site selection and financing to project management and relocation services. Cresa offers clients customized solutions with more than 60 offices in 75 markets worldwide. For more information about Cresa Boston, visit https://www.cresa.com/boston.

About Margulies Perruzzi Architects
Consistently ranked as one of New England’s top architectural and interior design firms, Margulies Perruzzi Architects (MPA) designs Workplace, Health+Science, and Real Estate projects that inspire creativity, attract and retain talent, and enhance mission engagement. More information may be found at www.mp-architects.com.

Media Contact:
Susan Shelby, FSMPS, CPSM
Rhino PR for Cresa Boston
cresaboston@rhinopr.com
978.985.4541