How to Build a Deck Safely and Legally

Fabian Glenn Deck Repair Services , , , , , , , ,

A deck is a significant addition to any home and requires a permit and adherence to local setbacks. Taking the time to get these details figured out is vital to keeping your project legal and safe.

Deck

For decks that are in direct contact with the ground poured piers are best. They also last longer than treated wood and are less susceptible to frost heave. Contact Deck Builders Franklin TN for professional help.

Pressure treated wood is a popular choice for building decks, as it is durable and resistant to the elements and general wear and tear. It also resists the growth of mold and fungus. However, it is important to note that this type of lumber requires more frequent maintenance and staining than natural wood. The treatment process uses a combination of vacuum and pressure to force protective chemical preservatives into standard woods, such as spruce or pine. The chemicals are toxic to wood-destroying organisms and fungi, which makes them resistant to rot, fungal decay, termite infestation and other issues.

During the treatment process, the chemicals are forced deep into the wood, where they can’t be easily removed. This makes them more effective than surface coatings or stains. However, the chemicals are still toxic if they come into contact with skin or if they are inhaled. It is important to work with this type of lumber in a well-ventilated area, and to wear masks, safety goggles and gloves when handling it. It is also important to use proper disposal methods, such as taking it to a recycling center that handles this type of material or hiring a professional who knows how to handle it safely.

Before it is ready for a new project, the treated wood undergoes several rigorous quality control procedures. It is then kiln dried to stabilize and lose water, which significantly reduces the weight of the boards. Some PT wood is even treated to mimic the appearance of redwood or cedar. This is done by adding specific preservatives to the treatment mixture. It is important to look for the proper designation on the end tags of your PT lumber, which will tell you how it can be used. For example, UC3B rated lumber is treated to be above ground and not in contact with the soil, while UC4A has more fungi resistance chemicals and is rated for ground contact. Similarly, marine-grade PT lumber is designed to be in contact with saltwater.

The first step in building a deck is to build the outer frame with PT lumber. It’s important to use a level and a framing square to ensure that the frame is straight before you add the decking boards. Once the frame is set, it’s time to add the support beams. The decking boards are then laid over the support beams, with spacers to create consistent gaps between each board.

Poured Piers

Unlike slab foundations, which transfer the entire load of the building to the ground, pier foundations concentrate the load on individual points. This allows them to better handle expansive soils and other difficult conditions. When used in conjunction with a beam and joist system, they make up a popular and reliable type of deck footing.

There are several types of pier foundations, each designed to address unique construction needs and soil conditions. Concrete footings are a common choice, as they provide excellent stability and load-bearing capacity. In some cases, these footings may be reinforced with rebar to improve strength and resistance to cracking and shifting over time.

Other types of pier foundations include steel and helical piers. These are often used in situations where a traditional concrete footing is not practical, such as when the surface soil is too soft or unstable to support it. They also are useful in cases where a repair is needed to an existing structure.

When using pier foundations, it’s essential to carefully plan the layout. This ensures that the piers are properly spaced and aligned from the outset, so that the beams and floor joists are fully supported throughout their life span. Incorrect pier spacing can result in uneven, sagging, or even collapsed structures over time. To avoid this, start by laying out the footprint of your structure with stakes and string lines. This way, you can double-check measurements and ensure that the pier locations are correct before digging.

Once the piers are in place, it’s time to pour the concrete footings. This process typically involves excavating holes in designated locations and then filling them with concrete. For this step, you can use a concrete mixer like the MudMixer to simplify the job. This innovative mixer delivers consistent concrete and eliminates the need for a separate crew and truck.

After the concrete is poured, the piers will be braced and set in place with anchor bolts or brackets. It’s important to follow local building codes and regulations regarding footing depth, size, and spacing to ensure compliance and structural integrity.

Post Bases

There are a number of different ways to support a deck that don’t require digging holes or pouring concrete. One of the oldest is to use deck blocks. These are simply formed concrete blocks that can be placed on the ground to spare the builder from spending hours digging a hole. They can be used in place of a post in some situations, but they are not as strong and must be carefully installed to avoid damage or shifting.

Another option is to use metal post anchors. These are also designed to spare the builder from a lot of labor, and they are often favored for small ground-level decks. They are a little like deck blocks in that they can be laid out, and they are also used to support posts.

