The Engineering of Kitchen Design

kitchen-designer

 

A kitchen is a homeowner’s most cherished possession. Whether it needs a minor facelift or you want to do a complete remodel, you should work with a kitchen designer.

The engineering of kitchen design involves combining layout and appliances to form a cooking space that is easy to use and socialize in. The engineering aspect also incorporates the latest technology to give the kitchen a modern feel. Also, it gives the inside scoop on new materials, trends, and building codes.

What does a kitchen designer do?

If you’re doing a major kitchen overhaul, it can cost you thousands of dollars. And this is why most kitchen renovators will turn to professionals for help.

The role of a kitchen designer is to create blueprints based on the usage of the kitchen. Also, they oversee the operations of plumbers, cabinet makers, etc. When drafting a plan, they adhere to the stipulated building codes of each project. At the first meeting, you can discuss how you want your kitchen to look like.

A kitchen designer will help you reimage the entire look and navigate the entire process. One way of checking whether you’re working with the right designer is by asking the relevant questions. Are you investing in the right places?

There are different kitchen designers, so you must know who does what. You’ll come across:

  • Designers affiliated with a particular showroom or product line – those in this category know the flooring, cabinetry, lighting, etc.
  • Independent designers – they don’t have an official to specific products or services
  • Kitchen designers affiliated with a larger design firm

When you work with a kitchen designer, anything must align with your budget and personal taste. The main roles of a kitchen designer include:

u shaped kitchen layout

Helps with the layout

The designer may need to work on the space of the current kitchen or expand the space to give additional options for a kitchen layout.

A kitchen designer will help you decide on the arrangement of the major appliances, countertop, and storage areas. One of the considerations of the kitchen layout is choosing the best cabinetry solutions. Think about it – these professionals have a background that architects and interior designers won’t have.

Some kitchen designers specialize in cabinetry, so they will see how everything fits together. They look at your kitchen with fresh eyes and suggest the configurations to use.

The main types of layouts are G, L, U, Galley, and single. Each comes with specific decorative accents and cabinetry. Depending on the size of the kitchen, you can choose a layout that suits you best. The designer will help you choose what can accommodate your space. Some of the common layouts are:

L-Shaped kitchen

In this layout, a work triangle is created from the center space, and the workspace is on adjacent walls. The benefit of this plan is that you can get a big working area, and it becomes easy to interact with guests.

U-shaped Design

This is a versatile kitchen layout for a large kitchen. It offers ample storage area, and the floor plan is spacious enough to accommodate multiple work stations. The main benefit of this layout is that different cooks can prepare meals without getting in each other’s way. A designer will help you keep the countertops clutter-free and maximize storage.

G-Shaped kitchen

A storage option and counter space surround the cook on both sides. The only difference with the U-shaped version is that there’s a separate wall for additional cabinets. This layout makes your space feel spacious.

Straight wall

This is a common layout for small homes. You get additional storage space for the cabinetry. There are three kitchen zones around the wall.

Take accurate measurements of the required kitchen

A kitchen remodeling project can be complex, so you have to think through the possibilities. Maybe, you want to alter the size or relocate the kitchen entirely. A professional designer will tell you whether the project is feasible. Since you don’t want to renovate your cooking space every few months, you should incorporate new requirements.

The measurement will depend on the hardware, kitchen furniture, and appliances available.

Gives accurate price

How do you want your dream kitchen to look like? Do you want expensive benchtop? Do you want to install high-end appliances? A good designer will help you decide on the best materials. Furthermore, he will give you the timeline of the project and an accurate price of everything you need to do. Be transparent with your budget and ask the right questions.

The truth is that you don’t expect a designer to nail it the first day. Before any work begins, you can discuss how many plans you expect to see before the project kicks off. A great kitchen plan takes time to create, so you should give the designer enough time to work on your case. No matter how fast you want to see the outcome, you don’t want a rushed construction job. Once you say your project completion date, the designer will let you know if the deadline can be met.

kitchen lighting ideas

Determines where the electrical systems and lighting will be placed for safety

The designer is responsible for showing the electrical system including, the switches, appliances, and lighting fixtures. Besides, kitchens are designed to handle the specific voltage, and you don’t want to pose any electrical hazard to the users.

