Engineering Innovation Blog - Davron Engineering Wollongong

What is a Structural Engineer?

Sun, 27 Mar 2022 08:14:43 GMT

Have you ever wondered how skyscrapers stay up, or how bridges don't collapse under the weight of traffic? How do these structures withstand earthquakes and high winds? That's the job of a structural engineer.

What is a structural engineer?

A structural engineer analyzes and designs the structural support systems of buildings and other large structures, such as bridges and dams. They are responsible for ensuring the structural integrity of these structures.

To do this, structural engineers must have a thorough understanding of mathematics, physics, and engineering principles . They must also be able to apply this knowledge to the specific requirements of each project

Structural engineers typically work for engineering firms or construction companies. They may also work for government agencies, universities, or architectural firms, where they are responsible for designing the structural elements of buildings.

What does a structural engineer do?

A structural engineer typically starts by studying the requirements of the project. They will then design a structure that meets those requirements, while also taking into account the limitations of the materials and construction methods available. The structural engineer will also need to take into account any environmental factors that could affect the structure, such as wind or earthquakes.

Once the design is complete, the structural engineer will work with the architect and contractors to ensure that the structure is built correctly and safely. They may also be responsible for inspecting and maintaining the structure once it is completed.

Structural engineers use a variety of tools and techniques to assess the strength and safety of a structure. One common tool is the finite element method, which allows them to model the behaviour of a structure under various loads. This information can then be used to determine what, if any, modifications need to be made to ensure the safety of the structure.

Another important part of structural engineering is safety assessment. This involves evaluating a structure to determine how it will respond in the event of an emergency, such as a fire or earthquake. This information can be used to help plan for and evacuate people from a building in the event of an emergency.

What can I expect from a structural engineer?

When you hire a structural engineer, you can expect them to deliver a safe and structurally sound building, home, or other structure. Structural engineers work with you to understand your needs and constraints, and they will ensure that your structure meets all applicable codes and regulations.

Structural engineers will take into account all the required standards and design a structure that is both feasible and effective. A structural engineer will also work with the architect and contractor to ensure that the structure is built correctly and safely. They may also be responsible for inspecting and maintaining the structure once it is completed.

What are some common structures designed by a structural engineer?

Structural engineers are responsible for the design of many common structures that we see every day, including bridges, dams, and skyscrapers. While their designs may vary depending on the specific project, there are a few common structural features that are often used in order to make a structure more stable and durable.

One common structural feature is the use of arches. Arches are curved shapes that can be used to support a structure's weight by distributing it evenly across its surface. This makes them ideal for supporting heavy loads, such as those found in bridges and dams.

Another common feature is the use of beams. Beams are horizontal or vertical members that are used to support the weight of a structure. They can be made from a variety of materials, such as steel or concrete, and can be used in a variety of configurations depending on the needs of the project.

Finally, structural engineers often use columns to support a structure's weight. Columns are vertical members that are typically placed near the edges of a structure in order to provide stability. They can also be made from a variety of materials depending on the needs of the project.

What are some common challenges faced by a structural engineer?

One of the common challenges faced by a structural engineer at a construction site is ensuring that a structure is able to withstand wind loads. Wind can cause a structure to become unstable and collapse. In order to counteract the effects of wind, a structural engineer may need to add bracing or reinforcements to a structure.

Another common challenge faced by a structural engineer is ensuring that a structure can support its own weight. A structure that is not able to support its own weight may collapse under its own weight. In order to prevent this, a structural engineer must ensure that the foundation of a structure is sturdy and able to support the weight of the structure.

A structural engineer must also take into account the seismic activity in an area when designing a structure. A structure that is not designed to withstand seismic activity may collapse during an earthquake.

A structural engineer must also be aware of the limitations of materials when designing a structure. If a material is not strong enough to support the loads that will be placed on it, the structure may collapse.

In order to overcome these challenges, a structural engineer must have a comprehensive understanding of physics and math. They must also have experience designing building structures that are able to withstand wind loads, seismic activity, and the weight of the structure.

What is the difference between a structural and civil engineer?

Structural engineers and civil engineers are both highly skilled professionals, but they have different areas of focus. A structural engineer is responsible for the design and construction of buildings and other large structures, while civil engineers are responsible for the design and construction of roads, bridges, and other public infrastructure.

One of the main differences between these two types of engineers is their level of expertise in dealing with materials. A structural engineer typically has a background in metalworking and welding, while civil engineers typically have a background in concrete work. This difference in expertise leads to different areas of focus for each type of engineer.

A structural engineer is mainly concerned with making sure that the structure they are designing is strong and stable, while civil engineers are mainly concerned with making sure that the structure is able to withstand the loads it will be subjected to. In general, a structural engineer is responsible for the overall design of a structure, while civil engineers is responsible for specific elements of the design, such as the foundation or the road surface.

To sum it up, civil engineers typically deal with the design and construction of public works projects, such as bridges, roads, and dams. A structural engineer specializes in the design of structures that support or resist loads, such as buildings and bridges. Structural engineers may also be involved in the design of tunnels, dams, and other large-scale projects.

Both types of engineers are essential for designing and constructing safe and functional structures, but their areas of focus can vary widely depending on their level of expertise and experience. So if you're planning on hiring an engineer for your project, be sure to clarify what type of engineer you need and what their area of focus will be. You can easily find both in a civil engineering firm .

Do I need a professional engineer for a new house build?

When it comes to home projects, a structural engineer can be a valuable asset. There are many reasons why hiring a structural engineer is a good idea for home projects:

Safety: A structural engineer can ensure that your project is safe. They will analyze the structure of your home and identify any potential risks.
Compliance with Codes: Most jurisdictions have building codes that must be followed when completing a home project. A structural engineer can help ensure that your project complies with all applicable codes.
Expertise: A structural engineer has extensive training in the analysis and design of structures. Their knowledge in structural analysis and design can be invaluable when undertaking home building projects.
Peace of Mind: By hiring a structural engineer, you can rest assured knowing that your project is in good hands. They will take care of everything to ensure the structural integrity of your new house build, ensuring that your project is completed safely and correctly.

Hiring a structural engineer for your home project is a wise decision. They can ensure the safety of your project, help you comply with applicable codes, and provide expert knowledge and guidance.

How much does it cost to hire a structural engineer?

The cost of hiring a structural engineer can vary depending on the project. According to Houzz , you could spend anywhere between AU$300 to AU$15,000 for the services of a structural engineer in Australia. The cheapest service to get is a building inspection report, while a detailed structural plan could set you back the most, which makes sense considering that the work involved is crucial.

However, most structural engineering firms charge an hourly rate. On average, projects typically cost AU$100 to AU$250 per hour for services rendered.

Some structural engineers may also charge a flat fee for their services. The cost for a structural engineer's time and expertise can be expensive, but it is an investment that can help ensure the safety of your home or business.

Keep in mind that structural engineering is a very specialized field that is part of the larger branch known as civil engineering. This means that the cost of hiring a structural engineer can be worth it, especially if your project is time-sensitive or involves complex structures.

If you’re considering hiring a structural engineer for your next project, be sure to budget appropriately and ask around for recommendations. By doing so, you can ensure that your project goes smoothly and that your structural engineer is up to the task. When it comes to your safety, it is always worth it to invest in the best.

