ACAVED01

Learning Together: Acoustics and Technology for Collaborative Environments

Collaborative learning is an approach to education that involves groups of students working together to solve a problem or complete a task. The advantages of social learning include the ability to leverage resources, diversity of minds, and compounded brainpower. Using case studies, we will demonstrate solutions to address the design challenges of collaborative learning environments, including incorporation of modular spaces, computer supported learning, and minimizing sound transfer between groups of students.

ITGN12

Audiovisual & Telecommunications Infrastructure: What You Need to Know

The course is designed to assist architects and design team members in assimilating the requirements for today’s AV and IT technologies into their projects, focusing at the planning stages. Topics covered include space planning for IT server and equipment rooms, AV control rooms, audiovisual equipment rooms, as well as infrastructure for supporting those systems. We will also review methodologies and best practices for integrating technology into specific spaces. During this portion we will discuss integrating things like video projectors, front (and rear) projection screens, video cameras, and loudspeakers into millwork enclosures and niches.

AVED02

Audiovisual Systems in K-12 Facilities

Auditoria, gymnasia, classrooms, and other spaces in K-12 spaces require audiovisual systems. Learn about current technologies and the importance of maintaining continuity between systems throughout a facility. In addition, the session covers the convergence of AV and IT systems, and delves into how emerging AV technologies will influence teaching spaces in the future.

ACED05

Acoustical Design Requirements for Today’s Green Schools (HSW)

To provide a better learning environment for students, acoustics is a critical component when designing a green and healthy school. The most common standards for green and high performing schools are CHPS and LEED for Schools. This session will review the LEED and CHPS requirements for room acoustics, sound isolation and background sound levels in classrooms. We will also provide some examples of more specialized learning spaces where acoustical designs should go beyond the LEED and CHPS requirements to provide the right learning environment for students.

ITHC02

Information Technology in Healthcare: An overview of recent changes to Design Standards and Guidelines (HSW)

For many years generic design standards and guidelines have been available to assist architects and engineers incorporate information technology infrastructure into the building design process. Recently, a number of new design standards have emerged that provide detailed guidelines for specific building types such as higher education, K-12 schools, and healthcare facilities. This presentation reviews the ANSI/TIA 1179 Healthcare Infrastructure Standard that was ratified in August of this year and its affect on the design of healthcare facilities. This presentation will also review how trends in technology and converged networking are changing building design, the need for technology support spaces and the demand for traditional wired data outlets.

ITGN16

BYOD and Understanding Wireless Networks

Bring Your Own Device (BYOD) has been receiving a great deal of attention lately, with users from educators to corporate executives wanting to use their own laptops, tablets, smart phones, and other personal devices to collaborate and present material on the fly in the conference room or classroom. This seminar will focus on the particular wired and wireless network architectures required to support BYOD connectivity. Techniques to determine wireless propagation and provide sufficient bandwidth in the built environment and their implications to building design will be discussed and demonstrated.

NVGN16

Controlling Cogen and Chiller Plant Noise & Vibration in Educational Settings (HSW)

Educational facility expansion projects often include installing new or upgrading existing chiller and cogeneration power equipment. The noise and vibration produced by chiller and power plants can become issues within adjacent building spaces and in the nearby community. To address these issues in a cost-effective manner, they should be evaluated early-on in the overall project design phase, and as indicated, be resolved with the project team. We will outline the evaluation process, highlight cost-effective mitigation measures, and discuss several representative projects.

ITGN13

The Intelligent Building is Finally Here: How high-speed networks are changing Building Design (HSW)

Now that the concept of using one network to transport telephone, data and Internet traffic has become the norm, the converged network is rapidly expanding to support video, multimedia, digital signage, security, building control, building management and building automation system applications. This presentation will review how trends in technology and converged networking are changing building design, the need for technology support spaces and the demand for traditional wired data outlets.

AVGN02

Physical Attributes of Successful Videoconferencing Rooms

Designing videoconferencing facilities is one of the most complex design challenges for architects today, similar in many ways to the complexity and scope of designing a hospital operating room. This program will help architects and project managers understand the structural and architectural ramifications of professionally designed videoconferencing venues. Topics covered include ideal room attributes, fundamentals of audio and video conferencing, text and graphic legibility standards, sightline and seating considerations, architectural acoustics and mechanical systems noise criteria.

ACGN43

Auralization: BIM For Your Ears (HSW)

Much like computer modeling allows for 3D renderings of a space’s appearance, we can also create 3D models of a space’s acoustics. Auralization is a technology that allows us to hear what a space will sound like before it is built or renovated, giving everyone on the design team a direct auditory experience of the impact of room shaping, surface finishes, and potential noise sources. Creating an auralization of a space can be used to prevent under- or over-designing acoustical treatments or sound isolation and avoid potentially costly fixes postconstruction. This seminar will introduce the auralization process and provide an opportunity for attendees to hear auralizations of projects where they were used as a critical part of the design process.