When it comes to lighting, many people do it incorrectly. You could have a lot of light on one area and shadows everywhere else. A kitchen designer will help you come with a layered look. Ask any expert, and they will tell you that a modern kitchen will blend different types of light. This includes:

  • Ambient lighting – it creates a warm glow that fills a room
  • Task lighting- provides adequate light when reading recipes, chopping vegetables, etc.
  • Decorative lighting – it adds sparkle to your kitchen space
  • Accent lighting – it gives depth and dimension to your kitchen

The designer will also recommend the best energy-saving lights to use to ensure your lighting costs are not too high. A smart kitchen is both efficient and functional, so you should make clear use of the available space.

Suggests appropriate finishes

When it comes to finishing your kitchen, it’s not just about the themes and colors. The kind of materials you choose will not only influence the function but also determines how the décor looks. However, deciding on the finish you want is not an easy task. If you work with a kitchen designer, you can get creative in the kitchen finishes.

In a utilitarian place like a kitchen, you can go bold and try a variety of finishes. If you want a more organic look, the designer can help to play with the finish of the cabinets. For instance, you can combine black matte fixtures with a flat finish on cabinets.

Alternatively, you can warm the place with brass. Most people are scared of mixing metals, but with the help of a designer, you can finish your kitchen by adding touches of brass hardware. Still, you can add sparkle and shine with chrome. Ask any experienced kitchen designer, and they will tell you that every kitchen needs some shine and sparkle.

Chrome hardware also pairs well with stainless steel appliances for a brilliant finish. If you want to lean further into an industrial look, you can take a neutral-hued foundation for your cooking space. How about adding texture with a new wood stain?

Kitchens of multiple colors and materials require a lot of finesse. A designer will help you work on the lighting, fixtures, hardware, and bar tools.

The finish of the countertop matters. Depending on your priorities, a kitchen designer can help you choose a countertop like:

  • Solid wood
  • Quartz
  • Granite
  • Marble
  • Limestone
  • Soapstone

latest trends in kitchen design

Incorporates the latest trends in kitchen design

There are countless options when it comes to kitchen redesign. Depending on your taste, you can combine different colors and materials like ceramic, melamine, etc. In terms of taste, you can bring a style that gives a signature look.

With new kitchen designs popping up now and then, a designer can help you bring plenty of ideas that incorporate the latest trends. Maybe you want a bigger kitchen, or you want to introduce a new color scheme – a designer will guide you on what suits your space best.

Kitchen designers are familiar with the latest products and will work with reputable contractors. Also, they will have details like product warranties.

One of the latest trends recommended by many kitchen designers is double dining. This involves adding some space where family and friends can sit and have a great bite. Even if you don’t have a lot of space, you may want to have to create seating.

Advise clients on how to take care of their kitchen

A kitchen is a best friend, so you should take great care to ensure it serves you well. If you have a busy home, there’s always some activity going on. Since the kitchen comprises of many components like a cooker, dresser, sink, or table, a kitchen designer will help you make the most of the space.

Think about it- a kitchen is a place that should make you feel good and comfortable. A designer will explain how to make your kitchen safe by performing simple chores.

For instance, you should clean the area after a meal. If there’re leftovers, you should transfer to the fridge. Also, you should ensure there are no spills on the floor.

Another handy tip to ensure safety is having a space for everything. You should have space where you can keep the ingredients, appliances, and utensils. That way, you won’t waste time searching for items.

A designer will also show you how to label things. This step will make it easier to look for things when you need them.

But other things that can help to keep the kitchen in tip-top shape. If you want to enjoy a kitchen for a long time, ventilation is a must. The last thing you want to see is water vapor condenses on the furniture. Besides that, you should avoid placing hot cookware on countertops. Another important information is the type of detergent to use on countertops.

kitchen remodeling

Advice clients on any additional features that may be of use

For most people, embarking on a kitchen remodel can be a daunting task. A good designer will help you go through a multitude of ideas. He will first evaluate the existing condition and then review certain elements like the doors and windows.

