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Andrew Amodeo – Silver Lake Contracting Executive

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Andrew Amodeo – Silver Lake Contracting Executive

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West Harrison, New York resident Andrew P. Amodeo has served as vice president for Silver Lake Contracting Corp for over 13 years. Andrew P. Amodeo oversees a staff of 30 employees and executes several duties.

As vice president, Mr. Amadeo continues to provide West Harrison businesses with the landscaping, construction, and snow removal services his father did when the firm began 45+ years ago. Andrew P. Amodeo oversees daily business operations and takes a hands-on approach by working at job sites operating the machinery and equipment. Outside of working at job sites, he creates proposals, reviews contracts, and oversees accounts receivable and payables, among other back-office operations.

His professional interests connected to the running of Silver Lake Contracting Corp include expertise in asphalt paving, landscape design and installation, snow removal practices and products, and construction equipment and technology. He is also a member of the Snow and Ice Management Association.

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A vital construction industry is essential for economic development, as it drives infrastructure growth and societal progress. It not only creates employment opportunities, it contributes significantly to a country's gross domestic product (GDP) and improves the lives of its citizens. Recent technological advances have considerably helped in transforming current construction techniques.

For instance, property developers are increasingly drawn to 3D printing for its ability to enhance work efficiency and cut down on labor costs in building construction. This technology employs additive manufacturing to craft intricate structures, regardless of size.

Similarly, building information modeling (BIM) is a digital representation of a building's physical and functional characteristics. While 3D BIM focuses on spatial dimensions, BIM incorporates time and cost considerations. BIM empowers builders to make informed decisions throughout a building's life cycle, from planning to demolition.

Drones equipped with artificial intelligence (AI) capabilities are also reshaping construction sites by capturing high-resolution images and data for inspections, safety monitoring, and progress tracking. Real-time aerial imagery and 3D LIDAR scans from AI-oriented drones assist site managers and engineers in making informed decisions and gaining a comprehensive understanding of project progression.

Moreover, real estate developers and contractors are turning to robots to automate repetitive tasks such as bricklaying and rebar tying. Doing so enhances productivity and relieves human workers of monotonous tasks. Robots can also operate continuously without fatigue, resulting in accelerated construction timelines.

Advanced analytics tools empower construction professionals in monitoring and assessing on-site conditions, and issuing timely warnings regarding potential risks. Their utility is particularly evident in high-risk construction environments.

Additionally, the significance of the Internet of Things (IoT) in construction is growing. IoT utilizes sensors to collect real-time data from interconnected devices, aiding builders in promptly identifying and addressing safety concerns.

Wearable devices, including exoskeletons, smart helmets, and safety vests have a myriad of applications in construction. They are used to monitor workers' movements, offer real-time data on site conditions, and mitigate common injuries such as back strain. Their widespread adoption is anticipated, as they enhance worker safety and bolster productivity on construction sites.

Augmented reality (AR) is also affecting construction practices by overlaying digital information onto the physical environment. It enables architects, engineers, and on-site workers to visualize building plans in real time, improving project comprehension and communication among stakeholders. This streamlining effect reduces errors and accidents while enhancing overall productivity.

Similarly, virtual reality (VR) enables computer-generated simulation of environments that users can experience through head-mounted devices. Architects and engineers leverage VR to visualize and modify designs in real time, leading to improved decision-making and reduced errors. By immersing users in a virtual world, VR offers a novel approach to designing and building structures.

Another notable trend is the emphasis on green construction in response to the heightened focus on sustainability. This approach involves the incorporation of energy-efficient technologies. Green construction promotes the creation of sustainable structures with lower energy consumption and contributes to reduced maintenance costs and increased durability.

Offsite construction, also known as modular construction, is gaining traction due to its efficiency and sustainability. This construction method involves fabricating building components in a factory setting and then transporting them to the construction site for assembly.

While modular construction reduces material waste, improves quality control, and shortens construction timelines, it also requires specially trained construction workers. This potentially limits its adoption among smaller-scale builders.

Embracing these technological advances ensures better-built structures that are developed faster than ever. This efficiency aligns construction processes with the demands of today's rapidly evolving economy.

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A vital construction industry is essential for economic development, as it drives infrastructure growth and societal progress. It not only creates employment opportunities, it contributes...

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Statistics show that over 90 percent of American roads have asphalt paving. Asphalt paving, known for its durability, recyclability, low cost, ease of installation safety, and water drainage, stands as a beneficial option for road parking areas and outdoor athletic surfaces.

Asphalt offers a high degree of recyclability and remains one of the most recycled products in the United States. Moreover, properly installed and maintained asphalt surfaces stand the test from 15 to 20 years. Then, routine preventative maintenance, such as crack filling and seal coating, lengthens the life of the surface and minimizes ongoing repair costs.

Asphalt has a visually appealing quality due to its smooth surface and absence of disruptive cracks. Observing roads or pavements made of asphalt, one can appreciate its straightforward and clean appearance, adding a touch of simplicity to the surroundings. While it may not boast extravagance, asphalt seamlessly blends with its environment, creating a neat and well-organized aesthetic. Beyond its functional role, asphalt's ability to enhance the overall appearance of paved areas is a noteworthy aspect, providing a cool bonus to its utilitarian purpose.

The solid qualities of asphalt's surface contribute to noise reduction. Its open-graded and fine-graded surfaces quickly absorb road noise, quieting the surroundings.

Regarding cost efficiency, asphalt costs less than concrete, making it a pragmatic and cost-effective solution for construction projects. This adds to the economic advantage of completing projects on time and minimizing disruptions.

The surface material has proven to provide efficient water drainage capabilities. Porous asphalt performs well against storm waters and reduces the chances of flooding.

Other safety features of asphalt include better skid resistance, especially during winter when its dark color makes ice and snow melt. Asphalt has a smooth surface, which optimizes tire contact with the road, further reduces skidding, and increases overall road safety.

Construction professionals will find that the market consists of various asphalt mixes, including porous, cold, hot, and warm. Each category provides customizable solutions to specific needs; flexibility is essential for meeting multiple construction needs.

Despite the benefits, asphalt paving does require proactive maintenance and timely repairs to address common types of asphalt damages such as cracks, potholes, depressions, base failure, stripping, and block cracking. Key care practices comprise crack filling and seal coating, which protects asphalt surfaces from water penetration.

In addition to maintenance, using the optimal asphalt paving techniques per project and specialized equipment is vital. Specialized equipment includes flatliners, milling machines, stabilizers/reclaimers, graders, asphalt pavers, sweepers, and rollers. Some professionals have incorporated drones to improve efficiency and accuracy in asphalt paving projects.

Moreover, asphalt paving has become the top environmentally-friendly choice. Professionals can add reclaimed asphalt pavement (RAP) into new mixes, increasing the project's sustainability. RAP aligns with the circular economy principles by using resources effectively and reducing waste. Further, the recycling process is an energy saver, so it has low greenhouse emissions compared to producing new asphalt.

Asphalt paving is a sustainable and cost-effective solution for various construction projects. Understanding the value of asphalt mixes, applying adequate maintenance procedures, and using specialized tools guarantee the durability and quality of paved surfaces.

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Statistics show that over 90 percent of American roads have asphalt paving. Asphalt paving, known for its durability, recyclability, low cost, ease of installation safety, and water drainage, stands...