New Delhi, India (September 21, 2010) -- Satellier, a world leader in providing CAD and Building Information Modeling (BIM) outsourced services to the architecture, engineering and construction industry, announces a strategic minority investment from India-based top engineering firm Potential + Semac, ushering in the next evolution of the global architecture support industry.
“We’re recognizing a paradigm shift in the building industry worldwide, as public and private infrastructure investment is returning, stimulating latent demand for projects executed in BIM at more competitive rates,” says Satellier Founder and Executive Chairman Michael Jansen. “By coupling Satellier’s core BIM expertise with Potential + Semac’s cross-discipline engineering expertise, we will meet this demand and provide comprehensive higher value-added services worldwide. Now we can do it all, and we can do it everywhere. ”
The strategic partnership will enable Satellier to provide its clientele, which includes 20 of the top 40 architecture, engineering, and construction firms in the world, with a wider menu of services. Building on its historical core focus of technology-enabled architecture design and production support in the United States, Europe, and Australia, Satellier will now be able to provide this new expertise in integrated Architecture/SMEPF services across all major markets.
“We welcome the addition of Potential + Semac to the Satellier global family and look forward to collaborating with their team in India and the Middle East to provide “best in class” end-to-end services worldwide,” says Satellier CEO Darren Rizza (former CIO at Skidmore, Owings, and Merrill LLP). “We are poised and ready to partner with all segments of the global AECO community, increasing our depth of involvement in India-based projects and collaborating with our design firm clients worldwide to execute their projects according to the world class standards they have come to expect from Satellier.”
A 700-person full-service professional Structural, Mechanical, Electrical, Plumbing, Fire Fighting, Energy Audit (SMEPF) engineering firm with offices throughout India and the Middle East, Potential + Semac has executed projects in excess of five billion square feet for major hoteliers, developers, multinational corporations, and healthcare institutions in the South Asian region.
“As global players in the AEC industry, we are pleased to be partnering with Satellier to respond to the growing need for expertise in this area,” says Potential + Semac Executive Chairman Abhishek Dalmia. “Our combined strengths will allow us to offer fully-integrated architecture and engineering support solutions, providing clients with the services and knowledge required to ensure successful projects at increasingly competitive price points.”
About Satellier
Backed by Sequoia Capital, Satellier is the world's leading CAD and BIM production and solutions provider to AECO firms, real estate companies, and building owners. Having completed project documentation for over 5,000 projects across more than 50 countries for half of the world’s top AEC firms, Satellier is the “Firm of Choice” in the AECO industry and has been featured on CNN, CNBC, and myriads of business, technology, and AEC publications worldwide. Satellier serves markets all over the globe through its offices in New Delhi, London, Dubai, Sydney, and Chicago.
www.satellier.com
About Potential + Semac
Potential + Semac Consultants is one of the oldest and largest engineering design firms in India, having executed five billion square feet of projects over its 40-year tenure. With 700 employees throughout India and the Middle East, Potential + Semac provides end-to-end engineering design services for industrial and commercial developments, including Structure, MEP, HVAC, IT Networking, and Energy Audit. With a clientele of global industry leaders, Potential + Semac partners with 17 of the top 25 Indian developers, 34 of the top 50 Indian companies, and major Multinational Corporations including GE, IBM, Google, Toyota, JW Marriott, Hilton, Coca Cola, Nestle, and Volkswagen, among others.
www.potentialsemac.com
Related Stories
Sports and Recreational Facilities | Aug 18, 2017
Video: Designing the ideal rugby stadium
HOK invited four world-class rugby players into its London studio to discuss what they would like to see in the rugby stadiums of the future.
Architects | Aug 16, 2017
Staffelbach joins DLR Group
The firm will be merging operations immediately with full integration and the name change to DLR Group| Staffelbach effective October 2.
Multifamily Housing | Aug 9, 2017
Related Companies unveils plans for One Hudson Yards luxury rental residences
The 33-story tower will be positioned on the High Line with views of the Hudson River and downtown Manhattan.
Multifamily Housing | Aug 9, 2017
Multifamily developers, designers cater to occupants’ need for mobility
Bike storage facilities and “bicycle kitchens” are among the most popular mobility amenities in multifamily developments, according to a new survey by Multifamily Design + Construction magazine.
Giants 400 | Aug 9, 2017
Innovation at 72 design firms
The following is a list of advancements architecture and A/E firms underwent in 2016, as reported in Building Design+Construction's 2017 Giants 300 Report.
Giants 400 | Aug 9, 2017
Top 115 Architecture Firms
Gensler, Perkins+Will, and HKS top Building Design+Construction’s ranking of the nation’s largest architecture firms, as reported in the 2017 Giants 300 Report.
Giants 400 | Aug 9, 2017
Top 100 Architecture/Engineering Firms
Stantec, HOK, and CallisonRTKL are among the nation’s largest architecture/engineering firms, according to Building Design+Construction’s 2017 Giants 300 Report.
Contractors | Aug 4, 2017
4 ways to prepare for a negotiation
Practice, practice, practice, and understanding both sides of the deliberation are critical to success in any negotiation.
Laboratories | Aug 3, 2017
Today’s university lab building by the numbers
A three-month study of science facilities conducted by Shepley Bulfinch reveals key findings related to space allocation, size, and cost.