ME Engineering, P.C., Mechanical & Electrical Engineering’s Post

The structures of today tout magnificent architectural features and human-centric elements that promote health and wellness. These exemplary features of the built environment require the behind-the-scenes support of mechanical, electrical, and plumbing (MEP) design and coordination. Ever present in these buildings are critical systems that have been necessary for decades, such as emergency and egress lighting systems. These electrical systems require thoughtful attention in design to function properly when people need them most. Dive into what industry expert and Alvine Engineering principal Sam Haberman shares on the ends and outs of emergency and egress lighting design. #alvineengineering #lightingdesign #electricalengineering #emergencylighting #egresslighting #engineering #engineeringdesign

As we continue to work through design on several multi-family projects, one concern that has recently emerged is in regard to the new EPA rule for HVAC split systems and packaged rooftop units (as mandated by the EPA's American Innovation and Manufacturing Act) transitioning away from R-410A refrigerant, which is the most common for HVAC systems, to R-32 and R-454B. The consequence to the rule is that refrigerant lines will now have to be located within a 2 hour fire-resistance-rated shaft enclosure, with venting, when the piping penetrates two or more floor ceiling assemblies, regardless of the type of construction. Quite obviously, this adds significant cost and construction difficulties. While it's difficult to do, I'll refrain from adding my opinion as to the merits of the mandate (or lack thereof). My goal with this post is to generate a conversation among professionals and hopefully collaborate on potential solutions. Credit to Jordan & Skala Engineers regarding the technical aspects listed above.

Osborn Associates (OAL) has recently completed the mechanical, electrical, and public health building services design to RIBA Stage 4 for Hoe Valley School, Surrey. RIBA Stages 5 and 6 will shortly follow, enabling the installation of each system. It was OAL’s role to take the objectives of RIBA Stage 3 and provide details of the required connection points between the new distribution and existing operational systems. As OAL had been engaged post-RIBA Stage 3 design, our role included comprehensive site surveys to ascertain the capability of the existing services, and what changes are required to accommodate the additional extra loadings. Careful coordination was needed in locating the interface positions where physically possible, without overwhelming any existing distribution.   Detailed load calculations were conducted, and the existing operating parameters and control of the systems determined. Sustainability targets formed a key focus of the extension works, which proved less demanding when compared to the original building design. In conclusion, Osborn Associates have provided significant value engineering over the Stage 3 proposals, meeting sustainability targets and developing a coordinated design around the existing building and services. #construction #building #buildingdesign #mechanical #mechanicalengineering #mechanicaldesign #mechanicalservices #electricalengineering #electricaldesign #architecture #engineering #security #buildingservices #publichhealth

When it comes to building safety, we don't believe in one-size-fits-all. In a recent project, the mixed residential/commercial nature and the unique timber and steel support structure in the penthouse apartments posed quite a challenge. But challenges are what we thrive on at McKee Fehl! Working hand-in-hand with the fire and mechanical engineers, architect, and mechanical/sprinkler contractor, we crafted custom fire rating solutions, tailored specifically for this unique structure. In the end, safety isn't just about meeting standards - it's about exceeding them with innovative, bespoke solutions. #BuildingSafety #CustomFireSolutions #BespokeDesign #InnovativeSolutions #UniqueStructure #MckeeFehl

Quiz update! We're following up yesterday's PDD Mock Exam clip with an in-depth explanation from architect Marissa Yee. 💡 Answer: A. Structural and C. Electrical 🔍 Scenario: The architect is designing a new community center in Wisconsin. It is a one-story concrete slab-on grade building. At the end of 100% DD, the client reviews the documents. They then inform the architect that they plan to bring freestanding digital displays from the nearby community center into this facility, and locate them in the center of the lobby. The digital displays are approximately 24”x24”x48” tall. Which disciplines will need to be coordinated? Select the two that apply. A. Structural B. Mechanical C. Electrical D. Plumbing E. Civil F. Landscape #architecture #ProjectDevelopmentDocumentation #PDD #areexams #ncarb