To install these, the deck builder should first mark out where the posts will be located. Then, using a jackhammer or similar tool, the anchor should be driven into the ground through the plate foundation. It should be driven for around 30 seconds after it’s been inserted into the ground in order to compact the soil underneath. Then the deck builder should place the beam over the indentation for the post, and shim it so that it is level with the ground.

If the deck is being built more than 2′ above the ground, diagonal bracing is required, and these should be connected to the post using metal connectors (see 2021 IRC, Table R507.5.2) or wood screws. Notching posts to facilitate this connection is not allowed, as it can lead to moisture-related decay in the future.

When installing a deck on concrete, the building code stipulates that footings must be a minimum of 12” below undisturbed ground in areas prone to freezing. This helps prevent frost heaving, which can cause the deck to shift and become unstable. Footings should be poured with concrete of a strength not less than 2,500 psi. In addition, the IRC and NADRA stipulate that posts must be securely fastened to footings with metal anchors to resist lateral displacement.

Railings

Often overlooked, railings are an essential safety feature for decks and stairs. They prevent people from falling off a deck and can also add beauty to the space.

Building a deck without the proper railings is dangerous, so it’s important to include them in your design plans early on. It’s also worth looking at all the different styles and materials that are available for your deck railings, so you can create a look that fits your aesthetic and meets the needs of your lifestyle.

Wood: Traditional wooden deck railings are a classic choice and offer the warmth and character of natural wood. However, they can be susceptible to moisture damage like rot and mold, which is why regular staining is important.

Composite: Made from a mixture of recycled plastics and wood, composite deck railings are a low-maintenance option that’s available in a range of stunning colors. They can also be matched or contrasted with the color of your deck boards for a consistent, beautiful finish.

Metal: A popular choice for contemporary homes, metal deck railings are durable and easy to maintain. They’re available in a range of colors, from wrought iron to aluminum, and can be combined with wood or vinyl for a seamless design.

Glass: Providing an unobstructed view, glass railings can make a deck feel open and spacious. However, they can be breakable in bad weather and can heat up quickly in sunny locations. Additionally, if you have children or pets, they might run into and fall through the gaps in the glass.

If you’re unsure of which style to choose, we can help! We’re experts in deck construction and can show you options that meet your functional needs and fit your home.

The Essential Guide to Modern Tree Removal Practices

Keith Vance Tree Services , , , , , , ,

Tree removal is crucial for safety and property care. Dead or damaged trees can fall unexpectedly. Removing them prevents accidents. It also protects homes and infrastructure nearby.

Tree Removal

Not all tree removals are emergencies. Some are planned for landscaping improvements. Others are necessary to prevent disease spread. Timing can reduce risks and costs. Visit Website to learn more.

Tree health assessment is the first step. Professionals evaluate trunk stability and root integrity. Signs of decay or pest infestation guide decisions. Accurate assessment ensures safe removal.

Specialized equipment makes removal efficient. Cranes, ropes, and saws handle large trees. Proper tools reduce hazards. Technology improves precision and speed.

Urban tree removal poses unique challenges. Limited space and overhead wires complicate work. Professionals plan routes carefully. Safety for workers and property is the priority.

Environmental considerations are growing in importance. Removed trees may be repurposed into mulch or timber. Recycling reduces waste. Sustainability is integrated into modern practices.

Tree pruning often precedes removal. Cutting excess branches prevents injury during felling. It also reduces weight and wind resistance. Planning minimizes surprises during removal.

Root removal requires attention to soil health. Roots left in place can cause regrowth or pest attraction. Excavation may require heavy machinery. Professionals balance thoroughness with minimal soil disruption.

Emergency removals happen after storms. High winds can break or uproot trees. Immediate action prevents further property damage. Safety assessments determine the next steps.

Large trees often need sectional removal. Cutting in parts reduces the risk of uncontrolled falls. Cranes or pulleys may guide each segment down. Controlled removal is safer and more predictable.

Tree removal affects surrounding ecosystems. Birds and small animals may rely on the tree. Professionals relocate wildlife when possible. Environmental impact is considered alongside safety.

Diseased trees require careful handling. Fungal infections or infestations can spread. Removal prevents contamination of nearby trees. Sanitation measures ensure safety.

Stump grinding is a common follow-up. Grinding prevents tripping hazards. It also eliminates aesthetic concerns. Proper equipment completes the removal process efficiently.

Access issues influence removal techniques. Narrow alleys or fences may limit equipment use. Creative solutions are required. Planning avoids property damage and delays.

