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AXIS

ARCHITECTURE

If you can dream it, we can architect it

Services

Services

Axis Architecture is a business headquartered at 180 George Street, Parramatta, New South Wales 2150 in which we design your dreams. Our organisation offers the highest calibre architect who can assist you in constructing your real estate. Our architects and designer are highly educated, qualified professionals who give valuable services to clients and the general public.

Our team consists of talented, multiskilled experts who share his enthusiasm for architectural and building craftsmanship. Significantly, the firm's ability to manage project finances and deadlines throughout the design process provides clients with confidence and security. The team's work is characterised by a profound understanding and collaborative spirit. We prioritise both sustainability and respect for the local context and environment. From buildings that utilise solar and wind energy to the modern utilisation of recyclable materials. Our projects incorporate environmentally conscious solutions. Axis Architectural services encompass three distinct categories of architecture: residential, commercial, and landscape.

Residential Architecture

Residential Architecture

The following sorts of architects design homes. They engage with clients to develop custom homes and enhance existing properties. Additionally, they collaborate with home builders and developers. For instance, if a developer were to construct a huge subdivision, it would be the architect's responsibility to design the various types of homes that would be constructed.

After noting functional and spatial needs, residential architects begin designing plans, elevations, and blueprints. Then, they estimate the cost of their services, the quantity of materials required, and the duration necessary to accomplish the construction job.

Commercial Architects

Commercial Architects

Commercial architects specialise on larger projects for enterprises or government entities. In addition, they design public structures such as libraries, museums, hotels, schools, multi-unit residential buildings, government institutions, shopping malls, and medical centres. Their creativity is demonstrated by the creation of artistically appealing buildings for the general public, employees, and employers, among others.

Of course, commercial architects also have a challenging job, as they must create structures that are both elegant and satisfy their clients' expectations. In addition, our best commercial architects are able to design structures that  promotes great traffic in retail spaces.

Landscape Architects

The job of a landscape architect is unique. The projects will emphasise the creation of outdoor areas that people can enjoy. In addition, they create college campuses, parks, and garden spaces. They also create pedestrian routes and an outdoor area's general layout.

Landscape Architects

Business Structure

It's all about the team

Partnership

Partnership

Axis Architecture is a partnership, meaning it is a business that is jointly owned by multiple individuals. Our organisation is inquiring with Steve Robs and Rick Rich, two outstanding CEOs. Having two CEOs will improve the company's decision-making process and make managing different product lines significantly simple. All aspects of this business are divided equally among each partner and has been registered within NSW Australia.

Steve Robs

Steve Robs

The fact that Steve Robs is the CEO of Axis Architecture and is responsible for monitoring and directing the whole firm's financial operations by ensuring that they work effectively, efficiently, and in accordance with board-established standards gives him a significant responsibility. In addition, he plays a strategic role in making an organisation more nimble and productive. His position is crucial to the organization's structure in terms of governance, business procedures, and business data. The duties consist primarily of:

- Determining organisational roles and structure 

- Identifying opportunities for enhancement

- Aligning organisational structure with operational functions

Rick Rich

Rick Rich

Rick Rich is also the CEO of Axis Architecture, a position he shares with Steve Robs. He aligns strategic objectives with decisions pertaining to the organisation, its goods and services, partners, suppliers, capabilities, and the primary business and IT activities. Consequently, he analyses frameworks and networks that can be utilised to advance or update tools and techniques. Rick also works with IT business architects to ensure that technological solutions correspond with business requirements. He is responsible for supervising the junior members of the team and prepares business plans alongside the senior leader. 

Team Members

Our Team

Our architects produce designs for new construction projects, alterations and redevelopments. They utilize their professional construction knowledge and high-level drawing skills to design buildings that are functional, safe, sustainable and present the greatest in the domains of Residential, commercial and landscape.

Senior Managing Partner

Richard Jones -

Senior Managing Partner

Senior Managing Partner

Axis Architecture has a Senior Managing Partner, Richard Jones, who oversees all company departments, such as the department of three architect-type managers, James Rock, Lizzy Jackson, and Arnold Bond. The Senior Managing Partner is also responsible for examining the design workflow. In addition to creating and interpreting a variety of structural designs, he acts as mentors, managers, and advisors. He typically works in offices and on-site, guaranteeing team spirit and the overall success of the project.

