Showing posts with label 3d office interior design. Show all posts
Showing posts with label 3d office interior design. Show all posts

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The Psychology behind Designing Corporate Spaces



Let’s be honest, designing corporate spaces is all about the bottom line. Traditionally companies would save money by buying the cheapest furniture possible – in bulk – and arranging it in an assembly line fashion to accommodate the largest amount of workers in the tightest space.


However, corporations are quickly discovering that this type of office configuration has a profoundly negative effect on worker performance. Research has also shown them that, by banishing the traditional model, their employees will work more productively and ultimately generate a greater profit.


The article below details the psychological effects behind these changes. Take a look at their effects, as well as the big name companies who have benefited doing a little rearranging. You may even find yourself changing your own workspace up a bit.


Psychology students at the University of Exeter put that theory to the test when they studied a local corporation. They divided the workers into four groups: one group was not allowed to personalize their cubicles at all, one that was allowed to decorate walls without reconfiguring furniture, one allowed to reconfigure however they pleased, and a final group that was given the freedom to decorate but eventually forced to conform to rules.


Unsurprising, the group that was able to reconfigure their cubicles however they wished showed the most positive outcome. They reported improved concentration, ambiance, organization, and productivity.


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Elite Victoria Memorial


The Victoria Memorial was built to commemorate the peak of the British Empire in India. The Victoria Memorial, conceived by Lord Curzon, represents the architectural climax of Kolkata city. Lord Curzon, the then Viceroy specified its classical style but the actual plan of Victoria Memorial was laid down by the well-known architect, Sir William Emerson.


The Victoria Memorial blends the best of the British and Mughal architecture. The Victoria Memorial hall was built with white Makrana marbles. The Prince of Wales laid the foundation stone of Victoria Memorial in 1906 and it was inaugurated in 1921 in memory of Queen Victoria. The Victoria Memorial is 338 by 228 feet and a height of 184 feet. Today the Victoria Memorial Hall is a museum having an assortment of Victoria memorabilia, British Raj paintings and other displays. As night descends on Calcutta, the Victoria Memorial Hall is illuminated, giving it a fairy tale look.


It is interesting to note that the Victoria Memorial was built without British government funds. The money required for the construction of the stately building, surrounded by beautiful gardens over 64 acres and costing more than 10 million was contributed by British Indian states and individuals who wanted favours with the British government. At the top of the Victoria Memorial is a sixteen foot tall bronze statue of victory, mounted on ball bearings. It rotates with wind. At present the Victoria Memorial has notable collection of weapons, sculptors, paintings, maps, coins, stamps, artefacts’, textiles etc. The Royal gallery in Victoria Memorial has portraits of the Queen and Prince Albert. There are numerous paintings, illustrating events from Victoria's life.


Another remarkable peace in Victoria Memorial is a painting by the Russian artist Vasseli Verestchagin, portraying the state entry of the Prince of Wales in Jaipur in the year 1876. In the post independence period a new addition was made to the Victoria Memorial. It was the addition of the National leaders' gallery with the portraits and relics of the freedom fighters.
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Envying Parliament – Portland, Oregon


This is a company that knows the importance of a happy and comfortable work environment, but have given it a slightly different twist to some of the companies on this list. 


The design of this office involves a lot of reclaimed or recycled materials such as old street signs, a salvaged pizza oven and a wood from a barn and a church. 


But just because they’ve used old materials, doesn’t mean the design has to suffer as the attention to detail and finish is superb, and the mix of raw materials really help it to stand out. 


To top it all off, the office is finished with a bearskin rug, which is rather suiting I think.