Insurance and liability are part of professional removal. Accidents can be costly without coverage. Licensed providers manage risks. Proper documentation protects both homeowners and workers.

Seasonal timing affects tree removal. Winter may make soil hard, complicating root removal. Summer storms increase the risk of emergency calls. Professionals schedule removals for optimal safety.

Tree removal also relates to landscaping design. Clearing certain trees opens light for new plantings. It can reshape views and spaces. Professionals collaborate with designers for best results.

Large root systems may require excavation. Roots can interfere with foundations or underground utilities. Careful planning prevents structural damage. Professionals map underground obstacles before starting.

Chemical treatments sometimes prevent regrowth. Applied correctly, they stop sprouting from stumps. This reduces repeat removal. Safety precautions ensure chemicals do not harm soil or water.

Tree felling training is essential for crews. Mistakes in cutting angles or notching can be dangerous. Professionals practice regularly to maintain skills. Safety remains the top priority.

Urban planning often involves tree removal. Sidewalks, roads, and buildings require clear space. Removing trees may improve accessibility. Planners weigh benefits against environmental loss.

Debris management is part of the process. Branches and logs are transported or recycled. Mulching reduces waste and creates usable products. Efficiency in cleanup improves overall workflow.

Tree removal can prevent structural damage. Roots growing into pipes or foundations cause costly repairs. Removing problematic trees protects property. Early action reduces long-term costs.

Hazardous trees are identified through inspection. Leaning, cracked, or hollow trees pose high risk. Professionals assess probability of failure. Decisions balance safety and preservation.

Tree removal enhances sunlight exposure. Removing overgrown branches or trees brightens spaces. Increased light benefits lawns and gardens. It also improves home energy efficiency.

Noise reduction is a consideration. Chainsaws and machinery create significant sound. Professionals minimize disturbance through careful scheduling. Community impact is considered during operations.

Tree removal affects water flow in the soil. Large roots absorb significant water. Removing them may require adjustments in irrigation. Professionals plan to avoid soil erosion.

Insurance requirements often dictate professional involvement. DIY removals can void homeowner coverage. Licensed removal ensures compliance. Proper procedures protect all parties.

Seasonal wildlife patterns affect timing. Birds may nest in branches. Relocation ensures safety for animals. Consideration reduces ecological impact.

Advanced cutting techniques increase safety. Directional cuts guide trees safely to the ground. Professionals avoid collateral damage. Proper technique minimizes risk to property.

Trees near utilities require specialized attention. Overhead power lines pose electrocution risks. Underground cables complicate root removal. Coordination with service providers ensures safety.

Mulching and wood recycling add value. Removed material can enhance gardens or landscaping projects. Chips prevent soil erosion. Sustainability integrates with removal practices.

Tree removal contracts specify responsibilities. Clear agreements prevent misunderstandings. Homeowners know what services are included. Professionals clarify scope, safety, and disposal.

Emergency response teams specialize in high-risk removals. Crews handle fallen trees blocking roads or threatening structures. Training ensures speed and safety. Rapid intervention reduces further damage.

Tree removal contributes to disease management. Infected or invasive species threaten local flora. Removal prevents wider outbreaks. Professionals follow strict protocols.

Insurance companies sometimes require removal after damage. Storm-hit trees increase liability risks. Removing them mitigates claims. Proper documentation supports insurance processes.

Community projects may involve coordinated removals. Public spaces require careful planning. Safety for pedestrians is paramount. Trees are often replaced with new plantings.

Tree removal also intersects with historical preservation. Some trees have cultural or aesthetic significance. Professionals assess value before action. Preservation may alter removal methods.

Large-scale removals require logistics planning. Transporting wood and debris is a significant challenge. Scheduling crews, equipment, and disposal sites is critical. Efficiency reduces cost and time.

Tree removal impacts soil stability. Large root systems anchor terrain. Removing trees may require soil reinforcement. Proper preparation prevents erosion and structural issues.

Environmental regulations affect removal practices. Certain trees require permits. Professionals ensure legal compliance. Avoiding fines protects homeowners and crews.

Tree removal often pairs with replanting. New trees may offset loss. Selection considers species, soil, and sunlight. Replanting supports ecosystem health.

Modern technology aids tree removal decisions. Drones and sensors assess tree stability. Digital mapping identifies obstacles. Professionals use data for precision planning.

Community education often accompanies removal projects. Homeowners learn about tree health and maintenance. Awareness prevents unnecessary removal. Education promotes responsible stewardship.