The new design process will address any shortcomings and give ideas of what you add to the existing space. For example, the kitchen designer may suggest more prep space. If you have a large kitchen that can be used by two or three cooks, then it makes sense to have more prep area. Also, you could have a peninsula that doubles as a serving station.

How about adding additional storage space? Depending on the room you’re working with, you may require more storage. For people with a large space, a walk-in pantry can be a great idea. It’s also a good option for people who forget to keep the space organized and would like to keep their kitchen door closed.

The kitchen designer can also suggest the installation of a tall cabinet with roll-out sleeves. That way, you don’t have to guess what is on the first row of supplies. You just roll out the shelf to see.

Another great feature would be to reconfigure the closet. If your kitchen space does not allow for a walk-in pantry, you may want to repurpose the existing cabinet to work as a pantry. The designer may also advise you to add:

  • Shelves
  • Roll-outs
  • A new door with glass

Kitchen design is a collaborative process. The kitchen designer has to work with the client, so good communication will go a long way. Once you’ve agreed to work together, he or she will be clear of what you expect at the end of the project.

Wrapping it up

Your kitchen is not a leftover space for your project- it must be integrated into the project from the beginning. A kitchen designer will help you determine how best you can make your space functional. Beyond the style requested by clients, some things can be included in the entire project. They will make your kitchen functional, comfortable, and convenient. The best kitchen designers will help design commercial kitchens, residential kitchens, as well as cafeterias.

The Engineering of Septic Tank Pumping

septic tank engineering

 

A septic tank is usually made up of concrete, plastic, or fiberglass where sewage flows in to undergo primary treatment. It is an underground chamber that is used in regions that do not have sewerage systems. The treated effluent that has undergone treatment is then released to the septic drain field, subjected to further treatment. Biofilters and aerobic systems are onsite wastewater treatment units incorporated with septic tanks to induce aeration artificially. Septage accumulation rate usually supersedes the decomposition rate; thus, the fecal sludge needs to be removed after some time by a vacuum truck.

Septic tanks are usually underground chambers of concrete, plastic, or fiberglass where sewage flows in to undergo primary treatment. An inlet wastewater pipe usually drains into the septic tank, while an outlet pipe at the other end usually drains into a septic drain field. The T pipe connections generally allow the liquid to flow in and out of the system without disrupting the crust’s surface. Wastewater flows in through the inlet pipe into the septic tank, giving room for solids to settle at the bottom while the scum floats. Further settlement usually takes place in this second chamber. One needs to conduct a percolation test to ascertain the soil’s porosity is adequate to act as a seepage field before installing the septic tank.

Desludging is the process of siphoning out fecal sludge from a septic system by a vacuum truck. Several health authorities prefer tanks to be emptied at certain times while others prefer an inspector’s decision. Various systems need to be pumped after several years, whereas others persevere for up to ten to twenty years before being pumped again. Anaerobic decomposition is usually ignited when a tank becomes full. You should not empty the tank as some settled solids need to be left behind to preserve the microbial populations to continue the process of anaerobic degradation.

how the septic tank works

How the septic system works

An inlet wastewater pipe usually drains into the septic tank, while an outlet pipe at the other end usually drains into a septic drain field. The T pipe connections generally allow the liquid to flow in and out of the system without disrupting the crust’s surface. Wastewater flows in through the inlet pipe into the septic tank, giving room for solids to settle at the bottom while the scum floats. Anaerobic digestion usually acts on the settled solids reducing their volume while the liquid proceeds on to the next chamber through the dividing wall.

Further settlement usually takes place in this second chamber. The remaining relatively clear liquid drains away into the septic drain field through the outlet pipe. One needs to conduct a percolation test to ascertain the soil’s porosity is adequate to act as a seepage field before installing the septic tank.

The excess contaminated substances are destroyed in the soil. The excess water is abolished through soil percolation, evaporation, and absorption by plants’ roots and is eventually abrogated either through transpiration or accessing groundwater or surface water. A trench filled with stones then distributes the wastewater all over the seepage field through drainage holes. The volume of sewage is directly proportional to the seepage field’s size, with the drainage field’s porosity being inversely proportional to the field’s size.