Civil engineering has long been the backbone of our built environment, from towering skyscrapers to sprawling transportation networks. But as time goes by, even the most robust structures can begin to show signs of wear and tear. This is where the concept of retrofitting comes in, offering a sustainable and cost-effective way to extend the lifespan of our infrastructure. What is Retrofitting? Retrofitting refers to the process of modifying an existing structure to improve its performance or meet new standards. This can involve a wide range of interventions, including: Strengthening structural components to improve load-bearing capacity in response to seismic activity or code upgrades. Upgrading building systems like mechanical, electrical, and plumbing (MEP) to enhance energy efficiency and occupant comfort. Adapting a structure for a new use entirely, transforming an old office building into a modern residential complex, for instance. Why Retrofit? There are several compelling reasons to consider retrofitting over demolition and new construction: Cost-Effectiveness: Retrofitting is often significantly cheaper than building anew, minimizing project budgets and maximizing value for stakeholders. Sustainability: Reusing existing structures reduces the need for raw materials and construction waste, minimizing environmental impact. Preserving History: Retrofitting can breathe new life into historical structures, allowing us to connect with the past while meeting present-day needs. Examples of Successful Retrofitting Projects Across the globe, civil engineers are demonstrating the potential of retrofitting through innovative projects: The Empire State Building in New York City underwent a massive retrofitting initiative, improving energy efficiency by 38%. The historic Ferry Building in San Francisco was seismically retrofitted while preserving its architectural heritage. An abandoned elevated highway in Seoul, South Korea, was transformed into a beautiful public park, the Skygarden. The Future of Retrofitting As our understanding of materials and engineering techniques continues to evolve, so too will the possibilities of retrofitting. Emerging technologies like 3D printing and advanced building materials offer even greater potential for creative and sustainable structural modifications. By embracing retrofitting, civil engineers can play a vital role in creating a more sustainable and resilient built environment for generations to come. #civilengineering #retrofitting #infrastructure #sustainability #rehabilitation #buildingdesign #construction #engineering #architecture #sustainabilityengineering #structuralengineering

In the future, civil engineers and building architects will increasingly rely on virtual and augmented reality technologies for assessing structures, locations, and interior design aesthetics. This shift requires a strong foundation in civil engineering principles and creative problem-solving skills, particularly with a focus on sustainability. The field of civil engineering is already dependent on technology, using integrated software solutions for development, design, supply chain, and labor management. The future of civil engineering and building architecture lies in the seamless integration of technology, creative thinking, and sustainability to meet future demands.

On to as simple electrical building design

In this report, from 2022, an experienced chartered engineer reports becoming increasingly concerned the structural design of some buildings may be non-compliant. https://bit.ly/3ZDigCT

The Power of Visuals: Bringing Your Civil Engineering Projects to Life at RDK ️ At RDK Civil Engineering, we understand that clear communication is paramount to successful project execution. That's why we leverage the power of compelling visuals to bridge the gap between imagination and reality. Here's how incorporating visuals enhances our civil engineering services: Enhanced Design Communication: We utilize 3D modeling and renderings to provide clients with a realistic and interactive view of their projects before construction begins. This fosters greater understanding, facilitates informed decision-making, and minimizes potential for misunderstandings. Project Planning & Risk Mitigation: Clear visual representations of project timelines, milestones, and potential challenges allow for more meticulous planning and risk mitigation. By identifying potential issues early, we can proactively develop solutions and ensure project success. Collaboration & Stakeholder Engagement: We utilize engaging visuals, such as infographics and construction simulations, to facilitate clear communication with all stakeholders involved in the project. This fosters collaboration, builds trust, and ensures everyone is on the same page. RDK doesn't just build structures, we build understanding. Let's leverage the power of visuals to bring your next civil engineering project to life. #RDK #CivilEngineering #VisualCommunication #BuildingTheFuture #UK #engineering #construction #architecture #design #projectmanagement