Yes, and they do it regularly. The core team is in Vadodara but Harmony operates through a consortium of 19 consultants which gives them reach across India without the hollow "pan India presence" that some firms claim and can't back up. If your project is outside Gujarat, the first conversation is still the same: what are you building, where is the site, and what are the specific constraints. From there they can tell you exactly how they'd approach it and who from the team would be closest to your location.

Just call or email them. That's genuinely it. You don't need drawings, you don't need a budget finalised, you don't need to have figured out what you want. The first conversation is about understanding what you're trying to build and whether Harmony is the right fit for it. Most people overthink this step and spend weeks preparing when the most useful thing they could do is just start the conversation. Reach them at contact@harmonyarchitect.com or +91 7487 017 797.

Twenty-five years, which in architecture means they've seen enough projects go wrong at every possible stage to know how to stop it from happening on yours. In that time they've worked on modern homes, traditional residences, eco-friendly farmhouses, commercial interiors, office spaces, hospitals ranging from small clinics to large multispeciality facilities, and institutional buildings. They're an authorised IGBC consultant and hold the Indian Institute of Architects' international GREEN award, which is the highest green architecture recognition in the country. The portfolio is worth looking at before you call, not because it'll answer all your questions but because it'll give you a real sense of the range of work and the design sensibility.

Architectural fees in India typically run between 5% and 10% of the total construction cost depending on the scope, the complexity, and whether interior design is bundled in. On a home with a ₹1 crore construction budget, that's somewhere between ₹5 and ₹10 lakh.

The question most people actually want answered is whether it's worth it. And the honest answer is that the architect's fee is almost always recovered in what it prevents. A contractor making decisions without architectural oversight makes decisions that benefit the contractor. An architect on site catches things before they're built, not after. The mistakes that get made without proper supervision don't show up as obvious failures immediately. They show up as things that bother you every day for the next twenty years.

This is the question that comes up constantly and the answer is yes, completely. The idea that sustainable homes have to look a certain way, rough textures, exposed earth walls, solar panels bolted visibly onto the roof, is a design failure, not a sustainability requirement.

A well-designed green home in India looks like a well-designed home. The sustainability is in how it performs: how cool it stays in summer without running the AC all day, how much the electricity bill is, how the materials age over ten years. Harmony has spent 25 years working on climate-responsive residential design and the homes in their portfolio look the way their clients wanted them to look. The green part is in the bones of the building, not the aesthetic.

It makes a difference you feel within the first summer of living in the house.

Climate-responsive design means the building is designed around the specific climate of the place it's in. In Gujarat that means managing heat in summer without mechanical cooling doing all the heavy lifting, using natural ventilation intelligently, choosing materials that don't absorb and re-radiate heat into your rooms at night, and orienting the building so the sun and wind work for you rather than against you.

The practical result is a home that stays noticeably cooler without the AC running constantly, lower electricity bills that compound meaningfully over years, and a quality of indoor environment that a conventionally designed home with the same size AC unit simply doesn't achieve. It's not a philosophy. It's physics applied to your specific plot and climate.

More at the beginning, less in the middle, and back again at the end.

The brief stage is where your involvement matters most. This is where you explain how you actually live: whether you cook seriously, whether you work from home, whether your parents will eventually move in, whether you want a quiet house or one that flows into the outdoors. The more honestly you can answer these questions, the better the design that comes out the other side.

During construction, a good firm manages the process on your behalf. You shouldn't be getting daily calls from contractors about things that the architect should be handling. Harmony works from concept to execution, so they're on site through the build, not just involved at the drawing stage and then available on WhatsApp if something goes wrong.

Most farmhouses are exactly that: large houses that happen to be on agricultural land. The land is incidental to the building.

An eco-friendly farmhouse is designed the other way around. The land comes first. Where the trees already are, how water flows across the plot during monsoon, which direction the wind comes from in summer, where the sun hits hardest through the day: all of this shapes the building before a single wall is drawn. The result is a structure that works with the land rather than sitting on top of it like it could have been built anywhere.

