This house was designed for a couple and their son. One of the design program requirements was to have two master suites on the main level. They enjoy cooking and entertaining so the public and food prep. areas are functional, attractive and conducive to people gathering around. Consequently, the square footage of the main level is large. The house is also on a very steep slope which didn't help with the required footprint. In order to minimize the related costs of building with this site condition, the footprint of the house is long and not deep as it reaches down the slope. The scale of the existing homes in the neighborhood are unimposing. In order to play down the size as viewed from the street, the facade is broken up into several different masses with low sloping roofs. Once you're inside, the house opens up with 14 foot ceilings in the entry and living areas. The ceiling height of other spaces on the main level are 10 feet. Universal design was implemented on the main level to provide inherent accessibility for everyone. The lower level accommodates several guest rooms and baths, an exercise room, a guest den with wet bar and a man cave. Another design program requirement was to make the house as maintenance-free as possible. Exterior materials include stucco, Pennsylvania Blue Stone and a new aluminum siding product called Longboard. The siding comes in many wood grain finishes and to everyone that has seen it, they think it's real wood. It's also made from heavy gauge aluminum so it doesn't ding like traditional aluminum siding. The roofs are metal standing seam. The house is energy efficient. It's fully insulated with spray foam insulation-lots of it. The exterior walls were designed with 2x6 studs and roof rafters are 2x12 to provide plenty of space for the insulation, exceeding the required R-values. Windows and doors of course are energy efficient as well. All lighting is LED. The decking around the exterior is locust, a very hard native wood which is naturally insect and rot resistant. The best part of the whole project are the owners who love their new home. They initially had plans to live in this house during the summer months and Florida during the winter. They are now seriously considering living here full-time.

Challenge As part-time residents of this Bonita Springs home, our clients were looking to update their outdoor entertainment area. They also planned to be away for the summer during the remodel and needed their renovation project to be finished prior to their return for the winter. Their needs included: Changing the color pallet to a monochromatic scheme, removing the yellow brick pavers, adding an outdoor kitchen area, adding an outdoor fireplace, resurfacing the pool and updating the tile, installing a new screen enclosure, and creating privacy from the neighbors, particularly the main sitting areas, pool and outdoor kitchen. Although there was already a 1,221 sq. ft. lanai under the roof, it lacked functionality needed by the homeowners. Most of its amenities were located at one end of the lanai, and lacked privacy that the homeowners valued. Solution The final project design required two additions to the lanai area adding an accumulative 265 sq. ft. to the existing space expanding their sitting area and accommodating a much-needed outdoor kitchen. The new additions also needed to blend with the home’s existing style. Addition #1—Sitting Area: The first addition added approximately 145 sq. ft. to the end of the lanai. This allowed Progressive Design Build to tie into the existing gable room for the new space and create privacy from the neighbors. Addition #2—Outdoor Kitchen: The second addition was a bump out that added approximately 120 sq. ft. to the end of the house close to the interior kitchen. This allowed the client to add an outdoor over and 52” Viking grill (with a side burner) to their outdoor living space. Other amenities included a new sink and under counter fridge, granite countertops, tumbled stone stile and Cypress cabinetry, custom-fabricated with marine grade plywood boxes and marine grade finishes to withstand moisture, common in the Bonita Bay community. Special attention was given to the preparation area on either side of the stove, the landing area next to the oven and the serving counter behind the bar. Bar seating was added to the outdoor kitchen, allowing guests to visit with the cook comfortably and easily. Brick Pavers During the design phase, we discovered that the original brick pavers were set in sand, with no concrete pad below. Consequently, the retaining wall and several pavers were starting to fail, caused by the shifting sands. To remedy the problem, we installed a new concrete deck and laid new nonslip pavers on top of the deck—ideal for wet area applications. Pool Renovations To dramatically improve the enjoyment and ambiance of their pool, Progressive Design Build completely re-plumbed it, putting in additional lighting and new water features. New decorative pool tile, coping, and a paver deck were also installed around the pool. The pool finish chosen by our clients was a nice tropical blue color. Screen Enclosure A new screen enclosure was installed in compliance with new local building codes, making it more stable and solid than the existing one. The color change from white to bronze coordinated well with the homeowners’ new color scheme; and the location of the service door and stairs provided convenient access to the new pool equipment. Results This project was completed on time and within budget before these homeowners returned for their winter holiday. They were thrilled with the weekly communication, which included two-way phone calls and email photo sharing. They always knew where their project was in the construction process and what was happening at all times—providing security and peace of mind.

This house was designed for a couple and their son. One of the design program requirements was to have two master suites on the main level. They enjoy cooking and entertaining so the public and food prep. areas are functional, attractive and conducive to people gathering around. Consequently, the square footage of the main level is large. The house is also on a very steep slope which didn't help with the required footprint. In order to minimize the related costs of building with this site condition, the footprint of the house is long and not deep as it reaches down the slope. The scale of the existing homes in the neighborhood are unimposing. In order to play down the size as viewed from the street, the facade is broken up into several different masses with low sloping roofs. Once you're inside, the house opens up with 14 foot ceilings in the entry and living areas. The ceiling height of other spaces on the main level are 10 feet. Universal design was implemented on the main level to provide inherent accessibility for everyone. The lower level accommodates several guest rooms and baths, an exercise room, a guest den with wet bar and a man cave. Another design program requirement was to make the house as maintenance-free as possible. Exterior materials include stucco, Pennsylvania Blue Stone and a new aluminum siding product called Longboard. The siding comes in many wood grain finishes and to everyone that has seen it, they think it's real wood. It's also made from heavy gauge aluminum so it doesn't ding like traditional aluminum siding. The roofs are metal standing seam. The house is energy efficient. It's fully insulated with spray foam insulation-lots of it. The exterior walls were designed with 2x6 studs and roof rafters are 2x12 to provide plenty of space for the insulation, exceeding the required R-values. Windows and doors of course are energy efficient as well. All lighting is LED. The decking around the exterior is locust, a very hard native wood which is naturally insect and rot resistant. The best part of the whole project are the owners who love their new home. They initially had plans to live in this house during the summer months and Florida during the winter. They are now seriously considering living here full-time.