Key takeaways

A structural engineer is a professional who is responsible for the design and safety of structures like buildings, bridges, and dams. They use their knowledge of physics and engineering to ensure that the structures they design can support the weight of people or objects that will be placed on them. Structural engineers often work with architects to create safe, stable designs for new structures, or they may be called in to assess the safety of an existing structure. Thanks to the work of structural engineers, many people today can live and work in buildings that are safe and sturdy.

Need expert structural engineering services in Wollongong?

If you are looking for a qualified structural engineer for your building project in NSW or ACT, let the expert structural engineers at Davron Engineering take care of it. Whether it's residential, commercial, or industrial, we will work closely with you to provide innovative and practical solutions for your project.

Top 5 of the Most Amazing Swimming Pools on the Planet

Mon, 15 Mar 2021 05:57:50 GMT

Building a swimming pool is an undertaking that requires a lot of time, effort and skill.

But all of the hard work will be worth it once the project is completed and you are able to enjoy the beauty, entertainment, tranquillity and relaxation that a pool provides.

This is especially true for high-end swimming pools with complex design and construction requirements, such as the ones you’ll be seeing in this blog post.

What usually happens in this kind of situation is that a group of professionals work together with other groups of professionals to help bring an intricate concept to life.

Engineers are often part of this group . One of their roles is to suggest a suitable design that works for the client’s requirements while also keeping safety in mind.

Let’s take a look at some of the most beautiful swimming pools in the world, which most likely required the knowledge and expertise of an engineer to get done.

Grace Hotel Infinity Pool - Greece

Santorini is a place full of remarkable beauty, and the infinity pool at the Grace Hotel is one of them. Perched on a clifftop almost 1,000 feet above the iconic Caldera basin, this infinity pool overlooks the scenic Aegean Sea and is on a league of its own in terms of views, especially as it becomes dark.

The San Alfonso del Mar’s Saltwater Pool – Chile

This massive luxury resort in Chile boasts what was once one of the world’s largest swimming pools. Covering an area equivalent to more than 15 football fields, the resort’s saltwater swimming pool offers stunning overlooking views of the Pacific Ocean and features a gorgeous white sand beach.

One&Only Reethi Rah’s Serenity Pool – Maldives

The Reethi Rah is an ultra-luxury resort in the Maldives that is home to the architectural marvel that is the Serenity pool. This adults-only infinity pool is almost a hundred feet long and overlooks the lagoon, meaning that you can enjoy breathtaking views of the ocean in infinity pool style.

Ubud Hanging Gardens Pool – Indonesia

Regarded by many as the best swimming pool in the world, the amazing infinity pool at the Ubud Hanging Gardens, which is essentially two infinity pools in one, offers an unforgettable pool experience along with endless spectacular views of the surrounding jungle. Even though it’s only a swimming pool, it’s considered by many as the main attraction in a place that is full of many amazing things to enjoy and appreciate.

Marina Bay Sands Infinity Pool – Singapore

What would this list be without this beauty? The Marina Bay Sands Hotel, an architectural feat in itself , boasts the world’s largest roof infinity pool, which is another architectural marvel in its own right. This world-famous infinity pool stands 57 levels above the ground and offers unforgettable overlooking panoramic views of the city.

Ready to Build Your Dream Swimming Pool?

Whether you are looking to build or renovate a pool, Davron Engineering’s qualified team of experienced engineers can help bring your vision to life through our expert pool design service.

But that’s not all that we do. As a multidisciplinary engineering firm, we can also help you with residential engineering design, renovation solutions, flood and drainage engineering, surface drainage design, and much more!

A Quick Overview of the Main Types of Retaining Walls

Fri, 30 Oct 2020 03:49:51 GMT

Retaining walls are everywhere in Australia. We see them all the time, but only if we’re looking for them. From major highways and public parks to schools and residential properties, these structures serve a number of purposes for society.

What is a Retaining Wall?

A retaining wall is a specially designed rigid, strong structure used to hold back the soil behind it. It withstands the lateral pressure of soil and helps prevent the earth it’s supporting from moving towards the bottom of the slope.

Retaining walls have a variety of uses, from practical reasons to aesthetic purposes.

They can be used to help prevent landslides and soil erosion on steep, vertical or near vertical slopes along roads and footpaths.

B etween 1842 and 2011, landslides are known to have caused at least 312 casualties (138 killed, 174 injured). Retaining walls have played a vital role in reducing the number of casualties from landslides in the country and across the world.

They are also used in landscaping to create functional or decorative features, such as a sloped garden or a terraced yard.

There are many different types of retaining walls, each serving a different purpose. If you have a project coming up that requires a retaining wall, the type you’ll need will vary depending on your specific needs.

This blog post offers a brief rundown of the retaining walls commonly used in Australia.

Gravity Walls

A gravity retaining wall depends on its own structural weight and mass to withstand lateral earth pressure.

T hey can be constructed using a variety of heavy materials, such as pavers, bricks, dry-stacked stone, and large concrete blocks, among others. This one is durable, easy to install, and offers design versatility.

Cantilevered Walls

Cantilevered retaining walls are built from reinforced concrete and often constructed in an inverted T shape. They usually consist of a stem and a base slab, reinforced with steel.

This style can either be prefabricated offsite or poured on site. The strength of cantilevered retaining walls makes them a popular option in commercial retaining wall projects. You will need some civil engineering expertise to ensure that the cantilever wall design is stable.

Counterfort Walls

This style is similar to cantilevered walls, but the difference is it comes with vertical wings along the backside of the wall that provide additional strength and support.

The counterforts reduce the shear forces put on the wall by the soil and also adds some weight to the wall. They are favoured over cantilever retaining walls when the wall is above 25 feet.

Sheet Pile Walls

This one uses a collection of long piles to secure the wall in place. The piles are placed adjacent to each other and forced deep into the ground at a depth that allows them to withstand a significant amount of lateral pressure.

T hey can be made from vinyl, steel, precast concrete, or wood planks. This wall type is the go-to when the project is on soft soil.

Anchored Walls

Anchored retaining walls are constructed by driving cable rods or strips deep into the earth. To aid anchorage, the ends of the rods/strips are filled with concrete or are formed into a shape that securely binds to the soil.

T his type of retaining wall is favoured when the space is limited or when loose soil is present over the soil rocks.

Looking for Professional Retaining Wall Design?

If you need a retaining wall and want to ensure that its design is as robust as possible, the Davron Engineering team can help you with that.

Whether it’s a small residential project or a major commercial development, we are an established Wollongong engineering company that provides exceptional retaining wall design services.

Our structural engineers can help you determine the best type of retaining wall for your project and then come up with a design that is built to last.

Feel free to contact us if you have any questions or want to book a consultation.

Some Concrete Advice: What You Need to Know About Concrete Slab Types

Thu, 26 Mar 2020 18:48:24 GMT

Almost 6 million commercial buildings are built each year. Of the 6 million buildings, every single one uses concrete of some type in their construction. But, the popularity of concrete has begun to surge in residential construction as well.

It makes sense. Concrete is energy efficient , allows you to avoid pests like termites, and offers a modern finishing that traditional methods lack.