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Green Building Facts


MARKET IMPACT OBSERVED BY 3D POWER

This year it is estimated that 40-48 percent of new non residential construction will be green, equating to a $120-145 billion opportunity
62 percent of firms building new single-family homes report that they are doing more than 15 percent of their projects green. By 2018, that percentage increases to 84 percent.
Historical averages have pegged the economic impact of investments in the U.S. residential market at roughly 5 percent of GDP, while other economic activity surrounding housing services as a whole have held historical averages fluctuating between 12 percent to 13 percent of GDP.3 This means that the current surge in green building starts and investment in the residential market will have an outsized impact on an estimated 17 percent to 18 percent of the domestic economy over the next decade.
More than 13.8 billion square feet of building space are LEED-certified (as of August, 2015)
41 percent of all non-residential building starts in 2012 were green, as compared to 2 percent of all non-residential building starts in 2005.
Areas with the greatest per capita investment in green buildings in the U.S. for 2014 were:

  • District of Columbia
  • Washington, D.C.
  • Illinois
  • Colorado
  • Maryland
  • Virginia
  • Massachusetts
  • Hawa'ii
  • California
  • Georgia
  • Minnesota
  • Arizona
  • New York

LEED is referenced in project specifications for 71 percent of projects valued at $50 million and over
675.9 million square feet of real estate space became LEED certified in 2014, the largest area ever to become LEED certified in a single calendar year, and a 13.2 percent increase in total certified square-footage from 2013. 2015 looks to be another record-breaking year with 2,870 projects certified representing nearly 464 million square feet of real estate as of August 1, 2015.

Achieving LEED certification is a top sustainable goal for both private and public organizations, with LEED Gold certification being set as the goal for a majority of the organizations


INTERNATIONAL

LEED is the most popular and widely used green building rating system globally. There are currently more than 72,500 LEED building projects located in over 150 countries and territories (as of August 2015).
As of August 2015, approximately 43 percent of all square footage pursuing LEED certification existed outside the U.S.
Project expectations in four countries in 2015:

  • Brazil - 83 percent of firms planning new green commercial projects
  • Singapore - 69 percent of firms planning green renovation projects
  • United Arab Emirates - 73 percent of firms planning green institutional projects
  • United Kingdom - 65 percent of firms planning green renovation projects

ENERGY

By sector:

  • Buildings: 41 percent
  • Industrial: 30 percent
  • Transportation: 29 percent

Buildings are one of the heaviest consumers of natural resources and account for a significant portion of the greenhouse gas emissions that affect climate change. In the U.S., buildings account for:

  • 38 percent of all CO2 emissions
  • 73 percent of electricity consumption
  • Green buildings consume less energy. Compared to the average commercial building, the LEED Gold buildings in the General Services Administration’s portfolio generally:
  • Consume 25 percent less energy and 11 percent less water
  • Have 19 percent lower maintenance costs
  • 27 percent higher occupant satisfaction
  • 34 percent lower greenhouse gas emissions

LEED buildings avoided 0.35 percent of total U.S. CO2 emissions in 2011. The percentage of CO2 avoidance attributed to LEED buildings is estimated to be 4.92 percent in 2030.


WATER

Buildings use 13.6 percent of all potable water, or 15 trillion gallons per year.
The industry expects that water-efficiency efforts will:

  • Decrease energy use by 10-11 percent
  • Save 11-12 percent of operating costs
  • Reduce water use by 15 percent

Retrofitting 1 out of 100 American homes with water-efficient fixtures could avoid approximately 80,000 tons of greenhouse gas emissions, the equivalent of removing 15,000 cars from the road for one year

MATERIALS

Buildings use 40 percent of raw materials globally (3 billion tons annually).
The EPA estimates that 170 Million tons of building-related construction and demolition (C&D) debris was generated in the U.S. in 2003, with 61 percent coming from non-residential and 39 percent from residential sources. They also estimate that 250 million tons of municipal solid waste was generated in the U.S. in a single year.
Green buildings consume less energy and fewer resources:

  • LEED projects are responsible for diverting over 80 million tons of waste from landfills, which is expected to grow to 540 million tons of waste diversion by 2030.


