YEC Engineering

YEC Engineering is New York City based full service multi discipline MEP professional engineering firm serving Architects, Developers and Owners.

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Radiant Floor Heating Systems

Buildings in NYC and other cold regions always have many options for heating. Radiant floor heating has been the popular option in recent years for small scale buildings and health care facilities. Radiant floor systems can be hydraulic or electric. Depends on the size of the heating area, MEP Engineer determines the possible options for Owners.

The floor radiant heating concept has been around for many years, it is relatively old technology but has been popular since the installation cost been decreasing. New technologies and new installation methods has been making these systems more affordable.

Floor heating uses the concept of rising warm air. It creates efficient and effective warm air distribution trough out the occupied space. It is more effective than the radiators or forced air systems. Eliminates hot and cold spots and provides better comfort.

Radiant floor heating systems are considered part of plumbing system and installed by plumbers. MEP Engineers has to go through capacity calculations, pipe sizing, zoning and storage tank capacity. Instant heaters or boilers can be used for floor heating with combination of domestic water heating. MEP design process determines to need for storage tank size for domestic water, it is crucial to hire a MEP Engineer for design and permitting to make sure design process is followed properly.

When building owner decides to install floor heating system, main concern shall be the construction cost. Floor heating systems are more expensive than standard radiators. We recommend hydraulic systems over electric since hydronic system can be coupled with domestic water system and can be used for dual purpose. But NYC regulations has been limiting gas boiler usage, and gas emissions will be eliminated by 2035 for large buildings. Owners shall be aware when installing radiant hydraulic floors, which depends on boilers.

Decision process, designing and installation of the floor heating systems can be challenging. If you need to install new floor heating per NYC guidelines and need MEP engineering design services, please contact us. YEC Engineering has done many infrastructure upgrades in NYC and other states. Questions about MEP engineering and our services. Contact us

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How to Select MEP Consulting Engineer for Your Project

As a building owner, architect or building manager, MEP Consulting Engineer is one of the most important partners of the project. MEP construction cost is usually one of the most expensive part of the building. Making the right decision for MEP firm is very critical for project success. There are many factors affects hiring MEP firm and MEP Consulting Engineering services. Engineering fee can be one of the main factors for selecting MEP Engineer. Many clients ask us why MEP Consulting Engineering fees vary so much for the same project. There are many branches of MEP Engineering and not every engineering firm is experienced, or their process is efficient enough to handle the project. Projects are usually categorized as • Infrastructure • Commercial interiors • Ground up low rise • Ground up high rise • High education • K-12 Education • Residential Interiors for multi family • Residential interiors for two or single family • Residential buildings • Health care • Medical office MEP firms design many types of projects. We have to emphasize, MEP Engineering is solely depends on engineering process, education and experience. Many engineering firms, especially midsize and small firms can create engineering process for different types of projects much easily since they do not have too many layers of management levels. Projects can be high rise renovation, commercial, residential, ground up buildings etc and every type requires different type of experience and process. First, owners and architects must research and findout if project type is in MEP firms portfolio. If the MEP Engineering firm does not have process for designing requested project type, their fee will be higher since they will be ineffective to implement regulations, finding out applicable equipment and design. Second, the size of the project might be a factor for selecting MEP Engineer. Large MEP Engineering firm fee will be higher than midsize firm for a small project since their engineers are busy with large projects and it is very costly for them to switch gears and handle small projects. Smaller firms can easily switch gears and handle client needs for smaller projects. MEP Engineering process is very complicated and regulated and shall meet the current codes and local requirements. MEP engineers experience on the particular project type will directly affect the construction process, cost and overall experience. Lastly, when owners and architects choose Professional Engineering firm, they chose a partner. There is no perfect project or drawings, there will be always field conditions during construction and design needs to be adjusted. Having a responsive and easily adoptive Professional Engineering firm is very important for project success. Decision process, selecting Professional Engineering firm can be complicated. If you need to select MEP firm for your project, lets start your project together. YEC Engineering has done many different type of projects in NYC and other states. Questions about MEP engineering and our services. Contact us

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Is your Engineering Consulting Firm Getting Too Expensive?

YEC Engineering Design and consulting firm is a New York based MEP/FP professional engineering consulting firm working with architects, owners and building managers in the tri-state area and other states. We are focused on providing MEP engineering consulting services to meet the client’s design vision for renovations and new projects. YEC Engineering MEP design knowledge and local code experience facilitates the Department of Building (DOB) submission, resulting in quick approvals for permits.