Materials are local where possible, energy is managed passively before any system is installed, water is harvested and recycled, and the whole thing costs significantly less to run over time than a conventionally built property of the same size. Beyond the economics, there's also the fact that a farmhouse designed this way genuinely feels different to be in. That's not marketing language. It's just what happens when a building is designed for its specific place rather than assembled from a catalogue.

The Rani ki Vav stepwell in Patan has been standing since the 11th century. Mud construction isn't a risk, it's one of the oldest proven building technologies in the world, and in hot, dry climates like Gujarat's it performs better than most modern materials in the one thing that matters most in summer: keeping the inside cool.

Rammed earth walls have a thermal mass that absorbs heat during the day and releases it slowly at night, which fundamentally changes how the interior temperature behaves. You're not fighting the climate with a machine, you're using the material to buffer it.

Harmony has worked with mud architecture and rammed earth technology and the question they get most isn't about durability. It's from people who've visited one of these buildings and want to understand why it felt so different from every other space they'd been in. That feeling is the climate physics at work. The durability is just a given.

A farmhouse is actually one of the easiest building types to take in this direction, and the reason is simple: you typically have space. More roof for solar, more land for water harvesting, more flexibility in how you orient the building and where you put things.

Getting to genuinely off-grid requires energy, water, and waste systems to be planned together from the start. These aren't things you can retrofit convincingly onto a design that wasn't built around them. The people who end up with an off-grid farmhouse that actually works, rather than one that's theoretically off-grid but has the grid connection as a backup they use constantly, are the ones who made that decision before the first drawing was done.

This is the question to answer before you do anything else, including talking to an architect about design. In Gujarat, building on agricultural land requires land use conversion approval, and the process and permissions differ depending on whether your plot falls under rural jurisdiction, a development authority, or a panchayat zone. Getting this wrong doesn't mean a fine. It means a building that can't be legally occupied or sold.

An experienced architect who has navigated this in Gujarat will tell you within the first conversation what you're working with on your specific plot. Harmony's team has done this across Gujarat and can tell you early, before you've invested in design, whether your land is buildable in the way you're imagining and what the approval path looks like. That conversation alone is worth having before anything else moves forward.

For a mid-sized office, design takes roughly four to eight weeks and execution takes two to four months. But those numbers assume decisions get made when they need to be made.

The real answer is that the timeline is almost entirely within the client's control at the design stage and almost entirely out of it once construction starts. Every material that gets changed after execution begins, every layout revision after the contractor has started work, every "we'd actually like to move that wall" conversation that happens on site adds time and cost that nobody budgets for. The projects that finish on schedule are the ones where everything was decided before anyone picked up a tool. The ones that run over are almost always the ones where decisions were deferred into the construction phase.

Enough research exists on this now that the question has moved from "does it matter" to "how much does it matter." Natural light, proper acoustic management, ventilation quality, biophilic elements and having spaces designed for different kinds of work rather than rows of identical desks all have measurable effects on how people feel and perform.

The more practical way to think about it for a business owner: a well-designed office is a retention tool. People notice where they work. They form opinions about their employer based on the quality of the environment they're asked to spend eight to ten hours in every day. An office that feels thoughtful signals something about the organisation. An office that feels like the furniture was ordered from a catalogue and arranged without much consideration signals something else.

Usually yes, but it requires the phasing to be planned properly at the design stage rather than figured out as the work progresses.

The way it works: the space gets divided into sections and work happens in one section while the other remains operational. It adds coordination and sometimes adds time to the overall project. What it doesn't do is make the outcome any less complete, provided the architect has designed the sequence thoughtfully rather than just promising it's possible and leaving the contractor to figure it out. This is worth raising in your very first conversation so it's built into the design approach from the beginning.

Almost everything, and the stakes are different too. A poorly designed home is inconvenient. A poorly designed healthcare facility affects clinical outcomes.