EXISTING BUILDING MARKET

Approximately 61 percent of all construction projects are retrofit projects 20.
Current market trends suggest that building owners and managers will invest an estimated $960 billion between now and 2023 on greening their existing built infrastructure. It is possible that these estimates could be surpassed in the event of unexpected gains in the US or global economy, if an international climate change agreement is reached or if more positive local policy developments encourage the green building market to grow in new and currently unexpected ways.
This year, the green share of the largest non-residential retrofit and renovation activity will more than triple, growing to 25-33 percent of the activity by value..
Firms that completed green building retrofit projects report:

  • Decrease in operating costs: over one year, 9 percent; over five years,13 percent
  • Expected increase in asset valuation according to building owners: 4 percent
  • Number of years until payback is expected: 7

88 percent of Building Information Modelling (BIM) users surveyed who are not currently using Green BIM expects that within two years their firms will use BIM on a green retrofit project
One billion square feet of buildings are demolished and replaced with new construction each year.
In February 2015, the Energy Information Agency (EIA) reported that energy consumption by the U.S. Federal Government had reached its lowest level since at least 1975. Lowering energy usage of its buildings (30 percent reduction in total energy use, 65 percent reduction in fossil fuel use) was a key component of reaching this historic accomplishment, and due to the United State’s Federal Government’s status as the world’s number one user of LEED, it is safe to say that LEED buildings played an integral role in helping the federal government to reach this goal.

BUILDING PERFORMANCE

A review of data from 195 LEED projects found:

  • The buildings are in the top 11th percentile in the U.S. in terms of energy usage
  • Have an average ENERGY STAR score of 89 points (out of 100)
  • Have a 57 percent lower Source Energy Use Intensity than the national average (as reported through EPA Portfolio Manager)

The majority of the buildings were office or retail, avg. 254,000 sf, certified under the LEED for Existing Buildings: Operations & Maintenance rating system

An analysis of LEED projects in the San Francisco Bay area found:

  • More than half achieved LEED Gold (52 percent of the projects)
  • Projects certified under LEED for New Construction exceed ASHRAE standard 90.1 (1999, 2004, or 2007) by 25 percent
  • Projects certified under the LEED for Existing Buildings: Operations & Maintenance have ENERGY STAR score of 88 points (out of 100).

An analysis of 7,100 projects certified under LEED for New Construction found27:

  • 92.2 percent are improving energy performance by 10.5 percent
  • 89 percent are improving energy performance by 14 percent


Industry Sectors with the Highest Penetration of Green Building

  • Education
  • Health care
  • Commercial/Office


What’s Driving Green Building?
These factors are driving dramatic green building market growth:

  • Strong market demand
  • High cost savings for business and tax payers
  • Public health gains from green buildings
  • Steady gains in the percentage of large, non-residential commercial or institutional projects that are green
  • Federal, state and municipal mandates and policies
  • Increased property values
  • Low rental vacancy rates for LEED-certified buildings

Eminent Vidhana Soudha


It was Winston Churchill who once quipped that men made the buildings but that the buildings subsequently made men. The magnificent and gigantic granite, the seat of Karnataka Legislature and the government stands as testimony to this observation. What was once a virtual wilderness surrounding the Old Residency Building (Now called the Raj Bhavan), has been transformed into a marvellous Architectural pieces in the country.


Sri K. Hanumanthaiya, who was Chief Minister of the then Mysore from 1951 to 1956, will be long remembered in the annals of the History of the State for his administration and achievements built this imposing edifice. The sprawling building and its surroundings occupy 60 acres. Sri Hanumanthaiya wanted "Vidhana Soudha" to symbolise the legislative sovereignty of the people like the capital in Washington or The House of Commons in London. The then Prime Minister Sri Pandit Jawaharalal Nehru laid the foundation on 13th July 1951. It was completed in the year 1956 as a result of relentless work of thousands workers with an expenditure of Rs 1.84 crores.