Tree removal affects aesthetics. Clearing overgrown areas improves visibility. It can enhance property value. Professionals balance visual appeal with environmental considerations.

Soil and nutrient management follow removal. Excavated areas need restoration. Professionals enrich soil for new plantings. Proper care maintains landscape health.

Tree removal in residential areas requires careful communication. Neighbors are informed about timing and risks. Clear signage and scheduling minimize conflicts. Safety and courtesy are emphasized.

Equipment maintenance is crucial for removal crews. Chainsaws, ropes, and cranes must function reliably. Regular checks prevent accidents. Efficiency depends on well-maintained tools.

Stump removal can prevent pest attraction. Termites and rodents use old stumps for shelter. Grinding or chemical treatment eliminates hazards. Ongoing monitoring ensures long-term effectiveness.

Tree removal often intersects with urban planning goals. Clearing for roads, sidewalks, or utilities is necessary. Professionals coordinate with planners and engineers. Projects balance functionality and greenery.

Emergency protocols are standardized. Crews respond with defined steps. Safety of workers, residents, and property is prioritized. Efficient procedures reduce risk.

Tree removal continues to evolve with innovation. Modern equipment, environmental considerations, and planning improve results. Safety, efficiency, and sustainability guide the process. Professionals ensure that every removal is precise, responsible, and effective.

What Does a Plumber Do?

Prince Kennedy Plumbing , , , , ,

Plumber Westminster installs, repairs, and maintains plumbing systems in homes and commercial buildings. They also help with gas lines and ensure building code compliance. They also provide emergency services for burst pipes and severe clogs.

Plumber

Aspiring plumbers can get started with vocational training or an apprenticeship. After gaining experience, they can become journeyman plumbers and start their own businesses.

Plumbers install, repair, and maintain pipes, fixtures, and appliances that facilitate water supply, drainage, and waste management in homes, commercial buildings, and industrial settings. They use their knowledge of building codes, blueprints, and specifications to lay out piping systems and install fixtures and appliances such as sinks, toilets, bathtubs, showers, and water heaters. They also diagnose and troubleshoot plumbing problems such as leaks, clogs, and damaged components. They may also clean drains and sewer lines and remove hazardous materials like asbestos.

While many plumbers work in residential settings, others specialize in commercial or industrial plumbing. Those who work in the latter environment typically deal with larger public systems that serve many occupants at once, such as those found in office buildings, hospitals, and factories. These systems are often connected to large industrial equipment, such as steam generators and power plants. Plumbers who work in these settings may need to perform extensive repairs and maintenance on these larger, more complex systems.

A career as a plumber can be rewarding and lucrative, offering job stability and the potential for long-term growth. However, this career requires physical stamina and a willingness to tackle a variety of tasks with little oversight. In addition, plumbers often have unstructured schedules and must be available on call for emergency repairs. These factors can make it challenging to maintain a balance between work and home life.

Some plumbers choose to focus on maintenance and repair, while others pursue careers as pipe fitters or steamfitters. The primary difference between these roles is that plumbers work with pipes while fitters work with a wide range of industrial equipment and piping systems, including those that carry chemicals, acids, gases, and high-pressure fluids. Fitters and steamfitters also work on large scale construction projects, such as power plants and pipelines that transport natural gas and other commodities. They must be able to read and interpret blueprints, understand electrical circuitry, and ensure that all systems are safe for operation. They also need to be familiar with a wide range of construction materials, including metals and plastics.

Work Environment

A plumber is a tradesman who repairs, maintains, and installs pipes that supply water to, and drain waste away from, homes and businesses. In this role, you can expect to work with a wide variety of tools and equipment. You may also be required to handle hazardous materials, and you should be prepared to follow strict safety protocols. Plumbers can choose to work for a private company or an independent contractor, and they typically earn a higher salary than other construction workers.

A career as a plumber can provide stability and security, as well as the opportunity to advance to management roles. The demand for skilled plumbers persists regardless of economic conditions, making it an ideal choice for individuals seeking long-term employment. In addition to a strong earning potential, plumbing offers a hands-on and varied work environment that is perfect for those who enjoy working with their hands.

Plumbers typically travel to different locations on a regular basis. They often work on-call at night and on weekends, and they may be required to respond to emergency calls for help with clogged sinks or burst pipes. The job may also require them to work in confined spaces, such as basements or under-houses.

