They say that things are never too bad if you’ve got your best friend by your side. For a real estate investor, that person is often their engineer. There are numerous challenges for the real estate investor. One of the biggest is analyzing properties and getting a good return on investment. That’s why you should make an engineer your best friend. The sooner they get involved, the better decisions you can make. This can save you time, money and headaches.
To find the right answers, you have to ask the right questions. When it comes to questions about homes and buildings, who better to ask than a structural engineer? Still, you need to know if the answers you get are correct. With that in mind, here are some of the most common questions every structural engineer hears and how the top-quality pros should respond.
1 – What, exactly, does a structural engineer do?Structural engineers specialize in determining the integrity of a home or building. They evaluate problems and establish solutions. A building or home must withstand numerous factors throughout its lifetime. Weather, gravity and the pressure that a structure affects upon itself can all lead to major consequences if it cannot endure against these forces. In the event that something goes wrong, you need to call a structural engineer. These are licensed professionals educated about the physics, materials and calculations that can affect how a structure will hold up under various conditions. They can determine the strength, durability and safety of a structure. This usually includes the building as well as related structures such as retaining walls, garages and new additions. If damage has been done and repairs are needed, a structural engineer will give you an objective breakdown of the issue and recommend the appropriate next steps. Most importantly, a structural engineer can help allay your fears. Often, homeowners are told they have structural damage that requires extensive repairs, especially older homes. These reports can come from contractors, inspectors or builders, telling homeowners the work will cost $10,000 or more. Many times, a structural engineer will conduct an impartial, third-party review and determine that while some repairs are necessary, it will be far less than the tens of thousands of dollars in the original estimate.
2 – There is a crack in my foundation. Should it be repaired?The foundation is undoubtedly the most vital part of any home or building. A structural engineer can look at the loads transferred and determine the root of the trouble. Load transfer could be the cause but sometimes, it may be a design issue. You might also be facing a drainage problem or too much root growth. He will determine the true cause and advise next steps.
3 – My building was reviewed by a home inspection company. Do I really need a structural engineer, too?A home inspector is typically a generalist who looks for signs of a potential problem. If they find something of note, they will usually advise you to consult a specialist to look at the issue in depth. A licensed structural engineer will know what to look for. In addition, he will have more knowledge and training on the problem than a home inspector would. Think of it this way: if you had a medical issue, a registered nurse could give you sound advice but for an expert opinion, you would ask a trained physician. Whether buying or selling, it’s crucial to hire your own structural engineering experts.
4 – What structural issues should I be concerned about when remodeling?In addition to the cost and time commitment of improvement projects, there may be many structural concerns. For example, before removing a wall, you need to know if it is load bearing. You might also want to correct sloped floors or bowed walls in basements. Prior to any significant retrofitting or remodeling project, it’s important to consult a structural engineer. They can make recommendations, conduct a review and keep your newly redesigned structure from falling down around you.
5 – What structural problems can be handled by a structural engineer?Soil movement (especially on a hill), damage from the weather or other natural causes, and destruction to load bearing wood by termites can be disastrous. There could also be issues regarding either interior or exterior stairs.
6 – How do I know you are qualified?Every state and the District of Columbia require structural engineers to be licensed in order to provide services. There are different fields, such as electrical engineers or chemical engineers, so be sure the professional you hire has the appropriate specialization. To obtain a license, they need at least a bachelor’s degree from an accredited institution. Additionally, some states require at least four years working in the field and passing the licensing exam. After receiving the license, structural engineers are assigned a special identification number. This number will appear on all approved plans and prepared reports. Beware of any structural engineer who will not or cannot provide his or her license number.
7 – What are some of the signs that I might need an inspection by a structural engineer?A cracked foundation or walls, sagging ceilings, windows that stick or won’t close completely and doors that jam or can’t be closed properly could all be signs of trouble. You might also notice leaning walls outside, a bulge or curve in a concrete wall or weakness and chipping in your concrete foundation. Other problems can include moisture in your basement or crawl space and cracks in ceramic or vinyl tile on your floors. Many of these troubles indicate a problem with the foundation. It’s best to fix smaller issues today before they become big headaches tomorrow.
8 – How can I know for sure that your work is high quality?You should ask for and expect a portfolio of recently completed work and references. Some good questions for references include whether the work was delivered in a timely manner and whether the project was explained in easy-to-understand terminology.
9 – What should I expect from an inspection by a structural engineer?All visible areas of the foundation are examined for signs of stress or deterioration Basement and crawl space is looked at for any evidence of moisture The framing should be inspected for signs of insect activity, rot and weakness Elements of the roof, such as flashing, surfacing and gutters are checked to ensure the best performance and no leaks
10 – How much does it cost to have an inspection done by a structural engineer?When buying or selling property, the costs can really add up. Many people don’t want to tack on the added expense of hiring a structural engineer to offer yet another opinion. On average, a structural engineer will charge $300-$500 an hour. Others may determine price based on a percentage of the total cost of a project. Although some companies offer free assessments, customers may still be worried that the engineer will over estimate the necessity of fixing a potential problem, leading to thousands of dollars in repairs. However, the price of any inspection is small change compared to repairing a major structural issue in the future.