This house was designed for a couple and their son. One of the design program requirements was to have two master suites on the main level. They enjoy cooking and entertaining so the public and food prep. areas are functional, attractive and conducive to people gathering around. Consequently, the square footage of the main level is large. The house is also on a very steep slope which didn't help with the required footprint. In order to minimize the related costs of building with this site condition, the footprint of the house is long and not deep as it reaches down the slope. The scale of the existing homes in the neighborhood are unimposing. In order to play down the size as viewed from the street, the facade is broken up into several different masses with low sloping roofs. Once you're inside, the house opens up with 14 foot ceilings in the entry and living areas. The ceiling height of other spaces on the main level are 10 feet. Universal design was implemented on the main level to provide inherent accessibility for everyone. The lower level accommodates several guest rooms and baths, an exercise room, a guest den with wet bar and a man cave. Another design program requirement was to make the house as maintenance-free as possible. Exterior materials include stucco, Pennsylvania Blue Stone and a new aluminum siding product called Longboard. The siding comes in many wood grain finishes and to everyone that has seen it, they think it's real wood. It's also made from heavy gauge aluminum so it doesn't ding like traditional aluminum siding. The roofs are metal standing seam. The house is energy efficient. It's fully insulated with spray foam insulation-lots of it. The exterior walls were designed with 2x6 studs and roof rafters are 2x12 to provide plenty of space for the insulation, exceeding the required R-values. Windows and doors of course are energy efficient as well. All lighting is LED. The decking around the exterior is locust, a very hard native wood which is naturally insect and rot resistant. The best part of the whole project are the owners who love their new home. They initially had plans to live in this house during the summer months and Florida during the winter. They are now seriously considering living here full-time.

Inspiration for a modern home design remodel in San Diego

This house was designed for a couple and their son. One of the design program requirements was to have two master suites on the main level. They enjoy cooking and entertaining so the public and food prep. areas are functional, attractive and conducive to people gathering around. Consequently, the square footage of the main level is large. The house is also on a very steep slope which didn't help with the required footprint. In order to minimize the related costs of building with this site condition, the footprint of the house is long and not deep as it reaches down the slope. The scale of the existing homes in the neighborhood are unimposing. In order to play down the size as viewed from the street, the facade is broken up into several different masses with low sloping roofs. Once you're inside, the house opens up with 14 foot ceilings in the entry and living areas. The ceiling height of other spaces on the main level are 10 feet. Universal design was implemented on the main level to provide inherent accessibility for everyone. The lower level accommodates several guest rooms and baths, an exercise room, a guest den with wet bar and a man cave. Another design program requirement was to make the house as maintenance-free as possible. Exterior materials include stucco, Pennsylvania Blue Stone and a new aluminum siding product called Longboard. The siding comes in many wood grain finishes and to everyone that has seen it, they think it's real wood. It's also made from heavy gauge aluminum so it doesn't ding like traditional aluminum siding. The roofs are metal standing seam. The house is energy efficient. It's fully insulated with spray foam insulation-lots of it. The exterior walls were designed with 2x6 studs and roof rafters are 2x12 to provide plenty of space for the insulation, exceeding the required R-values. Windows and doors of course are energy efficient as well. All lighting is LED. The decking around the exterior is locust, a very hard native wood which is naturally insect and rot resistant. The best part of the whole project are the owners who love their new home. They initially had plans to live in this house during the summer months and Florida during the winter. They are now seriously considering living here full-time.

As a manager of a building or property, you quickly learn the art of mediation. One minute you may be working with a vendor to keep the building’s operating system running efficient and smooth; the next moment you may be calming a tenant down after finding the change in the system disrupted his office’s workflow. Give and take; it’s the only way to make sure every day runs perfectly. Overall, you have two goals to strive for in everything you do. 1. Keep the building running properly, upgrading systems as appropriate, and striving to do all you can on a pre-established budget. 2. Keep the building occupants happy, with as little disruption as possible. While some changes are minor, barely registering on a building occupant’s mind, with HVAC challenges, that’s rarely the case. If a HVAC contractor is replacing an air handler, for instance, and disconnects one and moves to the next unit, it may cause major disruptions to sensitive areas of a building. And if the occupant wasn’t prepared for the disruption, you can have a mighty unhappy customer on your hand. Anytime you are working on HVAC projects throughout your building, there are strategies you can put into place to keep things running smooth. Communicate with occupants Communication is key to any good relationship, and as a property manager, this rule is a great place to start. If you will be working with the HVAC equipment, block out the timeframe for work to be done, and understand the potential consequences of the process. Then communicate this process with every point of contact you have throughout the building. The more detail you can provide, the less surprises you’ll have throughout the process. You can also work with your building’s occupants before the process begins, finding out if there are better timeframes than others. Establish a realistic schedule As a property manager, its easy to provide your expectations for the HVAC project at hand, and request that the proposal be written in such a way that work is completed on your timeframe. Unfortunately, many contractors want your business and will agree to anything upfront in order to win the bid, knowing full well the work will take longer than specified. Instead of projecting your timeframes into the proposal process, ask for HVAC project bids to establish realistic schedules of how long the process will take, and what areas of your property will be most effected throughout the schedule. This will help you avoid crises between you and the contractor, and you and your tenants. Plan for the whole system If one small piece of your HVAC system is weak, its easy to fix that one small piece. But how will that impact your overall system? Will it cause weak spots in different parts of the building – maybe a corner office will have reduced air flow, and therefore be colder in the winter and warmer in the summer? When retrofitting new pieces with older existing systems, its easy to reduce the efficiency of your entire system. Before agreeing to certain repairs, make sure you understand how it will impact your entire system overall. An easy way of handling this problem is by working with the same HVAC contractor again and again, He will understand your system’s potential, and know when to make repairs, and when to replace. Have points of contact available for immediate assistance In many cases, problems arise because connections can’t be made. Can the HVAC contractor get a hold or you or another person that can make decisions at a moments notice if a problem arises? Do you have access to decision makers throughout the building that may be impacted by this change? Many projects have been put on hold simply because a person in authority can’t be found to give the go-ahead to move forward. If you have access to these people during the time of the project, you’ll be able to complete the project in record time. Test Finally, if you can test things in stages, or test when the potential for problems is the smallest, you reduce the chances of bigger emergency issues falling into your lap. If you’ll be installing a new terminal unit, can you make the switch on a Saturday morning when the building is largely unoccupied? If you’re replacing a large system, can you replace and test in phases so the entire project isn’t released at once? Most issues can be avoided with just a little strategy from the beginning. If you’ve never had a HVAC maintenance team to help you stay on track with your building’s heating and cooling, now may be the time to find out how easy a team approach makes the process.