Since 2013, YEC Engineering has been providing MEP engineering consulting services for variety types of projects in New York including Residential, High-rise Buildings, Commercial projects, Tenant Fit-Outs, Restaurants, Veterinarian Clinics, medical offices and Office Buildings Fit-Outs ranging from small renovation to large renovation projects including ground-up residential buildings.

MEP Engineering fees can vary but are directly affected by engineering consulting firms’ local expertise, design experience on the specific type and size of the project, knowledge of specific system types and local jurisdiction requirements. YEC Engineering’s local market expertise will provide engineering services with the most competitive pricing. We designed many types of mechanical, electrical, fire alarm and plumbing systems that fits client’s vision and meets local jurisdiction requirements. Our local of DOB, DEP or other local jurisdiction knowledge saves construction cost and time for our clients. Clients benefit from competitive fees and our well-coordinated engineering drawings during construction and bidding process. YEC Engineering will perform detailed site visits and coordinate with other disciplines. We provide not just relationship with our clients but also very competitive fees to meet your MEP Engineering budgets.

If you or your clients are looking for competitive MEP professional engineering fee from an experienced and responsive MEP engineering consulting firm, please contact us. We will be happy to provide you with a fee proposal.

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How To Choose an Electrical Engineering Firm

Since 2013, YEC Engineering electrical engineering firms New York has been providing Mechanical, Electrical, Fire Alarm, Plumbing and Fire Protection engineering consulting services for Residential, High-rise Buildings, Commercial projects, Tenant Fit-Outs, Restaurants, Veterinarian Clinics, and Office Buildings Fit-Outs ranging from small renovation to large renovation projects, including ground-up residential buildings.

At YEC, we work with architects and clients in the tri-state area providing MEP/FP engineering design consulting services for the client’s design vision to meet your fit-out renovations and new project needs.

The electrical engineering services for fit out renovations and new construction include meetings with client and architect for project coordination, field survey to identify existing electrical service and equipment. Electrical load letter for new electrical service load based on new equipment and area of renovation.  Power for new wiring device layout. Power layout for mechanical, plumbing, and other consultants’ equipment. Lighting power layout, energy calculations for lighting, and coordination between client, architect, and other project consultants. 

For smaller renovation electrical engineering services may include electrical power service upgrade if new equipment is added.  We provide electrical load letter based on new equipment and project to the building boards for approval of renovation project.

YEC provides engineering design experience, local code expertise and facilitates the signed and sealed drawings for submissions to the Department of Building (DOB) for approval.   

If you or your clients are looking for competitive Mechanical, Electrical, Fire Alarm, Plumbing and Fire Protection engineering design fees from an experienced and responsive MEP/FP engineering consulting firm, give us a call. We are happy to provide you with a competitive fee proposal.

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Is Your Engineering Consulting Firm Becoming Too Expensive?

The cost of engineering consulting services is skyrocketing, and New York MEP firms are feeling the squeeze. While higher costs can be beneficial for some firms, others may struggle to keep up with their competitors. In this blog post, we’ll explore why engineering consulting is becoming so expensive and what firms can do to keep their prices competitive.

The Rising Cost Of Engineering Consulting Services

One of the primary reasons why engineering consulting services have become so expensive is due to a shortage of qualified professionals in the field. With fewer engineers available to work on projects, firms are forced to pay more for the same services. Additionally, as demand for engineering consulting increases, companies have had to raise their prices in order to remain profitable.

Another factor that has contributed to the rising cost of engineering consulting is the increasing complexity of projects. Many modern projects require specialized skills and knowledge that can only be found in highly-qualified engineers. As such, these engineers command higher salaries than those who specialize in less technical areas. This further drives up the cost of engineering consulting services as firms are forced to pay higher wages in order to attract top talent.

What Can Firms Do To Keep Costs Down?

Fortunately, there are a few things that engineering consulting firms can do to control their costs without sacrificing quality or service levels. One way is by investing in technology that automates repetitive tasks and simplifies project management processes. Automating certain aspects of a project will allow firms to reduce labor costs while still providing high-quality results for clients. Additionally, utilizing project management software will help ensure that deadlines are met and resources are used efficiently throughout all stages of a project's development.