So, you need an engineer for your next building project, but what type of engineer do you need? Well there are about 40 different types of engineering. The types of engineering range from mechanical to chemical to electrical, and many more. For your building project you’re going to focus on civil engineering. Civil engineering is an engineering discipline that deals with the design and development of infrastructure like buildings, roads, bridges, and railways. Civil engineers not only design and develop new infrastructure, but they also play an important role in rebuilding projects in instances like natural disaster. Civil engineers can be found in both the public and private sectors. This can be a very broad engineering discipline, so we will examine a few different branches of civil engineering. Site Engineering A site engineer’s role varies greatly from project to project. A residential project will have very different needs from a commercial or municipal project. Although their responsibilities change depending on the project, the basics remain the same. All projects will include organizational, technical, and supervisory tasks(examples?). Projects can be anywhere from a small home to a multi million dollar high rise. As part of the site management team, site engineers are responsible for the health, safety, organization, security, and supervising of people and resources. Site engineers are instrumental in effective communication with the site manager and subcontractors. They mark out the site, and they make sure the designs are implemented correctly. Site engineers also manage relationships with consultants, clients, and their representatives. Site engineers can be seen as managers of the construction site. They are a primary source of quality control and technical advice. Another essential job function is ensuring accuracy of all calculations, checking material quantities and drawings, and surveying the job site. Structural Engineering Structural engineering involves the analysis and design of structures that will safely bear or resist the loads, stresses and other forces. Structural engineer’s designs must satisfy given design criteria (as per the project guideline or code specified), predicated on safety, (e.g. structures must be load bearing so it does not collapsed while being used) or serviceability and performance (e.g. building must be stable and not sway causing discomfort to the occupants). Buildings need to be made to endure massive loads as well as changing climate and natural disasters. Structural Engineers have a responsibility to their clients and the community to provide safe designs. Typically, structural engineers are responsible for the structural design of the project, including the specification of the design loads, issuance of design documents, and review of submittals. Structural engineers are tasked with making creative and efficient use of the budget, structural design elements, and materials used to achieve these goals. Geotechnical Engineering Geotechnical Engineering deals with earth materials like rocks, underground water, and soil, and their relationship to the design, construction, and functionality of infrastructure. It is very closely related to engineering geology and is sometimes called ground engineering. Engineering geologists and geotechnical engineers work very closely. Together, they form a ground engineering team that is imperative to the investigation, design, and construction of infrastructure. Geotechnical engineering uses rock and soil mechanics to investigate the subsurface conditions and materials of a particular site. This means evaluating any displacements, stresses, and strains on the soil. This helps to determine the physical, mechanical, and chemical properties of the materials and assess any risks posed by the site conditions. All of this information is very important to the design, earthworks, and structural foundations of the project. The focus is analyzing and designing soil stabilization systems, which provide enough support to the structure that will be placed on the soil, ensuring the safety of the people using the structure. It is important that the structure is able to remain standing on unstable soil, and there are safety measures established to minimize the damage to infrastructure due to landslides or earthquake. Other projects a geotechnical engineer may take on deal with underwater soil, like offshore platforms and marinas. No matter what type of civil engineer you need, what matters most is that the engineer that you do choose is practical, efficient, and knowledgeable. The engineers at e2 have over 50 years of combined experience in various industries. We recognize patterns and obstacles quickly. Producing creative solutions while maintaining thoroughness, speed, and safety is what makes us e2. If you are interested in working with e2 Engineers call (860) 437 – 3259 or contact us
Structural engineers are people who focus on a specialized field of civil engineering. It involves the planning, analysis, design, construction, inspection, monitoring, maintenance, rehabilitation and demolition of permanent and temporary structures. Structural engineers handle the research of the behavior of structural systems and their components and reviewing the work of other engineers. It takes into account other factors such as the technical, economic, environmental, aesthetic and social aspects of structures. The various structures can include educational, municipal, multi-family, commercial, mixed use, institutional, religious, historic, coastal and residential. They can be composed of any structural material such as stone, wood, steel, concrete, plastics, aluminum, including composites and novel materials. Structural engineers are in a very creative profession and can be considered as an art as well as science. It makes a significant contribution to infrastructure and industry, as well as residential and recreational areas. The design of a structure simply means that the structure be built in such a way that it will be able to withstand all the load effects on it during its lifetime. The structure should not collapse due to any abnormal loading such as that occurring during an earthquake or landslide. Structural design is a balance of theoretical analysis and practicality, something that structural engineers typically excel at. It takes into account things like the degree of certainty of load bearing and forces, the actual behavior of the structure as opposed to the idealized design model, the actual behavior of the material compared to assumed behavior, and the actual properties of materials used compared to the assumed materials. Some structural engineers work to design the structures. Carrying out the strength calculations, while detailing and making structural drawings. Others specialize in the actual building and development of the structures, and some work in research. Structural engineers commonly work with other professionals such as architects, builders, mechanical, electrical and chemical engineers. This is to ensure that every aspect of the structure is safe, stable, economical, aesthetic, environment friendly, sustainable and capable of fulfilling their intended functions.