Manager

Arnold Bond - Landscape Architecture Manager

James Rock - Residential Architecture Manager

Manager

The three managers of Axis Architecture are James Rock, Lizzy Jackson, and Arnold Bond. Each possesses a unique skill, works in their respective profession, and supervises architects and designers. James Rock is in charge of the housing industry, Lizzy Jackson is in charge of the commercial industry, and Arnold Bond is in charge of the landscape industry. Before finalising any projects, they must notify the Senior Managing Partner, Richard Jones, in order to review or discuss the viability of their projects and reduce errors. In their respective industries, all three managers provide essential assistance to the architect of a project to guarantee that all architectural designs are consistent in style and quality. They are also responsible for managing the team, monitoring finances, and facilitating client contact to understand their project goals. They play a crucial role in ensuring that Interns are taught how to operate in a company and are assigned specific tasks so they may obtain their licence.

Lizzy Jackson - Commercial Architecture Manager

Architects/ Designer

Smith Tonner -

Architect/ Designer

in Commercial

Liam Lanky -

Architect/ Designer

in Residential

Architects and designers in their business generate the major design content for client projects using their firm's style and requirements. They frequently produce construction plans and three-dimensional models of structures utilising craft materials or computer software. The design of a construction project is the responsibility of our architect. They employ their knowledge of mathematics, science, building, and design to produce designs that are both aesthetically pleasing and efficient to construct.

Architects/ Designers

Nick Larm -

Architect/ Designer

in Residential

Grace Feem -

Architect/ Designer

in Commercial

Kayden Lion -

Architect Designer in Landscape

James Jones -

Architect Designer in Landscape

Interns

Carl Corambus -

Interns in Commercial

Axis Architecture also provides future architects with opportunities. Typically, architectural interns are graduates of an authorised programme who are seeking their licence or gaining additional experience in the profession. Full-time architects or other staff members may assign advanced tasks to interns to teach them how to work in a firm, execute design standards, and communicate effectively. Interns conduct normal architectural and administrative responsibilities, including the creation of design documents and presentations. To apply to be one of our interns, you must fill out our online application. Our top Interns at present are listed below.

Interns

Martin Moor -

Interns in Landscape

Jake Roland -

Interns in Residential

Structure

New and Emerging Technologies

Technologies

Architecture is a creative industry fueled by revolutionary technical advances. Virtual reality, 3D and 4D printing, augmented reality, and artificial intelligence are transforming how we see the architecture industry is seen. Imagine a virtual world that you can walk around, view, and interact directly with the objects, an immersive virtual reality where spaces are built by merging wireless tracking technologies, computer graphics, HD projectors, programming languages, and VR headsets to create lifelike experiences.

In the engineering and construction industries, virtual reality has already led to substantial advancements. However, in the architecture industry, we want to go even further. The Next Level is a programme created by Axis Architecture that combines virtual reality and building information modelling (BIM). Being able to visualise the development of your structure in virtual reality is only the beginning, since this concept can be enhanced with the advent of 3D printing.

When new technology enter the market, significant change is expected therefore architects and designers must adapt to these exception.  The rise of cloud computing made BIM (building information modelling) a reality, providing architects, engineers, and construction professionals with the means to plan, design, and manage infrastructure facilities more efficiently.

The advantages of virtual reality in architecture go way beyond the conventional. The Next Level, for instance, is a type of software that helps transform conceptual designs into reality.  It is the ideal tool for architects because it speeds the process of creating designs in VR. The software helps users to create and improve prototypes, as well as iteratively improve customer presentations.

Current VR devices enable the user to perceive a virtual world and interact with the virtual space and its components, however our project 'The Next Level' enables the client to physically interact with the design, making it appear as though the product or building is not virtual but real. As a result, our team developed innovative VR tools for interacting with the virtual environment of the building and the construction space. Our architects and designers were able to comprehend its application, as well as how to adjust VR devices and develop links for the presentation of information contained within a BIM model. Visualizing and interacting with virtual worlds is the essence of virtual reality (VR), and creating and manipulating design data is the essence of building information modelling (BIM), so the linkage of these two strong capacities is used to create significant results that give clients what they deserve. The use of BIM technology on building projects has the ability to improve the process by enabling precise and efficient collaboration among all team members. These sophisticated technologies connect the digital to the real, and research has already been completed and led to success, as evidenced by the 'The Next Level' Project as a combination of BIM and other technologies such as VR.