Firms should also look into outsourcing specific tasks or functions whenever possible. Doing so will allow them to take advantage of lower labor costs overseas while still maintaining control over quality assurance processes at home. This will enable them to focus on core competencies while keeping their overhead costs down at the same time. Finally, they should consider developing long-term relationships with vendors in order to secure better rates and discounts on materials and supplies needed for projects.

Overall, it’s clear that the cost of engineering consulting services is increasing significantly due mostly to a shortage of qualified professionals and an increase in complex projects requiring specialized expertise. However, there are steps consulting firms can take to minimize these costs while still providing high-quality results for their clients – such as investing in automation technologies, outsourcing certain tasks or functions when possible, and forming long-term relationships with vendors who offer discounted rates on materials and supplies needed for projects. By following these tips, your firm can remain competitive despite rising costs within your industry!

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How Often Should Fire Alarms Be Inspected?

Fire alarms are an essential part of any business or building. Not only do they alert occupants to the presence of a fire, but they also provide vital information to local fire departments who respond to alarm calls. But for your fire alarm system to work as intended, regular inspection and maintenance must be performed. So how often should these inspections be done?

How Often Should Fire Alarm Systems Be Inspected? The answer depends on a variety of factors, including the type of system you have installed and the age of the equipment. Most systems should be inspected at least once a year by a qualified inspector. This annual inspection is required by law in many jurisdictions, so it is important that you stay up to date with your local codes and regulations.

For older systems or those located in hazardous environments, more frequent inspections may be necessary. In some cases, monthly or even weekly inspections may be required for certain types of systems. It is also important to remember that any time changes are made to a system—such as adding new equipment or changing out existing components—an inspection should be done immediately afterwards to ensure the system is functioning properly.

The National Fire Protection Association (NFPA) has established regular inspection frequencies for fire alarm systems. As per NFPA 72, the following frequencies apply depending on the type of system installed:

•    Monthly inspections – All supervised/monitored systems and non-supervised/non-monitored systems with audible devices such as horns or bells •    Quarterly inspections – Non-supervised/non-monitored systems with only visible devices such as strobes •    Annual inspections – Systems with automatic water flow detection, smoke detectors, heat detectors, etc.

These guidelines are designed to ensure the proper functioning of these components. In addition, it is important to check for any signs of wear and tear on the system itself so that it can be replaced if necessary before it fails completely.

What Happens During A Fire Alarm Inspection? During an inspection, an experienced technician will thoroughly examine each component of your fire alarm system and check for signs of damage or wear and tear. This typically includes inspecting all wiring connections, testing smoke detectors and other sensors, replacing batteries where needed, and checking that all lights and bells are working correctly. The goal is to make sure that everything is in good working order before being returned to service.                                                                        The importance of regularly inspecting your fire alarm system cannot be overstated; it just might save lives one day! By understanding how often inspections need to be done and what happens during an inspection process, you can ensure that your system remains safe and reliable for years to come. If you have any questions about how often your fire alarm needs to be inspected or would like help scheduling an appointment with a qualified fire alarm engineering firm in New York, contact YEC Engineering today!

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The Basics of Boiler Systems

Boiler plant engineering and design is a specialized field focusing on boiler systems' design, installation, and maintenance. These systems are used for various applications, including heating, power generation, and industrial processes.

What is Inside a Boiler?

A boiler system consists of several key components, including the boiler itself, a fuel source, a feedwater system, and a method for removing combustion byproducts. The boiler is the central piece of equipment, typically made of steel or cast iron. The fuel source is usually natural gas, but other fuels, such as oil or biomass, can also be used.

The feedwater system supplies the boiler with water that will be heated to produce steam. This water is typically pre-treated to remove impurities and prevent corrosion in the boiler. The byproduct removal system removes gases such as carbon dioxide and sulfur dioxide, which are produced during combustion.

Why Does This Matter?

Boiler plant engineering and design involves several key steps, including selecting the appropriate boiler and fuel source, designing the feedwater and byproduct removal systems, and installing and commissioning the entire system.

One of the critical considerations in boiler plant engineering and design is the type of boiler used. There are several different boilers, including fire-tube boilers, water-tube boilers, and cast-iron boilers. Each type has advantages and disadvantages, and the type of boiler selected will depend on the specific application and the user's needs.

Another important aspect of boiler plant engineering and design is the fuel source. Natural gas is the most used fuel, but other fuels, such as oil or biomass, can also be used. The fuel source will impact the design of the boiler and the associated systems, and it is crucial to select a fuel that is both cost-effective and efficient.