But, how is the concrete poured? How is it used? That's where concrete slabs come in.

Here we will tell you all about the different concrete slab types and what their applications are.

What is a Concrete Slab?

A concrete slab is the foundation of construction for a variety of different types of buildings. It's a large rectangle of poured concrete that offers a flat surface to build from.

There is a huge variety of different concrete slab types which we will go over here.

1. One-Way Slabs on Beams

One-way slabs on beams are continuous pours cast in situ method so that the form will be fixed on the reinforcements themselves. Once the concrete is attached to the reinforcement fresh concrete is poured on top to secure the slab.

2. One-Way Joist Slab, or Ribbed Slab

This one is a floor slab that's supported by additional ribs, also known as joists. The ribs are supported by girders resting on the columns of the build.

3. Waffle Slab

This is a reinforced concrete slab that has square gridding with deep sides. When viewed from above it looks like a waffle because of all the square pockets.

It's a more expensive technique because it takes a lot of materials to accomplish and more structural engineering .

4. Flat Plates

Flat plates are one or two-way slabs supported directly by the walls or columns of a build. They use simple frameworks and are easy to build.

5. Flat Slabs

This is a reinforced slab also supported directly by columns or caps and doesn't use beams for additional support. These work well with column capitals and are easy to construct.

6. Two-Way Slabs on Beams

These are similar to the one-way slab but they need an additional framework. Two-way slabs have supports on all sides of the slab.

7. Hollow Core Slab

This is a precast slab that gets cores run through it. This declines the weight of the slab and increases its structural efficiency. It also allows for wiring and other materials to be put through the cores.

8. Hardy Slab

This slab is built using hardy bricks so there will be significantly less poured concrete once finished. This lowers the slab's self-weight and gives the slab a thicker pour.

This is a good choice if you're in a particularly hot climate.

9. Bubble Deck Slab

Bubble deck slabs use a combination of poured concrete and plastic reinforced bubbles to replace the ineffective concrete in the center of the slab.

These reduce weight, allow for larger spans to be poured, and increase the strength of the slab.

10. Composite Slab

These slabs are typically built from a reinforced concrete cast placed on top of profiled steel decking.

The decking itself becomes the formwork and is the external reinforcement during the slab's lifetime.

Concrete is More Than Pour and Go: Different Concrete Slab Types Make the Project Better

We hope this has taught you more about the different concrete slab types.

Ready to learn more? Contact us today !

Water Sustainability in the Future

Thu, 19 Mar 2020 18:39:45 GMT

Did you know that more than 900 billion gallons of water are wasted every year around the globe?

Many people may not understand the importance of effective water management. Finding ways to manage water has many benefits to the economy, the environment, and society. When water isn't properly managed, there are large detrimental impacts on the health of the above-listed systems.

That's why today, we've created a complete guide to go over the basics of effective water management. Keep reading to learn more!

Three M's

The three M's stand for meter, measure, and manage. By keeping data of the water a facility is using, it can help the company to analyze potential opportunities for saving.

Once these opportunities are identified, it will also help the organization to find equipment that helps them to cut back on the waste of water. For example, if a company is seeing a spike in their water usage because of a leaky faucet, they can take out the assets needed to prevent water waste from malfunctioning equipment.

Understanding your company's current water use and how much it costs in your business is important. You'll be better able to create a comprehensive plan that's effective for managing your water usage.

Irrigation and Landscaping

A company can use smart irrigation and landscaping techniques to reduce its water waste.

This can be done by planting vegetation that is tolerant to droughts and doesn't require excessive amounts of water to keep alive.

The landscape business can also be reworked to reduce the amount of water but being used during irrigation.

Storm Water Management

Sustainable storm water management is also essential for water sustainability.

By reducing stormwater runoff the volume, it reduces the number of heavy metals in our water. It also greatly cuts back on the suspended solids entering into our watersheds.

Plus, using technology that's effective for stormwater management on-site is beneficial. You'll help to reduce the detrimental impact that pollution has on water quality.

This basic water management technique is useful for preventing erosion on the land surrounding business property. It's also great for preventing dangerous materials from entering into the water and lowering the quality of the water.

Recover Rainwater

Use a recovery system to capture rainwater that collects on the roof.

Re-direct it to a type of storage tank will allow businesses to use this water for irrigating their landscape and for flushing their toilets.

Understanding the Importance of Effective Water Management

By combining strategic planning, conservation efforts, and project execution, understanding the basics of water management has the potential to positively impact businesses of all sizes.

Taking the basic steps towards effective water management will allow your company to contribute to the proper quality, quantity, and location of a water system that supports the health of your surrounding community.

Are you interested in learning how your business can benefit from water management and water quality services?

Click here to contact us today to learn more.

Importance of Hydrology in Civil Engineering

Sun, 02 Jun 2019 09:58:00 GMT

Hydrology is a diverse field that plays a vital role in society and, in particular, the work of civil engineers in developing water resources infrastructure.

At its most basic definition, hydrology is the scientific study of movement, distribution and water quality on Earth and other planets, including the water cycle, water resources, and environmental watershed sustainability.

It is an important field where the people who study hydrology (which are called hydrologists) use their knowledge and expertise to combat water pollution, protect the earth’s water resources, and provide engineering hydrology – which is an engineering specialty focusing on water resources.

Specifically, they work to find water supplies for towns and cities, design irrigation systems for farms and vineyards, control flooding of streams and rivers, control soil erosion, and protect the environment by preventing and cleaning up water pollution. And in order for them to solve the water-related problems in society, they apply scientific knowledge and mathematical equations.

Just like civil engineers , hydrologists divide their time between working in the office and in the field. Their specific job responsibilities include, but are not limited to, overseeing water quality testing, collecting basic data of various kinds, directing the work of field crews, interpreting all hydrologic data, operating hydrologic equipment, identifying risks of pipeline leaks on underground water tables, and performing analyses of consequences of water releases from reserves.

Hydrologists work in conjunction with civil engineers to ensure the quality, integrity and sustainability of infrastructure construction projects. Civil engineers use the knowledge, information, observation and data that have been collected by hydrologists to design, build and operate dams and reservoirs.

Without taking into account the hydrological equations in our engineering projects, all of our reservoirs, spillways and dams will be plagued with water-related problems that have great potential to cause destruction of properties and even loss of lives. Other than that, the quality of our hydraulic structures, water drainage systems and city water supply systems will also suffer greatly.

Water is the most essential element to life on Earth, but our planet has a complex water system that requires many years of study and dedication to fully understand. That is why we are fortunate enough to have lots of skilled hydrologists in this world who help us solve water problems and provide extremely valuable information to other important fields, such as civil engineering.

The 7 Longest Bridges in the World

Sun, 02 Jun 2019 09:48:00 GMT

The lengthiest bridges in the world come in a variety of styles, stand in disparate heights, and are located in different countries.

The role of structural engineers is to supervise the design, analysis and integrity of bridges from start to finish.

The knowledge and expertise of engineers are crucial to the overall success of bridge construction projects all around the world, and their complex calculations and findings are where the contractors and builders will base their work on.

Here are the 7 longest bridges in the world.