While many people think of plumbing as a luxurious service, it is actually essential to our everyday lives. The services provided by plumbers ensure that we have clean drinking water and functioning waste systems, and the work can be both challenging and satisfying.

Plumbers can choose to become self-employed and run their own businesses, or they can join a union that negotiates wages and benefits for them. Both options can offer a high level of flexibility, but there are some drawbacks to each. Self-employment can lead to a lack of structure and consistency in the work, and it may be difficult to find customers if you are not well-established. On the other hand, joining a union can provide a stable income and a network of support that can help you build your business.

A successful plumber must have excellent communication skills, as they will be responsible for discussing the details of a repair or installation with customers. They will need to explain the problem, discuss possible solutions, and then execute the chosen option. This can be a challenging task, especially in a noisy or chaotic workplace. In addition, plumbers must be able to read blueprints and ensure building code compliance.

Job Requirements

Plumbers need a mix of technical knowledge and practical skills to perform their job. They must be familiar with all aspects of plumbing, including installation, maintenance, and repair. They must also be able to interpret blueprints and plans and be knowledgeable about building codes and regulations. They may also need to communicate with customers and answer questions about plumbing services.

Plumbing jobs are in demand even in tough economic times. Homeowners need to fix problems like clogged drains and broken water heaters, and new construction requires the installation of plumbing systems. This ensures that there will always be a need for skilled plumbers.

The typical job requirements for a plumber include a high school diploma or equivalent and completion of an apprenticeship program. In some cases, an associate degree in a skilled trade is sufficient. However, a bachelor’s degree is usually needed for those who want to work as an industrial or commercial plumber. A plumbing program takes around two years to complete and includes a combination of classroom and hands-on training. In addition, apprentice programs typically last up to five years.

A career in plumbing is rewarding, and it’s a good choice for those who enjoy working with their hands and want to solve problems. As the demand for plumbing services continues to grow, it’s an excellent opportunity for those looking to start a new career.

Plumbers in residential settings often work directly with customers to understand their plumbing needs and provide advice and recommendations. This work can require them to travel to different homes and apartments and work in tight, confined spaces. They also need to be able to work well with other professionals, including architects and construction workers.

In more complex settings, such as hospitals or factories, plumbers must be comfortable working in a variety of environments. They may need to use tools such as welding torches, and they must be able to work with large-scale piping and equipment. They must also be able to collaborate with other professionals to design and implement plumbing systems for specific uses. For example, a hospital will need a unique plumbing system to handle waste and steam, while a factory will need an extensive heating and cooling system.

Salary

Plumbing is one of the best trade careers to pursue, offering good job security and decent earnings. It also offers opportunities to advance, including becoming a project supervisor or site manager. Some plumbers even start their own businesses and become independent contractors. The salary of a plumber varies depending on experience and licensing status. Apprentices and journeymen earn less, while master plumbers with years of experience and advanced skills can command higher pay. Many plumbers also join industry associations to increase their business reputation, attract more clients and gain access to continuing education.

The daily work life of a plumber is varied and hands-on. The profession demands a variety of skills, including soldering, 3D CAD modeling and complex pipe layouts. There is also the potential to be exposed to hazardous materials, such as chemicals and toxic waste. As a result, it is important to understand the potential hazards of the trade before entering it.

Plumbers may work on residential, commercial or industrial projects. In residential settings, they might have to deal with clogged pipes or leaky faucets. In commercial buildings, they might need to install new toilets or water heaters. On construction sites, they might be responsible for laying out piping according to building plans and ensuring that the plumbing meets safety protocols.

In addition to these regular tasks, plumbers must be available for emergency calls. This means that they might have to work overtime or on weekends. It is also important to note that plumbers who offer emergency services usually charge more than those who don’t.

Overall, the job of a plumber is challenging but rewarding. It is a great choice for people who like to be physically active and solve problems. It is also a great career choice for people who want to be their own boss. As more people are choosing to live in cities, the demand for plumbers is expected to grow. Whether you are interested in starting your own plumbing company or are looking for a steady career, this is an excellent option to consider. Besides, the average salary of a plumber is above the national average for a trade job.

Learning Hub – Fun Educational Resources for Kids

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Learning Hub has many educational resources that help keep students engaged. It offers a wide range of interesting learning activities, including games, science projects, and more. It also provides a variety of ways to practice new skills, such as blending sounds and understanding decimals.