The building is rectangular in shape measuring 700 feet north-south and 350 feet east-west, with two inner open quadrangles on either side of the central wing measuring about 230 feet by 230 feet each. The northern wings with a ground and three upper floors is 63 feet 6 inches high, while the southern wing with a cellar floor, a ground floor, and three upper floors is 73 feet 6 inches high from the ground level. The Central Wing with a Banquet Hall on the ground floor and the Legislative Assembly Chamber above is 112 feet high. It is therefore one of the largest of the Legislative buildings and impresses many visitors as larger as and more beautiful than similar buildings in Australia, the United States and even Canada.


Marvel of neo-Dravidian architecture and one of the most imposing buildings not only in Bangalore but in India. One of the interesting features of this building in grand stairs is in its front. The grand stairs has a flight of forty-five steps 204 feet wide 70 feet deep giving a direct access to the foyer of first floor leading to an Assembly Chamber. The architecture of the building is based on Dravidian style, comprising richly carved bases and capitals for pillars, deep friezes, kapotha cornices, chaithya arches, heavy pediments domical finials, etc; At the same time, the construction has been on modern designs, making use of the present-day materials like steel, reinforced cement concrete glass, plastic, etc.


The general appearance of the Vidhana Soudha with its skillful blending of ancient and modern 'architectural styles, is both massive and striking. The twelve forty-foot columns in front of the Assembly Hall provided an imposing background for the Central dome and six smaller ones. The Central dome, supported by eight pillars is sixty feet in diameter and provides the roof over the State Banquet Hall.



Building 3D Visualization Company


What 3D Power has scrutinized is that the objective of the Intelligent Buildings Management Systems (IBMS) is to centralize the monitoring, control operations, efficient management of facilities within the building. These systems helps to achieve more efficient building operations at reduced energy and labor costs while providing a safe and quality working environment to the occupants. The IBMS products are designed to facilitate ease of access, reduce man power and control the all the appliances in a single or multiple rooms.



The market is expected to grow during the forecast period due to the increasing demand from hospitality industry and growing green building infrastructure. In addition, augmented growth in automation market is further influencing the growth of IBMS market in India. Economic growth of India and growing disposable income among the citizens is also boosting the IBMS market in the country. Furthermore, the need for occupant comfort, reduction of operating cost, and need for energy efficiency is raising the demand of IBMS in various application sectors in India.




The growth of IBMS market is observing hindrance due to lack of availability of skilled workforce. The Intelligent building management systems are usually complex and require skilled personals to operate. The cost of training operators to handle complex equipment such as HVAC control, outdoor controls, security and access control, energy management systems and smart meters is quite high. Owing to which, small scale companies cannot afford to invest large capital to train their operators. This factor is likely to affect the growth of the IBMS market in the country.


The IBMS market is expected to generate a lot of opportunities for the manufacturers with the growing awareness of technologically advanced products among the people. Clustering of modern satellite towns around existing cities in India is also acting as a lucrative opportunity for the IBMS vendors. Furthermore, Indian government plans to build hundred new smart cities and have allocated aboutUSD 1 billion in the budget of 2015-16 for the same. Government is also planning infrastructure development in another five hundred cities in the country. These major infrastructure projects are expected to further boost the market of IBMS market substantially.



The India IBMS market report has been analyzed in terms of revenue (USD Million). The forecast period of the analysis is from 2015 to 2021. Furthermore, the report includes the key factors that are pushing and pulling the market in terms of the drivers and restraints. In addition, the future opportunities that can affect the market have also been discussed.


The region segmentation for the IBMS market has been done by South India, West India, North India, East India and these have been estimated in terms of revenue (USD Million). In addition, the report segments the market based on the product, which include general lighting controls, communication systems, security controls, HVAC controls, access controls, outdoor controls entertainment controls and others. The India IBMS market is segmented by application into: hospitality, residential and retail, life science, office space, manufacturing, and energy and infrastructure. All these segments have also been estimated on the basis of geography in terms of revenue (USD Million).



In order to understand the intelligent building management systems market better, a key trend analysis section has also been provided which discusses the growth in various segments. In addition, the key players profiled in the report have further been analyzed in terms of the global market share held by them.