Danyang-Kunshan Grand Bridge (China)

Currently the Guinness World Records’ record-holder for being the longest bridge in the world, the Danyang-Kunshan Grand Bridge is a magnificent viaduct that runs through the cities of Kunshan, Shunzou, Wixo, Changzhou, and Danyang. The bridge, which has a total length of 164,800 metres (164.8 kilometres), costs more than 8 billion USD to build and took around four years to complete.

Changhua-Kaohsiung Viaduct (Taiwan)

Located in Taiwan, the Changhua-Kaohsiung Viaduct is the second-longest bridge in the world and was the former longest bridge until the completion of the Danyang-Kunshan Grand Bridge in 2010. The bridge, which acts as a viaduct for the Taiwan High-Speed Rail network’s railway, boasts a total length of 157,317 metres (157.3 kilometres) and was designed to survive seismic events.

Tianjin Grand Bridge (China)

The Tianjin Grand Bridge is a viaduct bridge that extends 113,700 metres (113.7 kilometres) between the cities of Langfang and Qingxian and acts as a part of the Beijing-Shanghai High-Speed Railway. Although Taiwan’s Changhua-Kaohsiung Viaduct is lengthier, the Guinness World Records considers the Tianjin Grand Bridge as the second-longest bridge for some reason.

Cangde Grand Bridge (China)

Known as the world’s fourth-longest bridge, the Cangde Grand Bridge has a total length of 105,810 metres (or 105.81 kilometres) and is a part of the Beijing-Shanghai High-Speed Railway. The super bridge was designed to be earthquake resistant to allow cars to safely pass through during seismic events.

Weinan Weihe Grand Bridge (China)

Impressively the fourth entry from China in this list, the Weinan Weihe Grand Bridge extends 79,732 metres (or 79.7 kilometres) between the megacities of Xi’an and Zhengzhou. And just like the other entries from China on this list, the Weinan Weihe Grand Bridge is also a part of a railway – the Zhengzhou-Xi’an High-Speed Railway. Due to the bridge’s absurd length, it crosses the Wei River two times, along with numerous rivers and railways.

Bang Na Expressway (Thailand)

Once the proud title holder of the world’s longest bridge, Thailand’s Bang Na Expressway is a six-lane overpass-style bridge that is 54,000 metres (or 54 kilometres) in length and is made of many spans, which have an average length of 42 metres. The super long bridge, which is 27 metres wide, took 1.8 million cubic metres of concrete to construct and was built span-by-span and section-by-section. The elevated structure also has two toll plazas.

Beijing Grand Bridge (China)

China really loves its bridges. The Beijing Grand Bridge is a long railway viaduct that boasts a total length of 48,154 metres (or 48.1 kilometres). It is part of the Beijing-Shanghai High-Speed Railway. Aside from its enormous length, not much is known about the Beijing Grand Bridge, making it an enigmatic structure that proudly holds the record for being one of the world’s longest bridges.

Top 5 Tallest Buildings in the World (That Have Been Completed)

Thu, 21 Mar 2019 02:50:00 GMT

Anything is possible in a world full of innovative minds, engineering, new technologies, and tireless manpower. We now have computers on a stick, cars that communicate with one another, zero-emissions vehicles for sustainable transportation, autonomous drones, eco-friendly buildings, and so much more.

But what is even more impressive than the above is the manmade structures that soar to extraordinary heights but remain steady like a rock.

These insanely tall structures are thousands of feet tall, yet they are as durable and strong as average-sized houses and buildings. Making such feats possible are structural engineers .

There are currently a handful of supertall structures that are under construction however here at Davron Engineering we are going to talk about the top five tallest completed buildings.

Burj Khalifa

Of course, the Burj Khalifa is number one in this list.

With a height of 2,717 feet (828 metres), the Burj Khalifa is the undisputed tallest building in the world.

The mega skyscraper from Dubai consists of 163 floors and is primarily made of steel and concrete. The Burj Khalifa’s astounding architecture features references to Islamic architecture but also reflects the modern design and its qualities. The supertall structure boasts hotel rooms, office suites, a restaurant, and an outdoor observation deck, among others.

Shanghai Tower

Standing at 2,073 feet (632 metres), Shanghai Tower is a 128-storey supertall skyscraper regarded as the second-tallest building in the world.

Characterised by its spiralling form and curved façade, Shanghai Tower soars proudly above the skyline of China’s largest city.

It boasts an eclectic mix of hotels, offices, restaurants, and shops, as well as a sky lobby and a garden atrium.

Because of Shanghai Tower’s excellence as a structure, it gained recognition throughout China and won the Tien-yow Jeme Civil Engineering prize of 2018.

Makkah Royal Clock Tower

Despite being the third-tallest building in the world, the Makkah Royal Clock Tower in Saudi Arabia doesn’t get that much international acclaim like its contemporaries in this list. At 1,972 feet (601 metres), the Makkah Royal Clock Tower boasts a total of 120 floors that are split between residential and hotel uses, and also offers a variety of cultural amenities that include a lunar observation centre and a cosmology museum.

Ping An Finance Centre

Located in Shenzhen, China, the Ping An International Finance Centre is the fourth-tallest building in the world at 1,965 feet (599.1 metres). The supertall Chinese structure perfectly represents a new age of prototypical Asian skyscraper: hyper-connected, very tall, and very dense. The Ping An Finance Centre uses huge amounts of stainless steel for its façade because this material’s outstanding corrosion resistance means that it will allow the structure to retain its appearance over the decades despite the city’s notorious salty coastal atmosphere.

Lotte World Tower

At 1,819 feet (554.5 metres), Seoul’s Lotte World Tower is the fifth-tallest building in the planet.

With its sleek tapered form, the mega-skyscraper manages to stand out from Seoul’s rough topography that can be best described as rocky and mountainous.

Comprising of 123 floors, Lotte World Tower boasts a 7-star luxury hotel, an officetel, an observation deck, a rooftop café, offices, and retail components. The tower’s unique design takes inspiration from traditional Korean art forms, with a nice touch of modern aesthetic.

We are Hiring – AutoCAD Drafter/ Administrative Duties

Mon, 16 Jul 2018 13:43:00 GMT

Davron Engineering, based in Unanderra, is a small but dynamic structural and civil engineering consultancy company primarily servicing the commercial, industrial and residential industries.

We are seeking a part time/full time competent AutoCAD drafter for structural and civil drafting and administration duties.

The role would be part of a small team and would require an individual who can work on their own initiative and deliver work in a timely and accurate manner.

To be considered for this role you will need:

Diploma in Civil Engineering (or in process of completing), however, we would look at the individual and their relevant experience
Sound knowledge of AutoCAD
Excellent communication skills
Strong work ethics

Attention to detail
Commitment to work,
‘Can do’ attitude are strongly encouraged to apply by submitting cover letter and resume.

Candidates should have full working rights in Australia. Visa Sponsorship is not available.

This position is full time however a part time position to allow for the completion of studies may be negotiated for a suitable applicant.

Email resume to davron@davronengineering.com.au

Concrete Slab Design Wollongong

Mon, 16 Jul 2018 13:38:00 GMT

Davron engineering , based in Wollongong, Illawarra are experienced structural engineers specialising in concrete slab design .