Challenge As part-time residents of this Bonita Springs home, our clients were looking to update their outdoor entertainment area. They also planned to be away for the summer during the remodel and needed their renovation project to be finished prior to their return for the winter. Their needs included: Changing the color pallet to a monochromatic scheme, removing the yellow brick pavers, adding an outdoor kitchen area, adding an outdoor fireplace, resurfacing the pool and updating the tile, installing a new screen enclosure, and creating privacy from the neighbors, particularly the main sitting areas, pool and outdoor kitchen. Although there was already a 1,221 sq. ft. lanai under the roof, it lacked functionality needed by the homeowners. Most of its amenities were located at one end of the lanai, and lacked privacy that the homeowners valued. Solution The final project design required two additions to the lanai area adding an accumulative 265 sq. ft. to the existing space expanding their sitting area and accommodating a much-needed outdoor kitchen. The new additions also needed to blend with the home’s existing style. Addition #1—Sitting Area: The first addition added approximately 145 sq. ft. to the end of the lanai. This allowed Progressive Design Build to tie into the existing gable room for the new space and create privacy from the neighbors. Addition #2—Outdoor Kitchen: The second addition was a bump out that added approximately 120 sq. ft. to the end of the house close to the interior kitchen. This allowed the client to add an outdoor over and 52” Viking grill (with a side burner) to their outdoor living space. Other amenities included a new sink and under counter fridge, granite countertops, tumbled stone stile and Cypress cabinetry, custom-fabricated with marine grade plywood boxes and marine grade finishes to withstand moisture, common in the Bonita Bay community. Special attention was given to the preparation area on either side of the stove, the landing area next to the oven and the serving counter behind the bar. Bar seating was added to the outdoor kitchen, allowing guests to visit with the cook comfortably and easily. Brick Pavers During the design phase, we discovered that the original brick pavers were set in sand, with no concrete pad below. Consequently, the retaining wall and several pavers were starting to fail, caused by the shifting sands. To remedy the problem, we installed a new concrete deck and laid new nonslip pavers on top of the deck—ideal for wet area applications. Pool Renovations To dramatically improve the enjoyment and ambiance of their pool, Progressive Design Build completely re-plumbed it, putting in additional lighting and new water features. New decorative pool tile, coping, and a paver deck were also installed around the pool. The pool finish chosen by our clients was a nice tropical blue color. Screen Enclosure A new screen enclosure was installed in compliance with new local building codes, making it more stable and solid than the existing one. The color change from white to bronze coordinated well with the homeowners’ new color scheme; and the location of the service door and stairs provided convenient access to the new pool equipment. Results This project was completed on time and within budget before these homeowners returned for their winter holiday. They were thrilled with the weekly communication, which included two-way phone calls and email photo sharing. They always knew where their project was in the construction process and what was happening at all times—providing security and peace of mind.

This house was designed for a couple and their son. One of the design program requirements was to have two master suites on the main level. They enjoy cooking and entertaining so the public and food prep. areas are functional, attractive and conducive to people gathering around. Consequently, the square footage of the main level is large. The house is also on a very steep slope which didn't help with the required footprint. In order to minimize the related costs of building with this site condition, the footprint of the house is long and not deep as it reaches down the slope. The scale of the existing homes in the neighborhood are unimposing. In order to play down the size as viewed from the street, the facade is broken up into several different masses with low sloping roofs. Once you're inside, the house opens up with 14 foot ceilings in the entry and living areas. The ceiling height of other spaces on the main level are 10 feet. Universal design was implemented on the main level to provide inherent accessibility for everyone. The lower level accommodates several guest rooms and baths, an exercise room, a guest den with wet bar and a man cave. Another design program requirement was to make the house as maintenance-free as possible. Exterior materials include stucco, Pennsylvania Blue Stone and a new aluminum siding product called Longboard. The siding comes in many wood grain finishes and to everyone that has seen it, they think it's real wood. It's also made from heavy gauge aluminum so it doesn't ding like traditional aluminum siding. The roofs are metal standing seam. The house is energy efficient. It's fully insulated with spray foam insulation-lots of it. The exterior walls were designed with 2x6 studs and roof rafters are 2x12 to provide plenty of space for the insulation, exceeding the required R-values. Windows and doors of course are energy efficient as well. All lighting is LED. The decking around the exterior is locust, a very hard native wood which is naturally insect and rot resistant. The best part of the whole project are the owners who love their new home. They initially had plans to live in this house during the summer months and Florida during the winter. They are now seriously considering living here full-time.

This house was designed for a couple and their son. One of the design program requirements was to have two master suites on the main level. They enjoy cooking and entertaining so the public and food prep. areas are functional, attractive and conducive to people gathering around. Consequently, the square footage of the main level is large. The house is also on a very steep slope which didn't help with the required footprint. In order to minimize the related costs of building with this site condition, the footprint of the house is long and not deep as it reaches down the slope. The scale of the existing homes in the neighborhood are unimposing. In order to play down the size as viewed from the street, the facade is broken up into several different masses with low sloping roofs. Once you're inside, the house opens up with 14 foot ceilings in the entry and living areas. The ceiling height of other spaces on the main level are 10 feet. Universal design was implemented on the main level to provide inherent accessibility for everyone. The lower level accommodates several guest rooms and baths, an exercise room, a guest den with wet bar and a man cave. Another design program requirement was to make the house as maintenance-free as possible. Exterior materials include stucco, Pennsylvania Blue Stone and a new aluminum siding product called Longboard. The siding comes in many wood grain finishes and to everyone that has seen it, they think it's real wood. It's also made from heavy gauge aluminum so it doesn't ding like traditional aluminum siding. The roofs are metal standing seam. The house is energy efficient. It's fully insulated with spray foam insulation-lots of it. The exterior walls were designed with 2x6 studs and roof rafters are 2x12 to provide plenty of space for the insulation, exceeding the required R-values. Windows and doors of course are energy efficient as well. All lighting is LED. The decking around the exterior is locust, a very hard native wood which is naturally insect and rot resistant. The best part of the whole project are the owners who love their new home. They initially had plans to live in this house during the summer months and Florida during the winter. They are now seriously considering living here full-time.