Once the boiler and fuel source have been selected, the next step in boiler plant engineering and design is the design of the feedwater and byproduct removal systems. These systems are critical to the successful operation of the boiler, and they must be carefully designed to ensure that the water is treated correctly, and the combustion byproducts are effectively removed.

The final step in boiler plant engineering and design is installing and commissioning the entire system. This involves installing the boiler and associated systems and ensuring they operate correctly. This may require the services of a trained technician, who will be responsible for commissioning the system and ensuring that it is operating safely and efficiently.

Are Boiler Systems Reliable?

Boiler systems are very safe when designed and operated correctly. They have redundant safety features and should be inspected regularly to prevent major failures.

In addition, boiler systems are built with fail-safe mechanisms that ensure continued operation if one part fails or stops working correctly. Boilers are also designed with several different subsystems that all play roles in the safe process, so it’s important not only for you but also for anyone else who uses the boiler system to understand these roles and how each of them contributes to overall safety.

We mention this because our team at YEC Engineering frequently works with buildings from every generation around NYC and beyond. We must have this specialized knowledge to ensure every boiler we maintain, repair, or update is smoothly integrated into any other designs or engineering features we perform in the rest of the building.

You can learn more by contacting our team and setting up a consultation today!

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Electrical Engineering Firms Role in Efficient Designs

Electrical engineering firms are responsible for designing and installing electrical systems in homes, buildings, and industrial facilities. Electrical designs can be quite complex, which is why you should hire an experienced professional to ensure that your project runs smoothly and safely.

Here's how our expert electrical engineering firm can help improve your next design or build project:

Verify Safety & Compliance of Equipment/Materials

Safety and compliance are essential in electrical design because they ensure the safety of the public, workers, and equipment. Safety is a priority when designing electrical systems since it can prevent fires or explosions due to improper wiring and faulty equipment.

Compliance with standards ensures that new products meet specific requirements set by regulatory bodies such as OSHA (Occupational Safety & Health Administration) for workplace safety. Standards also help reduce product recalls due to fire hazards or other safety issues discovered after completion.

Maintain Electrical Standards on a Project Site

When it comes to electrical engineering firms, the best practices are always a matter of consideration. This process begins by ensuring that all electrical installations are done in a safe and compliant manner.

Electrical equipment should be installed according to the relevant standards, inspected, and tested to ensure they meet those standards, maintained throughout its lifecycle, and disposed of safely when they reach the end of its useful life.

Introduce Energy Efficient in Electrical Installations & Upgrades

Energy-efficient electrical installations and upgrades are the best way to ensure you get the most out of your electrical system. These installations will allow you to save money on your electric bill by reducing how much energy your system uses while also increasing its lifespan.

This can be through something as simple as LED lightbulbs to more complex solar panels or wind turbines, which produce renewable sources of electricity that do not require fossil fuels.

Save Money on Future Costs

It’s not just the initial costs of construction that matter. It’s also important to consider how your building will perform over time. The longer a building runs, the more money it will cost you if it’s inefficient.

For example, electricity is one of the highest building costs over time. Generally, the more efficient your design is at reducing energy use, the less electricity you need to heat and cool your building. This means that an experienced electrical engineering firm could save you tens or hundreds of thousands of dollars in annual utility bills.

Provide Experienced Innovation in Conceptual Design

Conceptual design is the process of creating a high-level design that includes the basic requirements for your project. It often begins with a meeting between you and electrical engineering firms, where they will ask questions about what needs to be accomplished within your project, then try to understand what type of system will be best suited for its intended use.

While conceptually designing smaller projects can take place without an engineer involved, more significant projects (such as renovations or new construction) benefit from having an experienced electrical engineer on board from the beginning.

Double Check with Final Inspections

The final inspection is one of the most important aspects of electrical engineering firms, as it ensures that all work is completed according to the client’s specifications and expectations. You want to hire a team that takes their time through the inspection phase, so you don’t get delays due to fixes or errors reported by local oversight agencies.

Hire Our Expert Electrical Engineering Firm

The electrical engineering firms new york you hire should be experienced and professional. They can help you save money, make your designs more efficient, meet safety and compliance standards, and maintain energy efficiency.

At YEC Engineering, we provide experienced MEP engineers for all kinds of budgets and project scopes. Our NYC-based full-service agency makes sure you have an excellent experience working with us on your next project. When you’re ready to ensure your project has the in-depth and customized electrical systems for long-term success, give us a call!