Davron’s Structural Engineering services are ideal for planning and design of residential buildings and structures.

David at Davron Engineering says, “A slab design as part of a home or building is structural and is actually the most important part of a building, as it is the one part of the building that bears the weight of everything”.

Davron engineering has over 21 years’ experience in concrete slab design for homes and buildings and below put together some general information about concrete and concrete slab design s .

What is concrete?

Concrete is made up of three ingredients

Cement
Various aggregates such as sand, pebbles, gravel, stones and
Water

Concrete is strong and inexpensive as a direct result it is everywhere. Roads, sidewalks, houses, bridges, skyscrapers, pipes, dams, slabs, walls, beams, foundations and more. In fact, it is the most frequently used material in construction.

What is Reinforced concrete?

Concrete has the ability to withstand heavy weight or forces on it and actually gains strength as it ages. Some very thick concrete structures, like dams, will continue to gain strength for months or years. However while concrete is strong in compression it has almost no tensile strength, the ability to withstand expansion, contraction or stretching. Sufficient tensile stresses cause the concrete to crack.

Concrete, however, can be strengthened with steel to make reinforced concrete . The steel reinforcement (Rebar)—rods, bars, or mesh—absorbs the tensile stresses.

In concrete slabs , the concrete provides the slab with compressive (squeezing) strength and the steel tensile (stretching) strength.

Concrete Slabs for homes and buildings

The thickness and rebar installation on structural concrete slabs are carefully determined by a structural engineer .

Slabs are classified into two main groups depending on whether they are supported on the ground or suspended in a building.

Raft or Ground Slab : is usually used as the foundation for new houses and extensions, raft slabs in Australia are designed to comply with Australian standard AS2870. They are poured directly into excavated trenches in the ground. They rely entirely on the existing ground for support. The ground, known in the industry as the foundation , must be strong enough to support the concrete slab . Another term is a waffle slab which is like an egg box arrangement i.e. it is not one solid slab.

Suspended Slabs : A suspended slab is raised off the ground and has an accessible sub-floor area. In a residential situation, the slab is supported by external sub-floor walls of brick or concrete block etc. The slab is also supported by free-standing brick or concrete piers.

A structural engineer will design a concrete slab according to the specifications for the individual project.

What is Reinforced concrete?

Concrete, however, can be strengthened with steel to make reinforced concrete . The steel reinforcement (Rebar)—rods, bars, or mesh—absorbs the tensile stresses.

In concrete slabs , the concrete provides the slab with compressive (squeezing) strength and the steel tensile (stretching) strength.

Structural consulting

Cracks in concrete can never be entirely eliminated. While not all cracks are structurally significant, a qualified engineer should be consulted when there is any doubt.

Davron Engineering provides a comprehensive range of structural engineering services and consultancy for all structural engineering works including buildings, landscaping, retaining walls, swimming pools, slabs , structural and dilapidation reports.

For concrete slab design or structural consultancy in Wollongong, Illawarra, Sutherland, Southern Highlands and Nowra call and speak to a friendly adviser on 02 4271 4114 .

Structural Engineering and Bridges

Mon, 16 Jul 2018 13:33:00 GMT

Davron Engineering , a Wollongong Engineering firm in the Illawarra is a leader in both civil engineering and structural engineer . Within structural engineering are specialities such as bridge engineering .

Davron Engineering provides structural consulting which extends to bridge repairs and below have put together facts that they take into consideration when consulting .

Why a bridge?

All bridges are designed to allow loads to cross obstacles such as a body of water, valley, or road for the purpose of providing passage over the obstacle. Bridges have solved so many problems of transportation and helping people travel more conveniently from place to place.

Structural engineers go through several steps before even coming up with ideas for their final designs.

What is involved when designing a bridge?

The engineering process of designing a bridge broken down into three simple steps.

Identifying the problem – First and foremost, engineers must understand the problem needing to be solved which includes the complexities of the site and the customer needs.
Determining potential bridge loads – what types of loads or forces they expect the bridge to carry. Loads might include traffic ie trains, trucks, people, cars. Other loads might be from the natural environment ie snow, winds, rushing water, earthquakes.
Designing the bridge – After having calculated the largest anticipated force from all the possible load combinations, engineers use mathematical equations to calculate the amount of material required to resist the loads, design ideas would accommodate the anticipated loads and amount of material needed.

The Beam

Beam bridges are the simplest structural forms and is basically a rigid horizontal structure that rest on two piers, one located at each end of the bridge. The simplest beam bridge could be a log or a wood plank laid across a stream.

The beam bridges can be made longer by placing piers or towers in the middle of the bridge to support the beam structure.

The Arch

Arch bridges have great natural strength and are the most popular in bridge design. The curved design does not push load forces straight down, but instead, they are conveyed along the curve of the arch to the supports on each end. These supports (called abutments) carry the load of entire bridge and are responsible for holding the arch in the precise position unmoving position.

The Truss

Truss bridges are a type of bridge design that uses multiple triangles to support very heavy loads. The design provides support for the entire bridge and gives strength making it ideal for very high traffic and heavy load areas. The Sydney Harbour Bridge is one of the most famous truss bridges.

Sydney Harbour Bridge

Golden Gate Bridge

The Brooklyn Bridge

The Suspension (Or Cable)

A suspension bridge is a type of bridge in which the deck (the load-bearing portion) is hung and the traffic-carrying deck is supported by a series of wire ropes that hang from massive cables draped between tall towers. Suspension bridges are very strong and nowadays are the world’s longest bridge type. The Brooklyn Bridge in New York City and the Golden Gate Bridge in San Francisco are two of the most famous suspension bridges.

The Cantilever

The cantilever bridge is only supported on one end which makes it easier to build at difficult crossings as they do not need to be supported during the construction. The main elements of a Cantilever bridge are cantilevers (structures that are anchored at only one end while the other projects horizontally into space).

Civil engineers are creative people who solve problems. They come up with lots of ideas and then turn them into real things for people around the world to use. Bridges are no exception to this and have produced some of the most awe inspiring civil engineering wonders and construction projects throughout time.

If you need a structural consulting service for your project call and speak to a friendly adviser at Wollongong Engineering , Davron Engineering on 02 4271 4114.

Swimming Pool Design Wollongong

Mon, 16 Jul 2018 13:32:00 GMT

If you’re thinking about installing a pool on your property, then one of the first things you’ll want to decide on is the type of swimming pool to build. Davron engineering , based in Wollongong, will complete your swimming pools design and below have put together some important considerations.

You have three main choices a custom-designed concrete pool, a prefabricated fibreglass pool or a vinyl liner pool.

why design a concrete swimming pool ?

In the Illawarra, Sutherland and Southern Highlands when you think ‘pool’ you think ‘lifestyle’.

The trend in 2017 is carefully planned outdoor spaces with the acknowledgement that houses are also an investment so a swimming pool needs to add value to your home.

Because Concrete Pools can be custom designed pools to fit any space or size, concrete Swimming Pools are the most common type of swimming pool. In fact, Concrete swimming pools represent 60% of pools being built today and are an asset when the owner looks to sell the home.

With fibreglass swimming pool designs you are limited to the mould designs available and the material for a vinyl liner swimming pool is a polymer which will need to be replaced as it breaks down over time, therefore will not add value to your home.