3D Printing

Architects and designers utilise 3D printing to build a real model for display and use with efficiency. Using a CAD programme with a 3D printer will save you the labour and time required to manually create a model. Due to sophisticated printing technology, these models are of superior quality and may be personalised in a variety of materials and hues.

Additionally, 3D printing enables for speedy corrections. After review, if a client or team member requests any adjustments, you need only use programming tools to make the necessary modifications and reprint an updated model. Exploring 3D printing will boost architecture firms' chances of success due to the technology's various advantages.

Numerous architects are already utilising 3D printed conceptual models to complement plans, sections, elevations, and generated graphics in order to better convey their ideas to prospective clients and investors. This gives the client a deeper understanding of the project and is a terrific opportunity to distinguish yourself from competitors who have not yet caught up.

3D Printing

Additional Information

Every architectural project starts with a concept model. It’s a fundamental tool that helps architects, clients and the public visualize the architect’s vision of the design. But the journey from blueprints to physical models is a long, difficult one. It takes a lot of hard work to create a hand-made, detailed and scaled concept model. The task becomes even more difficult when complex geometries are involved.

3D printing will simplify the process. It can render highly detailed physical models from a range of materials and colors based on a CAD model. It is an efficient process that lets architects turn out models quickly and more accurately. It also gives buyers and clients a better idea of what the final building will look like. And if they want any changes, they can suggest some and then quickly see them in a new 3D-printed model. This saves time and money compared to waiting for the building to be nearly finished before realizing it needs some tweaks. No matter the complexity, 3D printing can turn out models in a matter of days.

3D Printing Buildings

Constructing an entire building is difficult and involves a lot of people, money, and time. With 3D printing, however, it’s possible to build a structure out of sustainable materials in just a few weeks and for an affordable price. Although many people dismiss this idea as just a far-off dream, Axis Architecture has proved it’s possible right now.

We were able to 3D printed a house from the foundation to roof using a mobile printer that works in polar coordinates. (Windows, wiring and plumbing had to be installed by humans.) It is developing more advanced printers that can build inter-story floors and roofs, as well as horizontal walls and foundation reinforcement.

3D Printing Buildings

Interior Design

Interior design has always been challenging and time-consuming for architects. 3D printing will let them create complex furnishings and detailed parts must faster. Smaller decorative items can be prototyped quickly and without wasting expensive materials or human labor. Lately, our company has begun letting customers pick and choose from a catalog of ready-to-print designs and finishes. The customer’s selections can be customized without additional costs or delivery delays.

The furnishings are 3D printed in-house from recyclable materials rather than shipped. Prices range from $500 to $1,500, similar to current costs. But 3D printing gives customers a wider variety from which to choose without wasting time searching for them and waiting for them to arrive.

3D Printing Buildings on Other Worlds

NASA and other institutes are developing strategies for constructing habitable structures on the Moon or Mars using 3D printing. NASA would send a team of robots to the location years before humans would arrive. The squad would include a rover that extracts and transports raw resources. A filament plant that turns raw materials into "filament" for use by the printer and the mobile printer, which uses the filament to create various structures.

This would eliminate the need to send tonnes of building materials and a variety of tools to the destination on a lengthy and costly journey. Only the robots, CAD designs, and possibly some chemicals would be required for the conversion process. If AI and robotics get sufficiently advanced, human supervisors may become unnecessary. The robots and structures could be observed and upgraded using latest software from Earth.

The robotic crew would create dwellings, laboratories, and storage facilities, while human explorers would arrive months or years later. If this is conceivable in outer space, why not in the architecture industry? For such reasons, Axis Architecture will utilise 3D printing.

3D printing has many uses in the architecture industry, from building concepts models to building entire structures while saving time and money. It also benefits designers and clients, letting them change the concept model quickly and relatively inexpensively.

Sustainability

Materials

Any business activity will have an impact upon the environment, either through the natural resources that it uses or the waste products that it produces.