This house was designed for a couple and their son. One of the design program requirements was to have two master suites on the main level. They enjoy cooking and entertaining so the public and food prep. areas are functional, attractive and conducive to people gathering around. Consequently, the square footage of the main level is large. The house is also on a very steep slope which didn't help with the required footprint. In order to minimize the related costs of building with this site condition, the footprint of the house is long and not deep as it reaches down the slope. The scale of the existing homes in the neighborhood are unimposing. In order to play down the size as viewed from the street, the facade is broken up into several different masses with low sloping roofs. Once you're inside, the house opens up with 14 foot ceilings in the entry and living areas. The ceiling height of other spaces on the main level are 10 feet. Universal design was implemented on the main level to provide inherent accessibility for everyone. The lower level accommodates several guest rooms and baths, an exercise room, a guest den with wet bar and a man cave. Another design program requirement was to make the house as maintenance-free as possible. Exterior materials include stucco, Pennsylvania Blue Stone and a new aluminum siding product called Longboard. The siding comes in many wood grain finishes and to everyone that has seen it, they think it's real wood. It's also made from heavy gauge aluminum so it doesn't ding like traditional aluminum siding. The roofs are metal standing seam. The house is energy efficient. It's fully insulated with spray foam insulation-lots of it. The exterior walls were designed with 2x6 studs and roof rafters are 2x12 to provide plenty of space for the insulation, exceeding the required R-values. Windows and doors of course are energy efficient as well. All lighting is LED. The decking around the exterior is locust, a very hard native wood which is naturally insect and rot resistant. The best part of the whole project are the owners who love their new home. They initially had plans to live in this house during the summer months and Florida during the winter. They are now seriously considering living here full-time.

This house was designed for a couple and their son. One of the design program requirements was to have two master suites on the main level. They enjoy cooking and entertaining so the public and food prep. areas are functional, attractive and conducive to people gathering around. Consequently, the square footage of the main level is large. The house is also on a very steep slope which didn't help with the required footprint. In order to minimize the related costs of building with this site condition, the footprint of the house is long and not deep as it reaches down the slope. The scale of the existing homes in the neighborhood are unimposing. In order to play down the size as viewed from the street, the facade is broken up into several different masses with low sloping roofs. Once you're inside, the house opens up with 14 foot ceilings in the entry and living areas. The ceiling height of other spaces on the main level are 10 feet. Universal design was implemented on the main level to provide inherent accessibility for everyone. The lower level accommodates several guest rooms and baths, an exercise room, a guest den with wet bar and a man cave. Another design program requirement was to make the house as maintenance-free as possible. Exterior materials include stucco, Pennsylvania Blue Stone and a new aluminum siding product called Longboard. The siding comes in many wood grain finishes and to everyone that has seen it, they think it's real wood. It's also made from heavy gauge aluminum so it doesn't ding like traditional aluminum siding. The roofs are metal standing seam. The house is energy efficient. It's fully insulated with spray foam insulation-lots of it. The exterior walls were designed with 2x6 studs and roof rafters are 2x12 to provide plenty of space for the insulation, exceeding the required R-values. Windows and doors of course are energy efficient as well. All lighting is LED. The decking around the exterior is locust, a very hard native wood which is naturally insect and rot resistant. The best part of the whole project are the owners who love their new home. They initially had plans to live in this house during the summer months and Florida during the winter. They are now seriously considering living here full-time.

German Embassy in Pristina - Kosovo, contracted the architecture office “Ferizi + Ferizi Architects” to plan and implement an Annex Office building for their purposes. As detached part of this building is designed the waiting area, as alone standing structure. This Office Building is constructed by assembling of Eight used office containers that were delivered on trucks and set up after only a few hours on the basis of the LEGO principle, according to the planning on strip foundations. By removing the flexible exterior wall panels, a large room of 115 m² was created, with the counter wall as a room partition between two office spaces, each with seven workstations as well as three counters for agents on one side and a room for visitors on the other side. With this system, room solutions can be easily implemented in all dimensions. The container, seen as a geometric shape, is a simple, octagonal, solid box. The standardized perfection of its dimensions is striking: 2.44 meters wide, 2.59 meters high and 6.06 meters or 12.19 meters long. Since its introduction in 1956 by the American transport entrepreneur Malcom McLean, the container has become a standardized transport module worldwide, whether on ships, trucks or construction sites. The shipping containers have additionally revolutionized the transport industry, pushed the globalization noticeably, and thus directly or indirectly influenced all our lives. But after only a few years, when the first overseas containers wore out, many engineers recognized the positive properties of used shipping containers for building houses, especially since they are robust, flexible, multifunctional and second-hand relatively inexpensive to purchase. The time has long passed by to treat containers exclusively as transport objects. As a "measure of all things", containers can hardly be ignored in construction. Their use is no longer limited to temporary use since school containers, information containers, office containers or entire residential buildings are now part of our everyday life in the construction industry. However, current examples of the container architecture prove that even the most demanding solutions for container building are feasible. For their specific aesthetic and spatial qualities, containers also serve as design parameters for the development of new forms of architecture and urbanity. The office building as an extension of the visa section, characterized by modern materials and contemporary aesthetics has been designed and built mainly as a low-energy building. Extensive insulation to achieve a comfortable and sustainable constant temperature in the interior, high window quality and low energy consumption make the building energy-efficient. The sophisticated lighting technology, networks, heating systems and air-conditioning systems are also components of this equipment. It creates an overall harmonic picture and guarantees the highest standard in sustainable construction, taking into consideration the fact that environmentally friendly recycling and reutilization have become an increasingly important issue in our society. West and East side of the wooden facade is compact and has few openings, while the southern facade is completely open with lot of glass. Its spatial openness ensures a transparent, friendly work environment, which allows a lot of light into the space. This openness allows an uninterrupted, pleasant and close-to-nature view from interior spaces into the beautiful garden. During the installation of sophisticated light sources in the garden, emphasis was not only put on functionality and security, but also on the beauty of the garden shown through the illumination in the evening. Large, horizontal white “brisole” serve as external sun protection systems, mounted on the canopies of the entrance areas of the modular construction and the enclosure, adeptly cast shade on these areas and at the same time shape the entire architectural language. While on one hand, the two quadratic ledges suspended in the air, are docked with steel stairs and match the wooden façade, lead the staff to their office space, the artful modern interior, on the other hand, perfectly unites the functionality, innovative technology, culture and positive effects on the employees' efficiency and wellbeing. A lot of white, interjected by warm wooden and colored accents, determines the ambience. In the case of the lighting solution, the mainly linear ceiling lighting is used as the overlapping design element both for the offices of the visa section as well as for the counters and the waiting area for the visitors. They underline the puristic design in order to create a pleasant light for a desired general illumination and ensure optimal light conditions without causing disturbing reflections on the computer screens. In addition, precisely positioned pendant luminaires are installed at the workstations, which ensure pleasant room brightness. In the entrance area, the harmonic and uniform lighting effect from the ground highlights the integration of photography and architecture. Photographs of landscapes, people, places, expressing unforgettable, impressive moments and memories have been lovingly engraved on 8 x 8cm square oak blocks. The idea of an effective, impressive environment that stimulates and inspires the work was the premiss on which the whole design concept was based. Consequently, the modular construction was no longer viewed through its history of utilization and scars, but rather as a structure of work ambiance, art and elegance. FERIZI + FERIZI Architects Photo: Arben Llapashtica