Facts about concrete pools

Poured concrete offers more design flexibility than any other type of pool construction
Since concrete pools are constructed onsite from a substance that is poured into forms, then hardens, they can be any size and shape.
There are many options for the interior finish of concrete pools, from paint to tile to a pebbled surface.
Concrete pools are the usual choice for those that require a differently shaped pool to the options within a fibreglass mould or for families that prefer a large pool with curved edges, for example, a circular or oval pool that’s bigger than the standard fibreglass models.
The structure of a well-engineered, well-built concrete pool can last almost indefinitely if the pool is on a stable site.
For some projects, a concrete pool is a best and only choice

You have more swimming pool design options with a concrete pool such as incorporating a sloping or a tiered floor, or a deep floor that allows for diving.

Other visual aspects such as decorative tiling are suitable for a concrete pool only.

What is the process of getting a concrete swimming pool design ed?

If you are based in Wollongong, Sutherland or throughout the Illawarra and Southern Highlands, Davron Engineering will design a swimming pool , providing a turn-key solution.

Step One

Site Visit – Providing swimming pool designs throughout the Illawarra for over 21 years our Wollongong engineering team are experienced consultants and knows councils approval requirements and regulations.

On-site our engineer will perform a soil and structural analysis – analysing any natural conditions that may affect your future swimming pool. This also assists in the location and the optimal design of a structurally sound swimming pool.

Step Two

Swimming Pool Design – Design drawings are completed showing the actual layout of the pool, including shape, elevation, and size.

Our work includes:

Concrete Lap pool design s
Vanishing edge swimming pool design s
Above ground pool design s
Resort style pool design s
Artificial and natural rock features
Different designs for round and rectangular shapes

Step Three

Once you are 100% satisfied with your new swimming pool design , Davron Engineering can assist in submitting an application to your local council for approval and a construction certificate.

You are then ready to build.

Wollongong Engineering firm, Davron Engineering covers all civil engineering and structural engineering of a swimming pool design , making the process of designing your swimming pool easy whether a standardised pool or a custom engineered pool plan.

Our team at Davron Wollongong Engineering aim to make this exciting time easier by providing you the perfect design according to your site, space, comfort and budget, you can also be sure we’ll provide a solution that’s unique to your life and lifestyle.

Call and speak to a friendly adviser on 02 4271 4114 .

Retaining Wall Design Wollongong

Mon, 16 Jul 2018 13:25:00 GMT

Davron Wollongong Engineering design retaining walls for both residential and commercial projects.

Retaining walls are often used for but not limited to:

Boundaries
Outdoor Entertainment areas
Swimming Pools

Gardens
Sloped yards and
Wheelchair access

If you are needing a retaining wall, below is some useful information to assist.

Why should I call a structural engineer?

A structural engineer ’s job is to provide the technical knowledge to ensure a weight bearing structure is capable of handling the load placed on it.

A Retaining wall is a structure used to retain soil, rock or other materials in a vertical condition, deigned to support cuts and fills, retaining the soil when there is a drastic change in elevation, controlling erosion.

Considerations taken into account by a structural engineer include:

The retaining wall location
The slope of the ground above the wall
The slope of the ground at the bottom of the wall
Underground services
Retaining wall height, length and geometry

Drainage and the method and discharge point of that drainage system
Structural requirements
Materials
Backfill Soils and foundation soil preparation

Note: Once your retaining wall height is more than 900 mm it must be designed and constructed in accordance with Australian Standards. This will also mean you will need a geotechnical practitioner or structural engineer to acquire local council approval.

Davron’s structural engineers will advise on the selection of materials and provide drawings and specifications for your retaining wall construction.

We specialise in:

Gravity
Semi-Gravity

Crib Walls
Cantilever

Anchored
Reinforced and

Gabbion

If you are in Wollongong, Shellharbour, Illawarra, Shoalhaven, Southern Highlands, Sutherland or surrounds and need a retaining wall designed call our team at Davron Engineering .

Structural Landscaping Design Wollongong

Mon, 16 Jul 2018 13:21:00 GMT

What is structural landscaping ?

Being recommended in Wollongong to consult with a structural engineer or to get a structural landscaping design is an integral part of creating a long-term, structurally sound, pleasant outdoor space.

The term structural landscaping simply means you are constructing an external, non-habitable landscape design.

Structural Landscaping Design s for residential , commercial and industrial developments have been provided by Davron Engineering Wollongong in the Illawarra for over 21 years.

Davron Engineering have below put together some useful information when considering your next project.

What would you need a Structural landscape Engineer or Design for?

Features that may need a structural engineer include:

Retaining and Boundary Walls
Concreting and Drainage
Decks
Outdoor Entertaining Area
Pergolas & Gazebos
Fencing

Swimming Pools
Driveways or paths
Water features and ponds
Carports
Children’s playground equipment and cubbies

What services does a structural landscape engineer provide?

Features that may need a structural engineer include:

On site advice, ideas and possibilities
Structural Landscape Design (correct planning and implementation)
Construction advice structural landscaping as well as swimming pool designs
Advice on council development applications

If you are in Wollongong, Shellharbour, Illawarra, Shoalhaven, Southern Highlands Sutherland or surrounds and looking to transform your outdoor space our team at Davron Engineering thrives on innovation, creativity, and offers sparkling talent in the field of structural landscape design and consultancy.

Stormwater Design Wollongong

Mon, 16 Jul 2018 13:17:00 GMT

Stormwater drainage system and engineering designs for residential, commercial and industrial developments have been provided by Davron Engineering Wollongong in Illawarra for over 21 years.

Davron Engineering have below put together some commonly asked questions and terms used in Stormwater management .

What is Stormwater?

Stormwater is runoff from hard surfaces that prevent rain from soaking into the ground such as roads, driveways, footpaths and roofs. Water often flows from property drains to street gutters and/or pipe systems operated by local councils.

What is a Stormwater Drainage Management Plan?

The stormwater drainage system is a network of pipes, pits and overland drainage swales which are owned by individual property owners.

Flood risk management and drainage are key considerations when planning a new development.

A Stormwater drainage plan is typically required by council for all new buildings and for alterations and additions that involves changes to stormwater drainage on a property. It is a proposed illustrated design how rainwater will be managed on a site.

A plans usually considers:

Ground topography and geomorphology
Roof and surface water discharge
Drain location
Surface obstructions
Soil type and depth
Underground obstructions

Design depth
Ground conditions
Environmental considerations
Flood impact
Demonstration of no adverse impact on neighbouring properties stormwater conditions

Davron Engineering, Stormwater engineers in Wollongong , have the expertise to prepare cost effective design solutions and reports that will be accepted and approved.

Services provided includes:

What is Stormwater quality plan ?

Is an acceptable outcome to ensure a development is planned, design constructed and operated to manage stormwater and wastewater in line with protecting the environmental values identified in the Environmental Protection (Water) Policy 2009. The objective is to protect the receiving water quality of stormwater pollutants discharged.

What is a water-cycle management study ?

With a rapid increase in population, it is recognised that better water planning is needed on land used for residential, rural-residential, commercial or industrial development. For a more sustainable future for generations to come stormwater has been highlighted as a resource – with social, environmental and economic opportunities.