A business can carry out a green audit in order to measure the environmental impact of its activities. For example, this may involve measuring its carbon footprint. The four main environmental issues that are most likely to influence the activities of a business are sustainability, waste disposal, pollution and climate change.

HempCrete

Materials

Bamboo

Materials

Our cities are built today in steel, brick, and concrete. For decades, this status has been maintained, while the industry promoted a quick and reliable, financially safe way to design where we live. However, with recent advances in technology, technique, materials, engineering, and other constructive systems, the way architects think about material usage has changed. You might have heard that the production of commercial concrete materials releases tons of the greenhouse gas carbon dioxide (CO2) into the atmosphere each year, contributing to the calamity that is climate change. But it doesn’t have to be that way. We have collated green building materials that offer alternatives to concrete, and a lower environmental impact. Utilizing appropriate resources in the most effective manner is required to construct a sustainable construction through 3D printing. This may involve using recycled materials and avoiding construction waste while creating the building.

Hempcrete is a carbon reservoir with a negative carbon footprint or "better-than-zero carbon," making it the ideal environmentally beneficial building material and can be used for reating 3D printing models. The quantity of carbon absorbed from the environment by hemp farming exceeds the amount of glasshouse gases released during the creation and use of Hempcrete.

HempCrete is a substance made from the woody core fibres of the hemp plant that resembles concrete. Lime is used to bind hemp fibres to form concrete-like shapes that are strong and lightweight. HempCrete blocks are extremely lightweight, which significantly reduces the energy required to transport them, and is a rapidly renewable resource.

Hempcrete contains no harmful chemicals and will not off-gas over time.  It is fully compatible with non-toxic plant-based natural oil finishes, lime washes, and renders.

Hempcrete is a totally environmentally sustainable building material, from the creation of the raw material to the building's end. The unique and exceptional natural features of hemp mixed with lime cannot be equalled by conventional building materials.

Completely Bio-degradable Eco-Material

Completely Bio-degradable Eco-Material

Hempcrete is a material that is totally biodegradable and recyclable. When demolished, hempcrete building material will not wind up in a landfill harming the environment because it can degrade completely. Because it is natural and chemical-free, it may be recycled several times or disintegrate to nourish our soil.

Hempcrete is a one-of-a-kind, eco-friendly building material that is an ideal substitute for conventional concrete and other insulating materials in construction. This product's environmental benefits are extensive, as it has a negative carbon footprint, substantial energy and fuel savings during manufacture, and a great phytoremediation feature that permits toxin removal from the soil.

Its manufacturing and use do not hurt the environment, and its biodegradability ensures that it does not harm our planet even when it is destroyed. Including this eco-friendly material in your structure can lessen the negative environmental repercussions of construction.

Bamboo

Bamboo is one of the most eco-friendly building materials available. The combination of its high tensile strength, light weight, and rapidly renewable nature makes bamboo an attractive 3D building material for contemporary model structures. Used for framing structures and shelters, bamboo can replace expensive and heavy imported materials and provide an alternative to concrete and rebar construction, particularly in rural areas, and low-income areas with access to locally-sourced natural bamboo.

Bamboo's capacity to absorb carbon dioxide and create oxygen is one of its greatest environmental benefits. Bamboo absorbs up to 12 tonnes of carbon dioxide per hectare per year, according to study.   When harvested bamboo regrows from its own root system, no additional planting is required. This is not only beneficial from a naturally renewable perspective, but it also means that the soil and roots are not disturbed, which is beneficial for soil health and us humans.

Reclaimed Wood

Reclaimed Wood

Compared to industrial building materials such as concrete and steel, reclaimed wood retains numerous advantages. Recycled wood that has been appropriately treated can be used to create 3D models of interior design including construct walls, cabinets, decks, floors, beams, panels, and other types of buildings. It is typically derived from old-growth trees, making it more durable than virgin wood from first-generation forests. Recycled wood costs a tenth of the price of new lumber, so if you have a tight budget, you may actually purchase more of it.

Additionally, recycled wood is environmentally friendly. You are simply reusing the old trees that other people have dumped, thus no additional trees are required for your usage. If more individuals reused wood, the woods would have a chance to recover.