Sharifi-ha House Uncertainty and flexibility lie at the heart of the design concept in Sharifi-ha House. The sensational, spatial qualities of the interiors, as well as the formal configuration of its exterior, directly respond to the displacement of turning boxes that lead the building volume to become open or closed, obtaining introverted or extroverted character. These changes may occur according to changing seasons or functional scenarios of floor plans. Like many other urban plots, the land for this project had a noticeably narrow façade-width compared with its length. Consequently, our expertise in transforming a two-dimensional façade to a three-dimensional one became indispensable. Here, the openness /closure of the building volume is a reference to traditional Iranian houses, which would dynamically serve as seasonal modes of habitation by offering both a Zemestan-Neshin (winter living room) and Taabestan-Neshin (summer living room) to their residents. In summertime, Sharifi-ha House offers an open /transparent /perforated volume with wide, large terraces. In contrast, during Tehran’s cold, snowy winters the volume closes itself, offering minimal openings in total absence of those wide summer terraces. In this project, the challenges to the concepts of open/closed typology (introverted/extroverted character) led to an exciting spatial transformation of an ever-changing residential building. The House is distributed over seven floors: the two basement floors are allocated to family conviviality, fitness facilities, and wellness areas, while the ground floor hosts parking and housekeeping rooms. Public activities all happen on the first and second floors, and the family’s private life takes place on the third and fourth floors. The project consisted of four major parts; the fixed volume of the structure, the void, and the fixed volume and the mobile volume, respectively. When the turning boxes are closed, the building captures sunlight throughout the space of the central void, which also connects the two fixed volumes by suspended bridges. The house adapts to the functional needs of its residents. For instance, depending on whether there is a guest or not, the guest room (located on the second floor) can be reconfigured for different purposes. Similarly, home office and breakfast room (turning rooms on the first and third floors) can change the formality of their appearance according to their residents’ desire. In other words, there is always the possibility of having different seasonal or lighting scenarios, some of which have been already considered in the BMS program of the project. From the initial design steps, we noticed that three pine trees outside could be incorporated into the spaces of the interior. Now, in the open mode of the house, the trees are pleasantly captured by the window frames. Stepping back for about three meters from the permitted construction boundary line allowed us to provide splendid daylight for the basement floors by inserting a glass fountain. The fitness and wellness areas are accommodated between this fountain and the basement pool where reflective installations reverberate the water’s radiance all over the space. The applied manufacturing technique for the turning mechanism was in fact a simple one; the same method which is currently employed in turning theatrical scenes, turning the floor of car exhibitions, steel companies and the shipping industry in Iran. But as our client himself was into importing CNC and other similar industrial German machines, he preferred the structural system to be fabricated in Germany. In doing so, he could engage his employees in the manufacturing process and thus train them for future maintenance purposes. Details of the handrails and air-penetration controlling methods were major issues considered in developing the design of the turning boxes. Designing foldable handrails and refining the edges of the boxes happened to be our feasible solutions. Considering the specialties of this kind of architecture, the structural system was inevitably a customized one. After digitally modeling the structure, a series of SAP2000 analysis were undertaken to examine static/dynamic performance of the proposed system. Being partially moveable is the dominant feature of this structural assembly, which was contemplated throughout the fabrication process by the German manufacturer company. The main loads all rest on the beams of the living rooms. Due to the various configurations the turning boxes may take, the loading calculation has been estimated based on the largest possible loading value applied to the system. Additionally, in order to prevent structural deformation controlling the probable vibrations in the turning boxes was taken into account during the design/calculations of the structure. The house was titled Sharifi-ha House, in honor of traditional Iranian mansions.