Both a stormwater quality plan and water-cycle management study is a strategy to implement water quality measures so that the stormwater generated from a site is treated to minimise the environmental impacts on the recovery lands and water.

Some councils have introduced management strategies to promote the conservation of our drinking water. This has put an emphasis on an efficient and effective re-use of Stormwater to reduce the use of high quality drinking water being used for purposes that only require a lower quality of water.

At Davron Engineering , our civil , structural and flood and drainage engineers bring an immense amount of knowledge to each and every project, understanding that every project is different. Predominantly servicing the Illawarra and Southern Highlands area of NSW, Davron Engineering’s extensive portfolio of projects include projects all along the eastern seaboard ranging from Papua New Guinea, Queensland, the ACT, Victoria and Tasmania.

Stormwater drainage system and engineering designs for residential, commercial and industrial developments have been provided by Davron Engineering Wollongong in Illawarra for over 21 years.

Davron Engineering have below put together some commonly asked questions and terms used in Stormwater management .

What is Stormwater?

Stormwater is runoff from hard surfaces that prevent rain from soaking into the ground such as roads, driveways, footpaths and roofs. Water often flows from property drains to street gutters and/or pipe systems operated by local councils.

What is a Stormwater Drainage Management Plan?

The stormwater drainage system is a network of pipes, pits and overland drainage swales which are owned by individual property owners.

Flood risk management and drainage are key considerations when planning a new development.

A plans usually considers:

Davron Engineering, Stormwater engineers in Wollongong , have the expertise to prepare cost effective design solutions and reports that will be accepted and approved.

Services provided includes:

What is Stormwater quality plan ?

What is a water-cycle management study ?

At Davron Engineering , our civil , structural and flood and drainage engineers bring an immense amount of knowledge to each and every project, understanding that every project is different. Predominantly servicing the Illawarra and Southern Highlands area of NSW, Davron Engineering’s extensive portfolio of projects include projects all along the eastern seaboard ranging from Papua New Guinea, Queensland, the ACT, Victoria and Tasmania.

The post Stormwater Design Wollongong appeared first on Davron Engineering Wollongong .

Amazing Engineering in Australia

Mon, 16 Jul 2018 13:16:00 GMT

Did you know the word Engineer comes from a Latin word meaning ‘cleverness’? Australia has a proud engineering heritage.

Davron Engineering , a Wollongong Engineering firm in the Illawarra have below put together some interesting facts on civil and structural engineering projects throughout Australia to commemorate some of Australia’s famous engineering feats.

Structural engineering is a branch of civil engineering dealing primarily with the design and construction of structures (such as bridges, buildings, dams)

The first Structural Engineering project to bring to stage is the Snowy Mountains Scheme .

The Snowy Mountains Scheme is the largest engineering project ever undertaken in Australia and is and one of the most complex integrated water and hydro-electric power schemes in the world.

The scheme collects the water from melting snow and rain in the Snowy Mountains and diverts it through mountains with tunnels and pipes to then be stored in dams. The water is then used by the power stations to create electricity.

INTERESTING FACTS

The scheme is made up of Sixteen major dams
Seven power stations
One pumping station
225 kilometres of tunnels and pipelines
Started in 1949 and Finished in 1974 – twenty five years to complete

Cost $820 million approx.
More than 100,000 people from over 30 countries worked on the scheme
In 2016, the Snowy Mountains Scheme was added to the Australian National Heritage

Another scheme to be praised is The Goldfields Water Supply Scheme .

The discovery of large alluvial gold deposits in Coolgardie (1892) and Kalgoorlie (1893) increased the population significantly.

By 1895 it was clear that the problem of supplying water to the growing population on the goldfields needed a radical solution. The Goldfields Water Supply Scheme runs for 560km, pumping water from Perth’s foothills to the desert.

When opened it was internationally regarded as the largest engineering undertaking of its time with the amount of steel used greater than any other steel structure in the world. It was included on the National Heritage List on 23 June 2011.

INTERESTING FACTS

Pipes were made of 30-inch (0.76m) diameter steel
Included eight pumping stations
Delivering 5 million gallons (22.73 million litres) of water per day

Started in 1898 and Completed in 1903 – five years to complete
In 1903 the original pipeline cost $5 million

Next is a structural engineering masterpiece, the Sydney Harbour Bridge.

This is an Australian icon with the top of the bridge standing 134 metres above the harbour. The bridge is nicknamed by locals as “The Coathanger” because of its arch-based design and is the tallest steel arch bridge in the world , measuring 134 m (440 ft).

The purpose of the bridge is to join the city of Sydney (at Dawes Point) to the North Shore (at Milsons Point). This took the pressure off ferries and replaced the alternative trip around the harbour foreshores towards Parramatta and back.

INTERESTING FACTS

The bridge is made up of Eight vehicle lanes
Two train lines
A footway and a cycleway
The foundations are 12 metres (39 feet) deep, made of sandstone
Six million hand driven rivets were used
53,000 tonnes of steel
Construction started in 1924 and opened after eight years
Cost $4.2 million
1,400 men worked on the construction

The third is the Sydney Opera House .

The NSW Government had an open-ended international design competition with the main requirements being two performance halls, one for opera and one for symphony concerts. Jørn Utzon won £5,000 for his design.

The Sydney Opera House was a source of great public debate due to complex engineering problems and escalating costs. This subsided when the achievement attracted worldwide acclaim for its design and construction and was inscribed in the World Heritage List in June 2007.

INTERESTING FACTS

The Opera House’s sails were built using cranes from France costing $100,000 each
The building is 185 metres long and 120 metres wide
The highest roof point is 67 metres above sea-level

The roof is covered with more than one million tiles
16 years to build
Cost $102 million

A civil engineer is an engineer who designs and maintains roads, bridges, dams, and similar structures so it is unsurprising our final great Australian engineering project to highlight is the Adelaide to Darwin Railway .

This railway has been described as one of Australia’s great infrastructure projects, second only to the Snowy River scheme. This 2979 km north–south transcontinental rail service between the cities of Adelaide, South Australia, Darwin and Northern Territory was first suggested in 1858 by a Melbourne businessman. Construction started in 1878, however this stop/start project wasn’t completed until 2004 when the line was extended from Alice Springs to Darwin.

INTERESTING FACTS

6 major bridge crossings
87 minor bridges
2 Million Sleepers

Steel sleepers instead of timber ones for termite resistance
145,000 tonnes of rail
46 years to complete

These are only five of the amazing Structural Engineering and Civil Engineering projects in Australia which do fulfil the above definition of the word Engineer, which means“Cleverness.”

Swimming Pool Designs

Mon, 16 Jul 2018 13:13:00 GMT

Davron Engineering has been established for over 21 years and specialise in residential and commercial Swimming Pool Designs.

We can provide you with:

Lap swimming pools
Vanishing edge swimming pool design
Above ground swimming pool design
Resort style swimming pool design
Artificial and natural rock features
Different swimming pool designs for round and rectangular shapes
Pool & spa combos
Plunge swimming pool design
Water feature swimming pool

We can also include plans for decks, retaining walls, bbq areas and pool fencing.

