AVGN16

To See, or Not to See? What You Should Know about Display Technologies

Flat panels, projection, or LED? Pixel pitch? Resolution? Choosing the right display for the specific application, and integrating it seamlessly into the surrounding architecture, has both gotten easier and more difficult. During this seminar we will discuss current and emerging display types including Laser Projection, OLED, and Fine Pitch LED, as well as look at the pros and cons of each. Additionally, we will take a brief look ahead to ultra-fine pitch technologies, such as “Microdots” and “AR” (augmented reality).

ACNV02

Work it Out: Fitness Centers in Mixed Use Buildings

This course is intended to help architects, engineers, and especially building owners understand the issues that can arise when trying to bring an active fitness facility into a mixed use building or development and how these issues can best be addressed. The session will include a discussion of the various types of fitness franchises and the acoustic concerns that come along with them (as well as how to deal with such concerns though architectural and managerial methods). We will also cover the basics on how sound propagates through a building, and discuss what features (in terms of building type and tenant location) to look for (or avoid) when planning for a new tenant or a new franchise location. This course will also include demonstrations and case studies of specific issues and the methods used to resolve them.

AVGN14

ANSI Standards for Audiovisual Design & Coordination

This lecture will detail the new ANSI standard 2M-2010 Standard Guide for Audiovisual Systems Design and Coordination. We will discuss how the new standard impacts the overall design process and what you can expect to see for deliverables in AV design systems and what to look for from AV contractors.

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.

ACAV09

Flipped Classrooms & Collaboration Spaces: An Acoustics and Technology Focus for Success

Flipped Classrooms and flexible collaboration spaces are of increasing importance in Higher Education and Corporate facilities. Their successful implementation are the result of many factors, including a well tuned acoustical environment and the availability of reliable technology users want to use. This presentation will focus on approaches and techniques required to create a successful acoustical environment with proper technology infrastructure. The presentation also includes a survey of current presentation technologies intended for these applications.

ACGN44

Office Speech Privacy: Design Vs. reality (with lessons learned in the field) (HSW)

Speech privacy is an important factor toward achieving productive workplaces. While the term ‘speech privacy’ can relate to the goal of confidentiality when having sensitive conversations, more frequently the topic is critical for creating conditions for staff to work productively with minimal distractions from the surrounding workplace activities. A discussion of the important factors that relate to effective speech privacy will be covered. Following this introduction, we will discuss how speech privacy is achieved in open and closed offices through appropriate design of workplace. We will also highlight lessons learned about the challenges to achieving speech privacy in newly constructed workspaces. This discussion will cover the important aspects of the office layouts (using either studs and drywall or modular panels), sound absorbing finishes and background sound.

ACGN14

Office Acoustics (HSW)

This session will focus on achieving speech privacy in both open and closed offices. The emphasis will be on practical design options: for open plan offices, we will discuss how specific workstation configurations can reduce unwanted noise and allow for speech privacy. For instance, ceiling finishes and sound masking systems work together to minimize audible distractions. For closed offices, the focus will be on walls and ceilings. So when does it make sense to run drywall to the deck, and when is it acceptable to stop 6” above the ceiling line? Find out by attending this presentation.

ACGN32

Avoiding the Pitfalls of Workplace Acoustics (HSW)

This session addresses the fundamentals of good acoustical design for the workplace, with an emphasis on open plan offices. Acoustical design criteria and techniques are discussed in practical terms that users can apply to their own projects, with the goal of minimizing audible distractions and optimizing user satisfaction. Examples from specific projects are used to illustrate various design solutions – both good and bad – related to speech privacy. Topics include the selection of finishes, workstation layouts, and the use of electronic sound masking.

NVGN18

A Vibration Primer for Architects

Vibrations in buildings are caused by many sources and may affect people and sensitive equipment. Learn what the jargon of vibration specifications and criteria means – how vibrations are described – and get some insight into how things vibrate and how vibration reductions can be achieved. Obtain an overview of vibration sources and check-list of design considerations.

NVGN01

Overview of Vibration Design Criteria in Laboratory and High-Tech Facilities

An introduction to the architectural issues related to such vibration-sensitive equipment as used for precision metrology, microbiology, and optical research. We will describe viable approaches for protecting such equipment from vibrations caused by ground motions, personnel activities, and machinery. Topics will include the concepts of favorable layouts, structures, and equipment isolation.