Recycled Plastic

Plastics have grown in popularity in the construction industry for a variety of reasons, including their performance, durability, and capacity to be weatherproof, low maintenance, cost-effective, lightweight, and design-flexible. These characteristics make plastics suitable construction materials and a crucial element of a sustainable built environment. Recycling plastics benefits the environment by removing plastics destined for the ocean, lowering glasshouse gas emissions, and conserving energy. Compared to alternative materials, one kilogramme of recovered plastic saves carbon dioxide emissions by two kilos. Plastic packaging can be recycled seven times before it is more beneficial to transform it into energy. Not only that but for its reasons, its make a create resouce to create models using 3D printers

Recycled Plastic

Plastics in building items are typically lighter than their alternatives, requiring less material for the same application. Consequently, fewer resources are required for the manufacturing process, and less waste will be generated at the end of the product's life.

Plastic's adaptability, durability, low weight, and performance make it the most environmentally-friendly material for building. Utilizing these materials is crucial for lowering Australia's glasshouse gas emissions. It is also necessary for developing a circular economy that is more resource-efficient. By selecting durable and high-performance materials, we can reduce the environmental effect of buildings and create a more sustainable Australia.

Sustainability

Sustainability

Working in a sustainable way means that our business activity does not use up or destroy natural resources. To achieve this, a business may use renewable energy, recycle materials such as paper and ink cartridges, or use devices that save energy and water. Environmentally sustainable buildings attempt to minimise a building’s environmental impact through energy and water efficiency methods, use of sustainable materials and landscaping that considers a site’s biodiversity and existing natural features.

Following are some example of renewable energy sources -

Solar Energy

Solar energy as a ‘green energy’ has been gaining amazing popularity in the last few decades. Solar energy is a freely available, clean, renewable energy source. Our buildings are installed with higly rated solar panels to save as much energy we can keep our environment eco friendly.

The aim is to minimize energy consumption and use alternative solar energy, which has multiple benefits.

Solar Energy

1. Solar Powered Buildings improve the Heating & Cooling System’s efficiency by 30 percent by installing solar panels.

2. When you use Low-Emissivity Window Glazing, it helps in reduces the space cooling need by approximately 40 percent. A light-colour roof reduces a roof’s temperature as it absorbs less than 50 percent of the solar energy.

3. When Energy Efficient Lights and Energy Efficient Appliances are used, a Solar Building can reduce the energy use by 20-30%. With the continued emergence of construction technology innovations, it is becoming easier to achieve greater energy efficiency in buildings.

Wind Energy

Wind energy is a type of renewable energy obtained from the wind, or in other words from the movement of air masses transferring from areas of high atmospheric pressure to nearby areas of lower atmospheric pressure, with speeds proportional to the pressure gradient. To take advantage of wind energy, machines called wind turbines or mills are used, activated by the movement of the wind as the propeller rotates. The propeller is in turn connected to a generator rotor that raises the speed of rotation to thousands of revolutions per minute, converting kinetic energy into electrical energy. For this reason, our organisation has invested in wind turbines in order to be environmentally conscious. These wind turbines are positioned in rural regions such as Coffs Harbour and store energy that is subsequently transferred to our head office in Parramatta through conduction. In the near future, there will be an Asix Architecture business in Coffs Harbour, which will be powered by wind energy generated by wind turbines and so be environmentally sustainable.

Training opportunities

Training opportunities

An architecture major is a great opportunity to develop both technical skills and creative skills. And because of the broad range of skills involved in this major, students studying architecture can find career opportunities in many industries including interior design, urban planning and construction management. Architecture is a respected career and an architect typically earns higher than average salaries. Large firms are looking for fresh talent and new ideas, so you can make a lot of money working as an architect. If you are looking for a sought-after, high-income profession, becoming an architect is a good choice.

Getting Started

Getting started

Typically, to become an architect, one must earn an official degree in architecture. This often includes a Bachelor of Arts or Bachelor of Design with a major in architecture, followed by a Master of Architecture. Typically, a Senior Secondary Certificate of Education is required for admission to degree programmes. Usually, prerequisite courses or presumed knowledge in English and mathematics are necessary. Applicants may also be required to demonstrate fundamental computer and freehand sketching skills. Generally, completion of an acceptable bachelor's degree is necessary for admission to graduate programmes. Universities have varying prerequisites and some have flexible admittance requirements. After the completion, you may be accepted as a intern to begin your training at the next level. 