Sharifi-ha House Uncertainty and flexibility lie at the heart of the design concept in Sharifi-ha House. The sensational, spatial qualities of the interiors, as well as the formal configuration of its exterior, directly respond to the displacement of turning boxes that lead the building volume to become open or closed, obtaining introverted or extroverted character. These changes may occur according to changing seasons or functional scenarios of floor plans. Like many other urban plots, the land for this project had a noticeably narrow façade-width compared with its length. Consequently, our expertise in transforming a two-dimensional façade to a three-dimensional one became indispensable. Here, the openness /closure of the building volume is a reference to traditional Iranian houses, which would dynamically serve as seasonal modes of habitation by offering both a Zemestan-Neshin (winter living room) and Taabestan-Neshin (summer living room) to their residents. In summertime, Sharifi-ha House offers an open /transparent /perforated volume with wide, large terraces. In contrast, during Tehran’s cold, snowy winters the volume closes itself, offering minimal openings in total absence of those wide summer terraces. In this project, the challenges to the concepts of open/closed typology (introverted/extroverted character) led to an exciting spatial transformation of an ever-changing residential building. The House is distributed over seven floors: the two basement floors are allocated to family conviviality, fitness facilities, and wellness areas, while the ground floor hosts parking and housekeeping rooms. Public activities all happen on the first and second floors, and the family’s private life takes place on the third and fourth floors. The project consisted of four major parts; the fixed volume of the structure, the void, and the fixed volume and the mobile volume, respectively. When the turning boxes are closed, the building captures sunlight throughout the space of the central void, which also connects the two fixed volumes by suspended bridges. The house adapts to the functional needs of its residents. For instance, depending on whether there is a guest or not, the guest room (located on the second floor) can be reconfigured for different purposes. Similarly, home office and breakfast room (turning rooms on the first and third floors) can change the formality of their appearance according to their residents’ desire. In other words, there is always the possibility of having different seasonal or lighting scenarios, some of which have been already considered in the BMS program of the project. From the initial design steps, we noticed that three pine trees outside could be incorporated into the spaces of the interior. Now, in the open mode of the house, the trees are pleasantly captured by the window frames. Stepping back for about three meters from the permitted construction boundary line allowed us to provide splendid daylight for the basement floors by inserting a glass fountain. The fitness and wellness areas are accommodated between this fountain and the basement pool where reflective installations reverberate the water’s radiance all over the space. The applied manufacturing technique for the turning mechanism was in fact a simple one; the same method which is currently employed in turning theatrical scenes, turning the floor of car exhibitions, steel companies and the shipping industry in Iran. But as our client himself was into importing CNC and other similar industrial German machines, he preferred the structural system to be fabricated in Germany. In doing so, he could engage his employees in the manufacturing process and thus train them for future maintenance purposes. Details of the handrails and air-penetration controlling methods were major issues considered in developing the design of the turning boxes. Designing foldable handrails and refining the edges of the boxes happened to be our feasible solutions. Considering the specialties of this kind of architecture, the structural system was inevitably a customized one. After digitally modeling the structure, a series of SAP2000 analysis were undertaken to examine static/dynamic performance of the proposed system. Being partially moveable is the dominant feature of this structural assembly, which was contemplated throughout the fabrication process by the German manufacturer company. The main loads all rest on the beams of the living rooms. Due to the various configurations the turning boxes may take, the loading calculation has been estimated based on the largest possible loading value applied to the system. Additionally, in order to prevent structural deformation controlling the probable vibrations in the turning boxes was taken into account during the design/calculations of the structure. The house was titled Sharifi-ha House, in honor of traditional Iranian mansions.

German Embassy in Pristina - Kosovo, contracted the architecture office “Ferizi + Ferizi Architects” to plan and implement an Annex Office building for their purposes. As detached part of this building is designed the waiting area, as alone standing structure. This Office Building is constructed by assembling of Eight used office containers that were delivered on trucks and set up after only a few hours on the basis of the LEGO principle, according to the planning on strip foundations. By removing the flexible exterior wall panels, a large room of 115 m² was created, with the counter wall as a room partition between two office spaces, each with seven workstations as well as three counters for agents on one side and a room for visitors on the other side. With this system, room solutions can be easily implemented in all dimensions. The container, seen as a geometric shape, is a simple, octagonal, solid box. The standardized perfection of its dimensions is striking: 2.44 meters wide, 2.59 meters high and 6.06 meters or 12.19 meters long. Since its introduction in 1956 by the American transport entrepreneur Malcom McLean, the container has become a standardized transport module worldwide, whether on ships, trucks or construction sites. The shipping containers have additionally revolutionized the transport industry, pushed the globalization noticeably, and thus directly or indirectly influenced all our lives. But after only a few years, when the first overseas containers wore out, many engineers recognized the positive properties of used shipping containers for building houses, especially since they are robust, flexible, multifunctional and second-hand relatively inexpensive to purchase. The time has long passed by to treat containers exclusively as transport objects. As a "measure of all things", containers can hardly be ignored in construction. Their use is no longer limited to temporary use since school containers, information containers, office containers or entire residential buildings are now part of our everyday life in the construction industry. However, current examples of the container architecture prove that even the most demanding solutions for container building are feasible. For their specific aesthetic and spatial qualities, containers also serve as design parameters for the development of new forms of architecture and urbanity. The office building as an extension of the visa section, characterized by modern materials and contemporary aesthetics has been designed and built mainly as a low-energy building. Extensive insulation to achieve a comfortable and sustainable constant temperature in the interior, high window quality and low energy consumption make the building energy-efficient. The sophisticated lighting technology, networks, heating systems and air-conditioning systems are also components of this equipment. It creates an overall harmonic picture and guarantees the highest standard in sustainable construction, taking into consideration the fact that environmentally friendly recycling and reutilization have become an increasingly important issue in our society. West and East side of the wooden facade is compact and has few openings, while the southern facade is completely open with lot of glass. Its spatial openness ensures a transparent, friendly work environment, which allows a lot of light into the space. This openness allows an uninterrupted, pleasant and close-to-nature view from interior spaces into the beautiful garden. During the installation of sophisticated light sources in the garden, emphasis was not only put on functionality and security, but also on the beauty of the garden shown through the illumination in the evening. Large, horizontal white “brisole” serve as external sun protection systems, mounted on the canopies of the entrance areas of the modular construction and the enclosure, adeptly cast shade on these areas and at the same time shape the entire architectural language. While on one hand, the two quadratic ledges suspended in the air, are docked with steel stairs and match the wooden façade, lead the staff to their office space, the artful modern interior, on the other hand, perfectly unites the functionality, innovative technology, culture and positive effects on the employees' efficiency and wellbeing. A lot of white, interjected by warm wooden and colored accents, determines the ambience. In the case of the lighting solution, the mainly linear ceiling lighting is used as the overlapping design element both for the offices of the visa section as well as for the counters and the waiting area for the visitors. They underline the puristic design in order to create a pleasant light for a desired general illumination and ensure optimal light conditions without causing disturbing reflections on the computer screens. In addition, precisely positioned pendant luminaires are installed at the workstations, which ensure pleasant room brightness. In the entrance area, the harmonic and uniform lighting effect from the ground highlights the integration of photography and architecture. Photographs of landscapes, people, places, expressing unforgettable, impressive moments and memories have been lovingly engraved on 8 x 8cm square oak blocks. The idea of an effective, impressive environment that stimulates and inspires the work was the premiss on which the whole design concept was based. Consequently, the modular construction was no longer viewed through its history of utilization and scars, but rather as a structure of work ambiance, art and elegance. FERIZI + FERIZI Architects Photo: Arben Llapashtica