The compliance requirements alone, room dimensions, ventilation standards for infection control, clean and dirty zone separation, accessibility, fire safety, medical gas routing, are more complex than any other building type. Beyond compliance, the design of a healthcare space affects how patients experience it, how efficiently staff can move through it, how wayfinding works when someone is anxious or unwell, how natural light reaches recovery areas. These aren't aesthetic considerations. They're functional ones with real effects on how the facility performs.

Harmony has designed hospitals, multispeciality facilities, clinics and healing centres across Gujarat and India. That means they're applying experience from having done this across different scales and typologies, not learning your project's requirements for the first time on your project.

Healthcare buildings are among the most energy-intensive structures that exist and small clinics are no different in proportion. The argument that sustainability and medical functionality conflict is mostly made by people who haven't done both at the same time.

Natural ventilation where infection control standards permit it, energy-efficient lighting systems that also improve patient experience, materials that don't off-gas compounds into spaces where people are already unwell, water recycling, these are design decisions that improve the building's performance on every measure simultaneously. They reduce operating costs, improve the indoor environment for patients and staff, and reduce the facility's environmental footprint. Harmony's healthcare practice is specifically built around doing both, which is different from a firm that does healthcare and also happens to care about sustainability.

IGBC, the Indian Green Building Council, certifies buildings that independently verify performance across energy, water, materials, indoor environment quality, and site development. The certification levels run from Certified to Silver, Gold, and Platinum. What certification means in practice is that an independent body has confirmed the building performs to those standards, not just that someone claims it does.

Whether it's worth pursuing depends on what you're building and why. For commercial and industrial buildings it improves asset value, attracts better tenants, meets criteria that institutional investors increasingly require, and signals to international supply chain partners that your facility meets global standards. That last point has become commercially significant for exporters as overseas buyers tighten their sustainability due diligence. For individual homeowners it's more about the actual performance than the certificate. Harmony is an authorised IGBC consultant and has guided 12 Platinum rated projects, 6 Gold, and 10 Silver rated projects through certification, including Gujarat's first IGBC certified green healthcare facility and Gujarat's first IGBC Platinum rated green landscape project.

The upfront cost is typically 5% to 15% higher. The operating cost over the building's life is considerably lower. Most projects recover the additional upfront investment within five to ten years through lower energy and water bills, after which the savings are ongoing for as long as the building stands.

The more honest way to frame it: conventional construction isn't cheap, it just hides its costs in your electricity bill, your water bill, and your maintenance schedule for the next thirty years. Green building shifts some of that cost to the construction phase where you can plan for it. Whether that trade makes sense depends on how long you're planning to own or use the building. For anyone with a horizon longer than five years it almost always does.

Every building has a carbon story across two chapters. The first is the embodied carbon in the materials used to build it: concrete, steel, glass, finishes, everything. The second is the operational carbon from the energy the building consumes every day it's in use. Calculating both tells you where the biggest environmental impacts actually are, which is rarely where people assume.

For some clients this matters because of regulatory requirements or green certification criteria. For others it's a genuine values decision. For an increasing number of commercial clients it's becoming a business requirement because their investors, their lenders, or their international customers are asking for it. Harmony integrates carbon footprint analysis into the design process, which means the numbers inform decisions while there's still time to act on them, not after the building is designed and the concrete is being poured.

The Miyawaki method was developed by Dr. Akira Miyawaki, a Japanese botanist, and the core idea is deceptively simple: plant a dense mix of native species in properly prepared soil and let natural succession do what it would have done without human interference, just much faster. The forests grow ten times faster than conventional plantation, become self-sustaining within about three years, and end up supporting far more biodiversity than a manicured green area of the same size ever would.

For a corporate or industrial campus the practical question is usually about space, and the answer is that these forests work on plots as small as a few hundred square metres. You don't need a large land bank. What you need is a patch of ground that isn't being used for anything else and a team that knows how to prepare the soil and select the right native species for your region. Harmony's urban forest team has planted over 1,16,000 trees across India and the forests they've established offset a documented 25,66,630 kilograms of carbon. Those aren't projected numbers. They're measured ones.