Field leaders have shared emerging best practices in operating learning hubs that meet student needs while adhering to strict safety and public health guidelines.

Learn at home websites provide access to daily learning journeys for students in Pre-K, grades 1-2, grades 3-5, and grades 6- 9+. The journeys include reading and writing, geography, science, social studies, and more. They also allow students to take virtual field trips and participate in live chats with authors.

Moreover, the site offers free resources such as animated adventure stories to motivate young learners to read online storybooks. It also has sight word readers to help children with early literacy skills. Additionally, the site allows students to track their progress and earn bonus points to redeem for books in clubs.

For those who want to teach their children at home during the coronavirus pandemic, Scholastic has a variety of digital learning resources available for them. These resources include daily project-based learning activities that are aligned with the curriculum. These activities are fun and engaging for children of all ages.

In addition, Scholastic has a wide selection of classroom supplies, e-learning, and specialist health and care content that can be used to support NHS organisations and individuals. These resources are designed to help students learn the essential skills for their career and lifelong success. These tools are easy to use and can be delivered on any device. They are also free and can be accessed by teachers, schools, and colleges.

National Geographic for Kids

National Geographic for Kids takes the famed magazine’s traditional photography and reporting background and distills it into a one-stop shop for nature, history, and world culture. It also offers an array of games, puzzles, and videos to entertain and educate children. In addition to teaching about animals and other creatures, the site’s resources can strengthen critical thinking skills and memory. Its Homework Help section helps students with research for reports and homework.

This resource is part of the National Geographic Society, a huge nonprofit organization that focuses on education and research. Its yellow rectangle logo is prominent on the covers of its magazines, TV channels, and other media. The Society studies world cultures and geography, and aims to protect the environment.

In addition to its websites and TV channels, the Society publishes books and has a museum partnership program. This allows museums to use their National Geographic content.

Watching shows and watching channels that inform viewers about other countries is an excellent way to develop cultural appreciation. Seeing snippets of the lives of people in other places breeds curiosity and urges students to seek more information. National Geographic’s video library offers a wide variety of options to pique the interest of children and teenagers. The site features a search bar, allowing users to find particular clips or topics easily.

Exploratorium

Located in San Francisco, the Exploratorium is more than just a museum; it’s one giant laboratory. The cavernous museum combines science, art, and human perception and was founded in 1969 by physicist Frank Oppenheimer, brother of Manhattan Project scientist J Robert Oppenheimer. The museum is designed to be interactive and hands-on, with nearly every surface being a possible platform for exploration.

The exhibits here range from simple to complex, with the museum’s orange-vested Explainers (who are usually high school students) helping visitors make sense of the world around them. Those with extra energy can dash from one clever exhibit to the next as they play with sound waves, experiment with prisms, or try to figure out how fog is formed.

In addition to the many hands-on activities, the museum offers a variety of workshops and programs for teachers and kids. Those looking for an educational experience outside the classroom can visit their gallery workshop, which features a large outdoor space where kids can learn about winds, tides, and other natural phenomena of the Bay Area.

If you’re not bringing your kids along, the museum has an internal workshop where adults can participate in creative making activities like sculpting and screenprinting. There are also indoor and outdoor lockers available for storing any purchases you want to bring. The museum also has a low-key take-out spot called the Seismic Joint Cafe and Seaglass Restaurant in the Bay Observatory.

Encantos Learning Hub

In addition to creating its educational storytelling content, the B Corp also wants to become a hub for curated learning experiences from outside creators. Wolfe Pereira explains that the company plans to create an approval process for creator submissions that will be based on a combination of human review and machine learning, similar to how Netflix determines which content to recommend to users.

Encantos’ education content for kids and families is designed by early childhood educators and brought to life with world-class designers and animators. For example, the bilingual Canticos series teaches preschoolers English and Spanish through the songs and nursery rhymes children love to sing and dance to. Featuring the popular “Little Chickies” characters Ricky Chickie, Kiki Chickie, and Nicky Chickie, the content introduces key early learning concepts like alphabet and numbers, shapes, colors, and more in fun, interactive ways.

Another digital learning resource from the brand is Tiny Travelers, which features country-specific activity books that teach kids about the world’s diverse culture and geography, with activities ranging from word searches to coloring, cutting, and pasting. Parents can engage with their children to talk about the lessons they’ve learned from each video and story, and they can encourage them to learn more about a particular culture by exploring local traditions, holidays, and foods in their community or in the home country of a foreign-language speaker.