German Embassy in Pristina - Kosovo, contracted the architecture office “Ferizi + Ferizi Architects” to plan and implement an Annex Office building for their purposes. As detached part of this building is designed the waiting area, as alone standing structure. This Office Building is constructed by assembling of Eight used office containers that were delivered on trucks and set up after only a few hours on the basis of the LEGO principle, according to the planning on strip foundations. By removing the flexible exterior wall panels, a large room of 115 m² was created, with the counter wall as a room partition between two office spaces, each with seven workstations as well as three counters for agents on one side and a room for visitors on the other side. With this system, room solutions can be easily implemented in all dimensions. The container, seen as a geometric shape, is a simple, octagonal, solid box. The standardized perfection of its dimensions is striking: 2.44 meters wide, 2.59 meters high and 6.06 meters or 12.19 meters long. Since its introduction in 1956 by the American transport entrepreneur Malcom McLean, the container has become a standardized transport module worldwide, whether on ships, trucks or construction sites. The shipping containers have additionally revolutionized the transport industry, pushed the globalization noticeably, and thus directly or indirectly influenced all our lives. But after only a few years, when the first overseas containers wore out, many engineers recognized the positive properties of used shipping containers for building houses, especially since they are robust, flexible, multifunctional and second-hand relatively inexpensive to purchase. The time has long passed by to treat containers exclusively as transport objects. As a "measure of all things", containers can hardly be ignored in construction. Their use is no longer limited to temporary use since school containers, information containers, office containers or entire residential buildings are now part of our everyday life in the construction industry. However, current examples of the container architecture prove that even the most demanding solutions for container building are feasible. For their specific aesthetic and spatial qualities, containers also serve as design parameters for the development of new forms of architecture and urbanity. The office building as an extension of the visa section, characterized by modern materials and contemporary aesthetics has been designed and built mainly as a low-energy building. Extensive insulation to achieve a comfortable and sustainable constant temperature in the interior, high window quality and low energy consumption make the building energy-efficient. The sophisticated lighting technology, networks, heating systems and air-conditioning systems are also components of this equipment. It creates an overall harmonic picture and guarantees the highest standard in sustainable construction, taking into consideration the fact that environmentally friendly recycling and reutilization have become an increasingly important issue in our society. West and East side of the wooden facade is compact and has few openings, while the southern facade is completely open with lot of glass. Its spatial openness ensures a transparent, friendly work environment, which allows a lot of light into the space. This openness allows an uninterrupted, pleasant and close-to-nature view from interior spaces into the beautiful garden. During the installation of sophisticated light sources in the garden, emphasis was not only put on functionality and security, but also on the beauty of the garden shown through the illumination in the evening. Large, horizontal white “brisole” serve as external sun protection systems, mounted on the canopies of the entrance areas of the modular construction and the enclosure, adeptly cast shade on these areas and at the same time shape the entire architectural language. While on one hand, the two quadratic ledges suspended in the air, are docked with steel stairs and match the wooden façade, lead the staff to their office space, the artful modern interior, on the other hand, perfectly unites the functionality, innovative technology, culture and positive effects on the employees' efficiency and wellbeing. A lot of white, interjected by warm wooden and colored accents, determines the ambience. In the case of the lighting solution, the mainly linear ceiling lighting is used as the overlapping design element both for the offices of the visa section as well as for the counters and the waiting area for the visitors. They underline the puristic design in order to create a pleasant light for a desired general illumination and ensure optimal light conditions without causing disturbing reflections on the computer screens. In addition, precisely positioned pendant luminaires are installed at the workstations, which ensure pleasant room brightness. In the entrance area, the harmonic and uniform lighting effect from the ground highlights the integration of photography and architecture. Photographs of landscapes, people, places, expressing unforgettable, impressive moments and memories have been lovingly engraved on 8 x 8cm square oak blocks. The idea of an effective, impressive environment that stimulates and inspires the work was the premiss on which the whole design concept was based. Consequently, the modular construction was no longer viewed through its history of utilization and scars, but rather as a structure of work ambiance, art and elegance. FERIZI + FERIZI Architects Photo: Arben Llapashtica

