The CAAMA Building and Fit Out

Similar documents
University of Pittsburgh at Bradford Blaisdell Hall/Pitt-Bradford Arts

Studio Theatre. Technical Specifications. Theatre Manager Kim Scarlata Box Office Coordinator Laura Johnston

NEW JERSEY PERFORMING ARTS CENTER NEWARK, NEW JERSEY

OEM Basics. Introduction to LED types, Installation methods and computer management systems.

Cross Over Back Stage: -Hall way attaching stage right to stage left and the work room -Access from dressing rooms to stage through this hall way

WORLD CLASS MEDIA PRODUCTION/RECORDING STUDIO FOR SALE STUDIOS OF CONCENTRIX MUSIC AND SOUND DESIGN, INC.

19" TiRAX cabinet system. from page 3. 19" NETcell cabinet system from page 31. Open 19" racks from page 43

All-Glass Sliding-System SF20

Concert Hall Technical Specifications

Tucker Theatre Policies and Procedures MTSU Department of Theatre 205 Boutwell Dramatic Arts Murfreesboro, TN 37132

SOUND REINFORCEMENT APPLICATIONS

The most adaptable console solution for control rooms and critical operation environments

Concert Hall Technical Specifications

32 LCD Overhead Video Display Support Specifications (No Electrical required on rear curtain wall)

Downtown Arts Center Tech Packet. General Information

White Paper JBL s LSR Principle, RMC (Room Mode Correction) and the Monitoring Environment by John Eargle. Introduction and Background:

42 LCD Overhead Video Display Support Specifications (No Electrical required on rear curtain wall)

Recording to Tape (Analogue or Digital)...10

DH400. Digital Phone Hybrid. The most advanced Digital Hybrid with DSP echo canceller and VQR technology.

KTC-V300P TV TUNER INSTRUCTION MANUAL B /00 (MV)

Irish Heartbeat TECHNICAL RIDER. Video Projection Requested

Elements of a Television System

Theatre Technical Specifications

Interview Management System Installation Guide

Copyright 2008 Society of Manufacturing Engineers. FUNDAMENTALS OF TOOL DESIGN Progressive Die Design

All-Glass Sliding-System SF20

The Haymarket Basingstoke Technical Specifications

42 LCD Overhead Video Display Support Specifications Electricity required on the rear curtain wall

RTVF TV Producing & Directing - Parts I & II

Reference Manual. Notes 9/16 Series H

ISS New Audio & Visual installations Design and Physical install guidelines v1.5

Scheman Building Suite 102, 1805 Center Drive, Ames, IA Fax Number: Website:

SA Development Tech LLC Press Counter II 1.00

Standard (with END ON seating) 8.75m Wide x 7.3m Deep (to US black) Open Floor (seating retracted) 8.75m Wide x 13m Deep (to US black)

INTRODUCTION AND FEATURES

THE STREET THEATRE. Technical Specifications

March 4 th, Addendum No. 1. Brooklyn College Systems Integrator Broadcast Television Equipment Project No: BY019/

Section A: Front of House (FOH) Public Address (PA) Speaker System

2. Are there any outside connectivity requirements? No, we will not have a need to allow outside devices to connect

Classical and Jazz Music Recording/Rehearsal Studio Hire

Plug & Play Outdoor Lighting COLOUR CHANGE

I. Issues not specific to one room or lab

TECHNICAL SPECIFICATIONS AND INVENTORY RIALTO THEATER

Venue Specifications. Telephone: 0221/ Fax: 0221/

BANYULE THEATRE TECHNICAL INFORMATION. 10 Buckingham Drive Heidelberg VIC Page 0 of 10

1400 MARKET STREET ST LOUIS, MISSOURI Main Number Main Fax

THEATRE PROJECTS. Parts of a Theatre Building

Interview Management System Installation Guide. (303) x500

43 Professional Monitors

Technical Pack. Attenborough Arts Centre

Arcadia Performing Arts Center Technical Specifications and Information

Technical Specifications

Ralph Engelstad Arena. PROMOTER S GUIDE Technical Facility Information. REA Technical Facility Information Updated 7/28/14

Technical Guide. Installed Sound. Loudspeaker Solutions for Worship Spaces. TA-4 Version 1.2 April, Why loudspeakers at all?

SV-LCD50. Installation and User Guide. Thin-Film Transistor (TFT) Liquid Crystal Display (LCD) Color Rear Vision Monitor. Version 1.

5CLIR-owned Audio-Visual Resources. Available by Reservation

CABLE MANAGEMENT PRODUCTS Cable Managers & Accessories

Sioux Falls Arena. I:\AD\001\H01\H01035.Docx Page 1 of 5

Welcome to your. Wireless transmitter and receiver kit

City of Winter Springs, FL

Technical Information

Technical Information

Doorphone Video Intercom

AltiumLive 2017: Effective Methods for Advanced Routing

Installation / Set-up of Autoread Camera System to DS1000/DS1200 Inserters

Ordway for the Performing Arts Concert Hall Technical Information

Performing Arts Theatre

A Real Word Case Study E- Trap by Bag End Ovasen Studios, New York City

A Real Word Case Study E- Trap by Bag End Ovasen Studios, New York City

ART2000i Digital Dimming System. Installation guide. Stock number *8200-

Technical Specifications

Please note: Please do not re-post on any other film site or forums.