The entire system can function by gravity. However, where topographic considerations require, a lift pump can be used. Several tank models need siphons or other technologies to hasten the volume and the outflow’s speed to the seepage field. This, in turn, will evenly fill the drainage pipe and increase the field’s functionality by evading premature bio clogging. A two-stage septic system in which the sludge is digested in a different chamber is known as an Imhoff tank. This prevents the combination of digested sludge with fresh sewage. A second stage is introduced in specific septic tank models; the initial stage’s effluent undergoes aeration before being released into the drain field.

An odor free septic tank is usually deemed to be an effective operating system. Apart from timely inspections and desludging, the septic tank is generally expected to last for several decades, with few repairs being done to it.

desludging a septic tank

Desludging

During desludging, the fecal sludge is usually siphoned out by a vacuum truck. The solids’ input, the indigestible solid’s amount, and the ambient temperature usually detect how often the tank needs to be emptied. System characteristics, usage, and a guideline of the relevant authority also dictate how often the tank needs to be desludging. Several health authorities prefer tanks to be emptied at certain times while others prefer an inspector’s decision. Various systems need to be pumped after several years, whereas others persevere for up to ten to twenty years before being pumped again. Anaerobic decomposition is usually ignited when a tank becomes full.

It would be best if you did not empty the tank as some settled solids need to be left behind to preserve the microbial populations to continue the process of anaerobic degradation. Also, empty tanks are usually prone to destruction by hydrostatic pressure resulting in the tank partially ‘floating’ from the ground. This is typically common during floods or too wet conditions.

Maintenance

Some of the forms of neglect that may damage the septic system include:

  • User’s behavior
  • Drainage clogging is positively contributed by cooking oils and grease being drained into the system. They are usually hard to undergo degradation, thus resulting in odor issues and difficulties during desludging. Also, Flushing of inorganic waste products such as cotton swabs, condoms, menstrual hygiene products, or cigarette butts clogs the septic tank causing it to fill faster. You are being advised not to flush such materials into the septic tank. Doing food wastes into the system tends to exhaust the system with solids making the system more susceptible to destruction.
  • Some chemicals tend to destroy the septic tank’s components and eliminate the bacteria required in the septic tank to operate optimally. Such chemicals include herbicides, pesticides, paints, solvents, and materials containing excessive bleach or caustic soda concentrations.
  • Brine discharge emanating from water softeners potentially destroys the bacteria needed for wastewater breakdown. The excess wastewater usually mixes with the brine to reduce its effect on the septic system.

Other factors

  • Trees and shrubbery usually have roots that tend to protrude on top of the tank or seepage field, blocking or rupturing this tank. Trees surrounding the septic tank pose a risk to potentially penetrate the system as time goes by, resulting in the concrete developing small leaks and cracks. Such roots usually cause adverse flow issues due to clogging of the drainage pipes. Also, trees tend to grow tremendously due to the readily available nutrients from the septic system.
  • Storage buildings and playgrounds also pose a threat to the septic system. Such structures are usually surrounded by impervious surfaces such as parking areas, which adversely affect the system’s efficiency and eventually destroy the tank and the absorption system.
  • Exhaustion of the system by excessive water flowing into the system. Floods, unprecedented melting of snow, high rainfall may disrupt the operations of a seepage field. Such conditions may cause a black flow, disrupting the tank’s normal functions. High winter water tables may also cause the groundwater to flow back into the septic tank. Eventually, biofilms will form on the pipes of the seepage resulting in blockage. Such a failure can be referred to as “biomat failure.”

Nutrients in the effluent

Environmental impacts

Odor and toxic gas emissions

Wastewater usually consists of sulfates, which, under normal anaerobic conditions, get reduced to hydrogen sulfide, a smelly and hazardous gas. Ammonia is also formed as a result of the reduction of nitrates and organic nitrogen compounds. Traces of methane gas may also be released. Fermentation usually takes place due to anaerobic conditions that end up releasing carbon (IV) oxide together with methane.