Architects must also be registered with the state or territory's Architects Registration Board in order to practise. To apply for registration, you must complete an accredited architecture degree, and then we can give you with two years of supervised experience with an architectural firm so you may sit the Architects Accreditation Council of Australia's examination in architectural practise (AACA).

Future Opportunities

Future Opportunities

Working in architecture gives you the opportunity to shape the world we live in by creating and designing spaces, buildings and cities – literally. The architecture field plays a vital role in our daily lives, making it a career with impact. Though the industry is competitive and architects require a great deal of studies and internships to start working, architecture is a field that pays off in the long term. Learn exactly what a career in Architecture can do for you and why an internship abroad is an ideal way to get ahead in this competitive industry.

Pursuing a career in architecture requires a great deal of study and experience. An architecture internship abroad is a great way to earn some professional experience while also living in a foreign country, where you can soak up the local architecture and learn about a brand new city and its architectural history. Architecture internships abroad will boost your career and allow you to get your foot in the door in the industry. You’ll also have the opportunity to gain vital professional contacts. International Architecture interns at The Intern Group work with professional, established firms in major global cities like New York City, London, Hong Kong, Madrid, Medellín, and Melbourne and Sydeny.

Safety

Safety

Architects train to be aware of health and safety risks because no-one wants to build an unsafe building that causes death and injury rather than providing a safe and comfortable place to live and work. Whilst the employer and employee have their own responsibilities and duties, there are many potential risks on site that everyone should be aware of. These are like many other job roles, but they still impact on an architect’s health because of the consequences of this lifestyle. These health risks of being an architect will damage your quality of life. The impact starts at a low level until it builds up to a breaking point, and you end up with a chronic health condition.

Lack of Physical Movement

Lack of Physical Movement

You can only do one activity with your body at a time.

In addition, you have a limited amount of time each day, and if you spend it in the office producing designs on a computer screen, you can't go to the gym or for a walk in the park.

Working long hours at an office limits opportunities for physical activity and calorie burning.

Consequences of having little or no exercise during the workday include:

Reduced muscular strength

Weakness in stamina

Low energy levels.

Lack of mental acuity.

Regular physical activity circulates oxygenated blood throughout the body, generates hormones, and sharpens the mind in addition to toning the body.

By swapping increasing sedentary work hours for physical activity, you lack the associated health benefits.

Stress

Stress

If there were no stress, you would be unconscious. Some pressure is necessary; it provides the impetus necessary to attain your objectives and solve the situation. The stress reaction has evolved from a more physical (flight or fight) phase, and your brain reacts to stress by flooding your body with chemicals to prepare it for action. Unfortunately, if you spend your day as an architect dealing with demanding clients, unhelpful officials, and approaching deadlines, your body is constantly revved up for action. The outcome is an abundance of stress-related health hazards (such as high blood pressure) and the possibility of burnout when something must break. Less time is spent cultivating social relationships with family and friends as a result of working long hours; this increases your stress and removes your support and relaxation system which can be critical for you health.  Therefore take little breaks when you working for long periods and try to keep calm.

Fatigue

A lack of sleep, a bad diet, and a lack of physical activity all contribute to mental and physical fatigue during the day.

Fatigue is fatal, "if you drive when tired, you will miss the stop sign. A fatigued body is susceptible to infection, illness, trips, and falls.

The amount of sleep effects your body in many ways. Sleep is when your body recovers from the strains of daily life and your mind resets itself. Ensure that you are obtaining the optimal quantity of sleep, which varies for each individual.

Do architects sleep less than everyone else? It may have become a habit during college, but your sleep debt will eventually crush you. Stop abusing your body and get a good night's rest.

Balance

Balance

The most effective strategy to prevent the health hazards associated with being an architect is to design your life to include sufficient time for friends and family, physical activity, decent nutrition, and a moderate but not excessive work schedule. There will be times when you must work long hours, but there will also be periods when you can work less and spend more time with your family. Your physical and mental energy levels gain from extensive time off, as you can then operate with greater concentration and complete tasks more effectively. A healthy work-life balance is beneficial to one's health, wealth, and quality of life. Pamper your body, take time to unwind, and acknowledge your accomplishments.

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