Why Contact Davron Engineering for a Pool design ?

There are a lot of important factors and considerations when choosing the best swimming pool design . Our team at Davron Engineering aim to make this exciting time easier by providing you with the perfect pool design according to your site, space, comfort and budget.

We can provide a turn-key solution and/or work with a client’s architect, landscape consultant and/or house designer to consider:

Local Council Requirements

Based in Wollongong, Davron Engineering knows the Illawarra councils approval requirements and regulations.

Geotechnical Surveys

We also analyse any natural conditions that may affect your future swimming pool and work with geotechnical engineer s to overcome any geotechnical and/or different site constraints.

Site Considerations

Davron engineering also considers the position of stormwater drains, pipes, sewers and utility pipes that your pool build cannot interfere with.

Space

It is important to accurately determine the size of the area available where you want to place your pool. Once this has been established we will help you choose the size of the swimming pool that you can install.

From bespoke luxury pool installations, plunge pools to big outdoor pools in the countryside, our friendly Swimming Pool Design team at Davron Engineering will match your requirements. Our team at Davron Engineering will provide you with a thorough service leveraging off extensive experience.

What Is a Civil Engineer

Mon, 16 Jul 2018 13:04:00 GMT

What does a Civil Engineer do?

A civil engineer is a person who is trained to provide advice on the designing, construction and maintenance of the infrastructure that make up our cities and towns. Nearly every structure that is on or in the ground is the work of a civil engineer or a team of civil engineers .

These construction projects include any work that involves a construction process such as the construction of roads, bridges, housing, buildings, drainage & sewerage system , tunnels, dams and airports.

What are the duties of civil engineers?

Civil engineers visit building sites and assess proposed plans to determine the environmental impact of projects, and whether the building materials will be sufficient to create a safe and stable structure. If needed a civil engineer will provide advice on alternative construction methods.

Overview of activities performed by a civil engineer may include:

Structural review and design : Review plans, survey reports, maps, and other data in order to plan projects.
Construction engineering : Give advice as necessary on Government regulations, potential environmental hazards, and other factors during the planning the stages of, and risk analysis for a project
Geotechnical engineering : Advice and review of the formal reports supplied by a geotechnical engineer.
Materials : Advice on building materials, such as concrete or steel, for use in particular projects
Hydraulics/ Storm Water Plans : Use design software to plan and design transportation systems, hydraulic systems, and structures in line with industry and government regulations
Presentation : Present findings to the public on topics such as bid proposals, environmental impact statements , or descriptions of property
Maintenance and Repairs : Give advice on the repair, maintenance, and replacement of public and private infrastructure

Governments, private organisations and property owners worldwide put their confidence in the advice, supervision and planning done by a civil engineer or a team of civil engineers to ensure the quality of construction. A civil engineer also needs to be sensitive to local and environmental challenges, Davron Engineering is widely respected as one of the most trusted civil engineers Wollongong .

Services Davron’s Civil Engineers can provide

A civil engineer ‘s job is not only to see how a construction project is carried on, they are, in fact, crucial individuals in examining the design, plans, materials and legal concerns related to all kinds of building work. Whilst closely related to Structural Engineering , in addition, the civil engineers at Davron Engineering can also help with:

Bollard Designing
Guard Rail Designing
Designing of Significant Fences or Visual Barriers

Driveway & Car Park Designing
Swimming Pool Construction
Retaining Walls

Furthermore, engineering services provided by Davron also consist of:

Inspection and Evaluation of a Site
Traffic Impact Evaluation

Project Feasibility Examination
Residential Housing Projects

Civil engineers are experts and the result that you obtain by hiring a civil engineers Wollongong for either new construction or addition in the existing one is always precise.

Why Choose Davron Engineering ?

For over 21 years Davron engineering has been providing Wollongong engineering solutions to residents and afar for both structural and civil engineering services. Our team of dedicated and highly qualified civil & structural engineers and technical staff take pride in providing you with a thorough service leveraging off extensive experience.

Structural Engineer in Wollongong

Mon, 16 Jul 2018 12:25:00 GMT

Structural Engineering Consultants are professionally qualified to evaluate numerous important factors involved in a constructional project.

The areas in which a structural engineer may analyse in a building project can be, but not limited to:

Loading affects
Temperature
Wind
Pressure
Resistance

Structural Engineers have qualifications that are exclusively connected with the structural precision of any construction project and are involved in the research, planning, design, construction, inspection, monitoring, maintenance, rehabilitation and demolition of permanent and temporary structures, as well as structural systems and their components.

Therefore, keeping this fact in mind, a structural engineer is one of the most important people who will ensure full precision and quality of the structure of your building. ( Report Structure )

Davron Wollongong Engineering is a well-known firm which provides the best structural consulting in Wollongong.

Difference Between a Structural Engineer & Contractors/Inspectors For Buildings

People often confuse these two entirely different kinds of individuals with the same task. Both these individuals have different kinds of strategies and roles when it comes to ensuring full safety and precision of your building. For instance, a quality inspector or a building inspector may well be helpful in indicating the early signs of future problems in the structure of your building. However, the responsibility to properly study those defects and formulating a long-term solution against them is the job of an able structural engineer.

Below are some of the main reasons you would get help from a credible consulting structural engineer in Wollongong, like Davron Engineering .

Reasons Why You Should Hire A Structural Engineer In Wollongong

Rebuilding Or Altering A Building’s Structure -:

Whether you are building a new structure or altering the existing; in all of these tasks, you should involve a reliable structural engineering consultant. The structural engineer will be able to guide you authoritatively through your alteration. A structural engineer will validate the structure on your plans, making sure your building is structurally adequate.

Dealing With Structural Damage -:

If a building inspector or contractor has given you some warnings of the defects in your building, you should at once get the help of an able and dependable structural engineer in Wollongong. Like mentioned in the paragraph above, the structural engineer or a structural engineer consultant will be able to deeply investigate the problems in the building’s structure and come up with a scientific solution for it. Structural damages are of a varied type in numerous forms of buildings. Some can be minor but some may well possess a threat to the structural integrity of the building . ( Report Structure )

Protecting Your Property -:

Taking staunch measures in order to protect your structure from natural calamities or man-made ones is a key factor in ensuring its worth & safety. Structural engineers have the expertise to gauge the vulnerability of a building and synthesize a firm solution for its protection. One of the key elements in improving structural integrity is through taking a forensic investigation of the architecture. This skill is a specialty of a structural engineer and due to their research, you can make a qualified decision on your next steps.

Buying Or Selling A Property -:

This is specifically where a structural engineer or a structural consultancy in Wollongong may help you to save lots of money. Whether you are purchasing or selling a property, if structural impairments are found, hire a structural engineer to do thorough research. Their analysis and solutions may save a lot of your money on repairs that were being presented before the consultation with the structural consultancy.

Call Davron Engineering To Get The Best Possible Engineering Solutions For Your Building

Davron Wollongong Engineering is a company which thrives on innovation, creativity, and with sparkling talent in the field of structural consultancy. Our solutions and observations have been protecting and ensuring the quality of building throughout Wollongong, the Illawarra, NSW and Australia. If you are also concerned about the safety and the quality of the structure, we will offer you the best structural analysis and advice.