Nutrients in the effluent

A septic tank’s operations alone cannot effectively eliminate nitrogen compounds capable of causing algal blooms in waterways to which water from the septic system flows. The use of a nitrogen-reducing technology, or ensuring citation of the seepage field, is carried out effectively to eliminate any effluent risks flowing directly into water bodies. The fermentation process results in the septic tank’s contents to be rendered anaerobic with reduced redox potential. This results in the preservation of the phosphates in a soluble form. Phosphates released from the septic tank into the physical surroundings can ignite plants’ incredible growth, such as algal blooms. Such plants usually constitute blooms that potentially contain toxic cyanobacteria.

The soil usually can retain phosphorus, which is large enough to manage the wastewater via an average residential septic tank. There is typically an exception when the seepage fields are found in sandy or coarser soils in an area close to a water body. Due to the decreased particle surface area, such soils tend to be saturated with phosphate, which will then proceed past the treatment area, threatening the eutrophication of surface waters.

Groundwater pollution

In areas having enormous population densities, the threat of groundwater pollution is always increasing. To minimize residential growth that might boost the demand for an expensive centralized sewerage system, the option of constructing moratoriums and subdivision property limitations is often imposed. Keeping track of the existing septic tanks is usually helpful but only for a short time. It usually tends to become less effective as a basic remediation plan as the population density increases.

Surface water pollution

Regions close to water bodies filled with fish meant for human consumption, septics that re-inefficiently maintained increases pollution levels that can force harvest restrictions and recreational harvest closure

Points to Consider

Some of the forms of neglect that may damage the septic system include the user’s behavior. This is because drainage clogging is positively contributed by cooking oils and grease being drained into the system. They are usually hard to undergo degradation, thus resulting in odor issues and difficulties during desludging. Some chemicals also tend to destroy the septic tank’s components and may even eliminate the bacteria required in the septic tank for it to operate optimally. Brine discharge emanating from water softeners potentially destroys the bacteria needed for wastewater breakdown.

Trees surrounding the septic tank pose a risk to potentially penetrate the system as time goes by, resulting in the concrete developing small leaks and cracks. I saw a really bad split septic tank when doing septic tank pumping Eustis FL.  The tree roots had wrapped around the tank like an anaconda and the pressure made it split open. Playgrounds and storage systems are usually surrounded by impervious surfaces such as parking areas that adversely affect the system’s efficiency and eventually destroy the tank and the absorption system. To minimize residential growth that might increase the demand for an expensive centralized sewerage system, the option of constructing moratoriums and subdivision property limitations is often imposed. A septic tank’s operations alone cannot effectively eliminate nitrogen compounds capable of causing algal blooms in waterways to which water from the septic system flows.

A vacuum truck is always used to siphon out the settled solid wastes. A septic tank’s location in a community or even at home should be constructed away from water sources. Untreated wastewater usually contains harmful chemicals that end up polluting such water sources. Whenever water sources are contaminated with such toxic substances, people using the water from such sources stand a chance of contracting water-borne diseases. In areas where the population is considered high, enough considerations need to be put to ensure that the appropriate size and number of septic tanks are constructed to accommodate them.

Conclusion

Before you build a septic tank, you need to consider the location of water bodies around, the community it is going to serve, the structures and plants in the area you plan to construct the tank, and the weather conditions experienced in the area. Flood water and high winter water tables have been known to overpower the septic tank’s normal operations, causing a backflow disrupting the system’s operational capabilities. Just one wrong move when building the septic tank will not only jeopardize your health but the health of others. Technologies put in place to try and decontaminate water bodies should contamination occur is usually very expensive so we are advised to kindly preserve our water sources.

What is a Concrete Engineer and How do you Become One?

concrete engineer

What is a concrete engineer

The field of engineering is as vast as the ocean. There are a lot of things that you can do. Rather than doing general engineering, why not think about specializing in a certain fields? Specialization sets you apart in the market and enables you to become an authority in the field. It should be noted that some clients are particular that want a professional who has experienced vast knowledge and experience in a specific field.

Prior to embarking on any career, evaluate what the course entails, and see if that is something you love doing. If you take a course that you do not love, then, you are going to waste a lot of money and resources, and you will still change the career. Think about the cost of taking the program and the available work opportunities. And at the same time, think about whether there is any chance that you can start your own firm and be independent.