German Embassy in Pristina - Kosovo, contracted the architecture office “Ferizi + Ferizi Architects” to plan and implement an Annex Office building for their purposes. As detached part of this building is designed the waiting area, as alone standing structure. This Office Building is constructed by assembling of Eight used office containers that were delivered on trucks and set up after only a few hours on the basis of the LEGO principle, according to the planning on strip foundations. By removing the flexible exterior wall panels, a large room of 115 m² was created, with the counter wall as a room partition between two office spaces, each with seven workstations as well as three counters for agents on one side and a room for visitors on the other side. With this system, room solutions can be easily implemented in all dimensions. The container, seen as a geometric shape, is a simple, octagonal, solid box. The standardized perfection of its dimensions is striking: 2.44 meters wide, 2.59 meters high and 6.06 meters or 12.19 meters long. Since its introduction in 1956 by the American transport entrepreneur Malcom McLean, the container has become a standardized transport module worldwide, whether on ships, trucks or construction sites. The shipping containers have additionally revolutionized the transport industry, pushed the globalization noticeably, and thus directly or indirectly influenced all our lives. But after only a few years, when the first overseas containers wore out, many engineers recognized the positive properties of used shipping containers for building houses, especially since they are robust, flexible, multifunctional and second-hand relatively inexpensive to purchase. The time has long passed by to treat containers exclusively as transport objects. As a "measure of all things", containers can hardly be ignored in construction. Their use is no longer limited to temporary use since school containers, information containers, office containers or entire residential buildings are now part of our everyday life in the construction industry. However, current examples of the container architecture prove that even the most demanding solutions for container building are feasible. For their specific aesthetic and spatial qualities, containers also serve as design parameters for the development of new forms of architecture and urbanity. The office building as an extension of the visa section, characterized by modern materials and contemporary aesthetics has been designed and built mainly as a low-energy building. Extensive insulation to achieve a comfortable and sustainable constant temperature in the interior, high window quality and low energy consumption make the building energy-efficient. The sophisticated lighting technology, networks, heating systems and air-conditioning systems are also components of this equipment. It creates an overall harmonic picture and guarantees the highest standard in sustainable construction, taking into consideration the fact that environmentally friendly recycling and reutilization have become an increasingly important issue in our society. West and East side of the wooden facade is compact and has few openings, while the southern facade is completely open with lot of glass. Its spatial openness ensures a transparent, friendly work environment, which allows a lot of light into the space. This openness allows an uninterrupted, pleasant and close-to-nature view from interior spaces into the beautiful garden. During the installation of sophisticated light sources in the garden, emphasis was not only put on functionality and security, but also on the beauty of the garden shown through the illumination in the evening. Large, horizontal white “brisole” serve as external sun protection systems, mounted on the canopies of the entrance areas of the modular construction and the enclosure, adeptly cast shade on these areas and at the same time shape the entire architectural language. While on one hand, the two quadratic ledges suspended in the air, are docked with steel stairs and match the wooden façade, lead the staff to their office space, the artful modern interior, on the other hand, perfectly unites the functionality, innovative technology, culture and positive effects on the employees' efficiency and wellbeing. A lot of white, interjected by warm wooden and colored accents, determines the ambience. In the case of the lighting solution, the mainly linear ceiling lighting is used as the overlapping design element both for the offices of the visa section as well as for the counters and the waiting area for the visitors. They underline the puristic design in order to create a pleasant light for a desired general illumination and ensure optimal light conditions without causing disturbing reflections on the computer screens. In addition, precisely positioned pendant luminaires are installed at the workstations, which ensure pleasant room brightness. In the entrance area, the harmonic and uniform lighting effect from the ground highlights the integration of photography and architecture. Photographs of landscapes, people, places, expressing unforgettable, impressive moments and memories have been lovingly engraved on 8 x 8cm square oak blocks. The idea of an effective, impressive environment that stimulates and inspires the work was the premiss on which the whole design concept was based. Consequently, the modular construction was no longer viewed through its history of utilization and scars, but rather as a structure of work ambiance, art and elegance. FERIZI + FERIZI Architects Photo: Arben Llapashtica

German Embassy in Pristina - Kosovo, contracted the architecture office “Ferizi + Ferizi Architects” to plan and implement an Annex Office building for their purposes. As detached part of this building is designed the waiting area, as alone standing structure. This Office Building is constructed by assembling of Eight used office containers that were delivered on trucks and set up after only a few hours on the basis of the LEGO principle, according to the planning on strip foundations. By removing the flexible exterior wall panels, a large room of 115 m² was created, with the counter wall as a room partition between two office spaces, each with seven workstations as well as three counters for agents on one side and a room for visitors on the other side. With this system, room solutions can be easily implemented in all dimensions. The container, seen as a geometric shape, is a simple, octagonal, solid box. The standardized perfection of its dimensions is striking: 2.44 meters wide, 2.59 meters high and 6.06 meters or 12.19 meters long. Since its introduction in 1956 by the American transport entrepreneur Malcom McLean, the container has become a standardized transport module worldwide, whether on ships, trucks or construction sites. The shipping containers have additionally revolutionized the transport industry, pushed the globalization noticeably, and thus directly or indirectly influenced all our lives. But after only a few years, when the first overseas containers wore out, many engineers recognized the positive properties of used shipping containers for building houses, especially since they are robust, flexible, multifunctional and second-hand relatively inexpensive to purchase. The time has long passed by to treat containers exclusively as transport objects. As a "measure of all things", containers can hardly be ignored in construction. Their use is no longer limited to temporary use since school containers, information containers, office containers or entire residential buildings are now part of our everyday life in the construction industry. However, current examples of the container architecture prove that even the most demanding solutions for container building are feasible. For their specific aesthetic and spatial qualities, containers also serve as design parameters for the development of new forms of architecture and urbanity. The office building as an extension of the visa section, characterized by modern materials and contemporary aesthetics has been designed and built mainly as a low-energy building. Extensive insulation to achieve a comfortable and sustainable constant temperature in the interior, high window quality and low energy consumption make the building energy-efficient. The sophisticated lighting technology, networks, heating systems and air-conditioning systems are also components of this equipment. It creates an overall harmonic picture and guarantees the highest standard in sustainable construction, taking into consideration the fact that environmentally friendly recycling and reutilization have become an increasingly important issue in our society. West and East side of the wooden facade is compact and has few openings, while the southern facade is completely open with lot of glass. Its spatial openness ensures a transparent, friendly work environment, which allows a lot of light into the space. This openness allows an uninterrupted, pleasant and close-to-nature view from interior spaces into the beautiful garden. During the installation of sophisticated light sources in the garden, emphasis was not only put on functionality and security, but also on the beauty of the garden shown through the illumination in the evening. Large, horizontal white “brisole” serve as external sun protection systems, mounted on the canopies of the entrance areas of the modular construction and the enclosure, adeptly cast shade on these areas and at the same time shape the entire architectural language. While on one hand, the two quadratic ledges suspended in the air, are docked with steel stairs and match the wooden façade, lead the staff to their office space, the artful modern interior, on the other hand, perfectly unites the functionality, innovative technology, culture and positive effects on the employees' efficiency and wellbeing. A lot of white, interjected by warm wooden and colored accents, determines the ambience. In the case of the lighting solution, the mainly linear ceiling lighting is used as the overlapping design element both for the offices of the visa section as well as for the counters and the waiting area for the visitors. They underline the puristic design in order to create a pleasant light for a desired general illumination and ensure optimal light conditions without causing disturbing reflections on the computer screens. In addition, precisely positioned pendant luminaires are installed at the workstations, which ensure pleasant room brightness. In the entrance area, the harmonic and uniform lighting effect from the ground highlights the integration of photography and architecture. Photographs of landscapes, people, places, expressing unforgettable, impressive moments and memories have been lovingly engraved on 8 x 8cm square oak blocks. The idea of an effective, impressive environment that stimulates and inspires the work was the premiss on which the whole design concept was based. Consequently, the modular construction was no longer viewed through its history of utilization and scars, but rather as a structure of work ambiance, art and elegance. FERIZI + FERIZI Architects Photo: Arben Llapashtica