In the end, the report also covers the profiles of the leading vendors on the basis of their company overview, key developments, financial statements and business strategies adopted by the players in the India IBMS market. The major players profiled in the report include: Siemens Building Technology Pvt. Ltd, Honeywell Automation India Ltd Johnson Controls (India) Pvt. Ltd. Control4 Corporation, Crestron Electronics India Private Limited, ADT Corporation India and Legrand Pvt. Ltd. among others.

‘Gandhi Smarak Sangrahalaya’ - A Reformation of Contemporary Architecture


Charles Correa started blending of the old architecture with the modern one. He designed the new building of museum in 1964 of ‘Gandhi Smarak Sangrahalaya’, keeping in mind Gandhiji’s residence ‘Hridaykunj’ and other buildings. After the death of Louis Kahn, the new building in IIM campus like Ravi Mathai Centre etc have been designed by Anant Raje by blending the new style and the old one. He has also designed the beautiful building of MICA.
Among the contemporary architectures, our attention is drawn to Balkrishna Doshi’s office studio (1981) and Mahatma Gandhi Labour Institute designed by him. Its semicircular ceiling and elevation look impressive at the first sight. Mandela Architects has designed the building of Centre for Environment Education (CEE-1988) conducive to environment, preserving the trees intact. Recently, extension of IIM building is designed by Bimal Patel.


Amdavad-ni-Gufa (1992) is a creation of well known painter M.F. Hussain and architect Padmashri Balkrishna Doshi collaboratively. It is an underground ferrocement structure with optimally structured roof shells in china mosaic protruding over ground.
A 200 feet high sky scrapper, revolving Patang Hotel is a phenomenal and milestone building of Ahmedabad. It is a pride of Ashram Road. Its architect Hasmukh Patel has designed other remarkable buildings like Reserve Bank at the end of Gandhi Bridge, St.Xaviers’ Loyola High School, Dena Bank on Ashram Road and High Court on S.G. Highway.
The architectural structure of Entrepreneurship Development Institute (EDI-1992) designed by Bimal Patel fetched Agakhan Award. Bimal Patel is actively engaged in the Riverfront Development Project.


The structures of Tagore Hall and Premabhai Hall draw our attention for their unique architectural design. The wall column outside the building appears unique. The institutional architecture of Prathama Blood Centre and Ahmedabad Management Association (AMA-1991) is modern. Prathama Blood Centre is designed by architech Gurjit Singh.Gujarat Univercity Convention Centre is the recently developed latest architecture of the city.
The architecture of Torrent Research Centre (TRC) is wonderful as it gives feeling of winter in summer. Its special system is developed for cooling by architects-Nimesh Patel and Parul Zaveri. Again, Nirma University Campus is very different in architecture, designed by Bakul Amin.


The newly constructed pavilions of Science City are unique and they have novel design by architect Rajeev Kathapalia. The I-max 3-D theatre is the first of its kind in India. It gives an appearance of a step well. There are steps leading to basement, and there is a large screen to project films.
The symbolic figures carved on Vinod Kinariwala’s memorial are remarkable. The memorial erected to commemorate Maha Gujarat movement- Shahid Smarak is a fine piece of architecture. Morarji Desai’s Samadhi ‘Abhayghat’ reminds visitors of Rajghat at Delhi.

Most Popular Corporate Building Design

AOL Head Quarters Mesmerises Palo Alto California


It’s no secret that AOL isn’t the company that is used to be, but they’re trying to make big changes with the purchase of websites such as Techcrunch and Huffington Post, and they’ve recently had a massive overhaul of their headquarters to suit.

They’ve gotten rid of the bland corporate facade and taken a leaf out of Google’s books and tried to make their office more fun and inspiring, with fresh new designs.

This office is everything you’ll come to expect from enormous internet companies with large kitchens, splashes of color, countless relaxation areas, pool tables, games rooms, and of course, the all important work spaces.