One of the areas of specialization that you can explore is how to be a concrete engineer. This article will guide you on the career of a concrete engineer and how you become one:

Roles and Responsibilities of a Concrete Engineer

The role and the responsibility of the concrete engineer largely depend on the position that you have assumed. Generally, be prepared to perform some of the following functions:

-Preparation of concrete mix

-Designing infrastructural projects

-Building infrastructure projects

-Budgeting when executing a project

-Ensuring safe processes and outcomes

-liaising with authorities and the attorney on meeting legal requirements

-Research projects in the field of concrete

Concrete engineers can work as production or technical managers. It is not uncommon to find them working in high level management positions. In some cases, the concrete manager could work in production distribution, sales, and marketing.

A concrete staff engineer could be required to offer a professional opinion and recommendation to the firm, and at the same time, apply engineering principles and best practices in construction projects. You could be asked to embark on a complex construction project which is not only demanding but will consume a lot of time, but sometimes it could be as simple as designing a concrete shower. You may need to visit the laboratory in order to test the quality of testing and give approval thereof of the continuation of the project. You may also need to perform an investigation through a non-destructive technique and prepare the report for the client. Note that much as you could be based in the US, you could be sent overseas for assignments.

There are ample opportunities for growth and expansion. For example, if you become an authority in the field, you could offer consultancy services. If you decide to teach in a university, you can easily do that, and you just need a master degree. The reason why it is easy to lecture is because, in STEM courses, professionals are in high demand. In addition to that, you can become a project manager. However, if you think that college teaching in concrete engineering is a field you can take, you have to start looking for experience early enough. Applying for a research assistant position in the university is not a bad way to start.

concrete engineers working

Qualification and Accreditation

In order to practice in the US as a concrete engineer, you will need a minimum of a bachelor’s degree in Civil Engineering, and it has to be accredited by authorities in the Accreditation Board for Engineering and Technology (ABET). If you are located in Canada, you need a four year bachelor’s degree awarded by an accredited school. Some employment positions might require a master’s degree (with a major in civil engineering).

Course work includes and not limited to: fluid mechanics, computer-aided design (CAD), and integrated design. A curriculum of concrete engineering informs the student on the manufacturing, testing, and utilizing concrete.

In order to practice as a concrete engineer in the US, be sure to be licensed. The following are the main requirements for obtaining a Professional Engineering (PE) license:

-A degree obtained from an accredited engineering school

-Passing the exam (Fundamental Engineering exam)

-The appropriate work experience

Note that if the authorities know that you are practicing concrete engineering without a license, then you are going to be in a big problem. Such an allegation is taken seriously and could lead to a long and expensive legal process. This is because the authorities cannot compromise on the safety of the public. Again, if you have legal problems, it will be very difficult for you to start your own firm or to secure employment.

Soft Skills Engineering

Engineering is a skill that requires the use of hard or technical skills. However, successful engineers appreciate the importance of the use of soft skills in order to enhance career prospects. Perhaps, the most important soft skill is communication skills. As an engineer, you are going to interact with various parties including the owner, the government, the construction workers, and the clients. Therefore, you must learn how to communicate professionally. For example, you cannot make a comment that is sensitive to others. Bear in mind that when you will be working, you will be dealing with people who have knowledge in engineering, and others who do not have any knowledge in the profession.

As a concrete engineer, you have to have intellectual curiosity which will help you be updated in the latest trends affecting the field. The field of engineering is fluid and dynamic. Techniques which are in high demand now could become obsolete in a few years. At the same time, technology brings in better equipment. Therefore, you must be updated in order to be relevant in the field of engineering.

As an engineer, you should think about trial and error as a tool of innovation. Do your research well, and present your ideas to funding organizations or imminent individuals who can invest in your idea. At the same time, think about protecting your ideas by reading the relevant intellectual property laws applying to your state. This is because as you pitch your ideas, your project can be stolen, and you might not easily recover it.

You are not going to learn soft skills in a single day. On the contrary, it will take time and effort. The best thing of doing this is through breaking down your objectives to achievable milestones. At the same time, think about the most effective ways of seeking mentorship so that you can grow. A mentor is going to criticize you and give you an opportunity to grow.

Work Environment

Most of the civil engineers, including concrete engineers, work in an office setting. However, a concrete engineer will still out in order to physically inspect the project.

Where to Get Experience

If you want to work as an engineer and in deed the practical courses, do not think about starting your own firm right away. Think about an experience first. In fact, during your college breaks, apply for an industrial attachment, and it will give you practical skills in exposing yourself to the benefits and challenges of the market. Upon graduation, apply for a job first. As far as possible, align your attachments to the position you want to take in the future. For example, if you want to do concrete engineering for many years, request the human resource department in the office that is responsible for the same.

Possible Employers

As an engineer, the path to your career should be starting your own firm, someday. Now that starting your own firm requires capital and experience, why not consider working for someone else first. The following are some of the possible employers in the market:

-The construction sector is the biggest employer

-Building infrastructure related to building and construction

­-In house work opportunity with a multinational organization

-Government departments

-Local authorities

The Job Application Process

After identifying the job position, you need to ensure that the employer may ask that you be screened for drugs. Due to the sensitive nature of the construction industry, some employers do not like being associated with employees who abuse drugs.

concrete slabs used for construction

Starting Your Own Firm

Starting your own concrete engineering firm requires a lot of courage, and it carries a lot of risk. However, it is equally a rewarding experience. The first thing you should do is to view engineering as a business. Any business course will teach you that business is not about the professional, but rather, about the client.

When you are starting a business, you need to realize that you are not going to have all professionals at your disposal. In fact, you are going to be a jerk of all trade. With time, think about hiring more staff. There are critical services nevertheless, accounting and taxation for instance.

The greatest risk that comes with starting your own firm is that you may not have enough construction projects throughout the year. In addition to that, construction projects may be affected by weather factors such as flooding. The best thing to manage this is through exploiting business opportunities when they are available. The good news is that states such as Florida have favorable weather year-round.

If you are to start your own firm, think about partnering with others in the field. This will help you work with a team which is ready to give you a referral. Again, in the case where starting a business requires high capital, then, it is good to think about seeking a partnership in order to raise the required capital.

The Role of Marketing

In most of the businesses, one cannot survive without a proper marketing strategy. The best ways through which engineer can market themselves is doing a perfect work for the existing projects. Any client would want an engineer who has a perfect record in past projects. The main rationale behind having an aggressive marketing strategy is to realize an optimal outcome and a high stream of revenue.

As marketing professionals penetrate the market, they learn about new opportunities of doing business. This is done through exploring consumer behavior and identifying possible future areas of doing business. In other words, research can be active or passive. What is important is to capitalize on the learning process when one is interacting with the others in the market.

The future of business is going green in order to save the environment. Concrete engineering professionals can enhance green processes, products, and services. For example, they can save as much paper as possible through the use of electronic correspondence.

The Role of Technology

The construction industry is going through a process of transition from manual processes to automatic processes. Drone technology plays a critical role in improving the efficiency of the business and increasing the productivity of the firm. In a situation that a human being cannot reach a certain area, then the use of the drone can be of much help.

As a concrete engineer, you can get real time data from where you are located. This can help you in placing the relevant safety measures and making a timely intervention should things go wrong.

The use of 3D technology plays a critical role in ensuring that construction projects are not only durable but also, have a strong aesthetics. Such a technology is important because it reduces waste and enhances saving of resources. By the end of the day, what is important is to realize maximum profits with the use of available resources.

At the same time, an increasing number of construction companies are outsourcing services such as data entry. In such a case then, technology comes in handy in collaborating with members of the team irrespective of their geographical location. For example, the use of zoom can help you liaise with your team in order to execute a certain project. Such video technology can also help in explaining situations.

Conclusion

The field of concrete engineering has a lot to offer to anyone who is interested. Like in any sector of the economy, there are inherent, structural, and systemic challenges that come with the profession. However, with the right preparation and planning, concrete engineering is a viable and sustainable career.