V4.7 Software Quick Start Guide

VITEK VTM-TLM191 VTM-TLM240

Sandusky State Theatre Technical Specifications

about us the company synergy Clyde Broadcast are experts in the design, specification and installation of radio studios and radio stations.

Paramount Theatre Production Recap

Multi-Purpose Auditorium Sound Reinforcement System Design ECE Spring 2017

INTEGRATED AMPLIFIER INSTRUCTIONS FOR USE

Blackmagic SmartView 4K The world s rst full resolution Ultra HD broadcast monitor with 12G-SDI

*** no equipment put on roofs or buildings. Dish must be put in ground 3 feet from building to allow for mowing. ***

iphone 7 Plus LCD Screen and Digitizer Replacement

"CHARM Access and operational Procedure

clipping; yellow LED lights when limiting action occurs. Input Section Features

BLUE ORCHIDS. by Johan Grimonprez TECHNICAL RIDER CONCEPT:

TAPS, ACCESSORIES & SHOWERS

The Tower Theatre Contact - Peter Heselden Theatre Manager Tel

A Beginner's Guide to Digital 3-D Projection: A Guide for the Not-Too-Technically Inclined by David Starkman -

FREE STANDING CABINETS - S SERIES

ARIA STUDIOTRACK IIII R504

Halsey 106. For assistance and additional equipment, contact Halsey Instructional Technology Services Halsey 259, extension 4979

WHITE PAPER. RECOMMENDATIONS FOR SPORTS VENUES: Scoreboard Control Room Infrastructure and Operations

Support Frame STB Technical Instruction Manual

FREE STANDING CABINETS

Students will be able to properly manage classroom equipment and follow safety procedures.

WELD OSCILLATOR MODEL : HTW-05-AN

Welding equipment for the POLYSTIC system

The Ideal Videoconferencing Room

Technical Specifications. Taylor Little Theater

TAPS, ACCESSORIES & SHOWERS

Transcription:

The CAAMA Building and Fit Out CAAMA (the Central Australian Media Association) as its name suggests is a multi media association. Over the years CAAMA had grown and spread and its different departments were housed in various locations around Alice Springs, this physical spread of departments reduced the interaction between sections. One of the prime concepts of CAAMA was to create a structure where all of the resources could interact and be shared on a daily basis, so the mission was to find a building where all of the CAAMA departments could be brought together under one roof. In 1993 a suitable building was found. As I was on the ground and already working for all CAAMA departments I was given the job of finding an acoustic designer and an architect and coordinating between all departments to get the job done, I was given the title of Project Manager and away I went. I tracked down a chap called David Flett originally just to do the acoustic design work. David was the original bass player in the Redgum band and had gone on to be a successful record producer and then recording studio / acoustic space designer, plus he is highly skilled at building acoustic doors and benchwork of all kinds. It also turned out that David had an excellent eye for ways to use limited space and so we gave him the job of being the architect for the entire project. My title of Project Manger lasted up until commencement of building works, then we appointed a proper building site Project Manager and my title then became Building Coordinator. The CAAMA Building (as it is known) houses a radio station, a music recording studio, a multi use sound stage, a video production house, a shop, a warehouse, a tape library and the CAAMA administration offices. CAAMA is also the major shareholder of Imparja Television. Imparja is run independently and operates from its own site.

The above shows the concept drawing for the ground floor The left side of this floor is independent from the rest and houses a reception area, the CAAMA Shop (indicated as "showroom") and the Warehouse for CAAMA products. The rest of this floor houses a large glass fronted atrium, CAAMA Radio (four radio studios and various office spaces), the CAAMA news team, the original Tech Room (now moved), the Tape Library (fitted with a custom built high density vertical compactus), CAAMA Music and a Sound Stage. The Sound Stage has a six metre high ceiling and is designed to be multi purpose for audio recording and video production, it is ten metres wide and twelve metres long. It has a four metre wide, six metre high loading doorway to enable trucks to enter. The Sound Stage is relatively small for a film/tv sound stage and relatively large as an audio recording space (a compromise).

The Sound Stage has its own bathroom (toilet, shower, make-up) to make life a little easier when being used for television production. The above shows the concept drawing for the first floor This floor houses CAAMA Productions (a video production company) and CAAMA Administration (inc payroll for Imparja TV). CAAMA Productions includes a range of Off-Line Edit Suites and one main On-Line Edit Suite. The on-line edit suite looks into the top of sound stage. To the right of the on-line edit suite Machine Room is an Audio Suite (with built in glass voice over booth), this suite also looks into the top of the Sound Stage.

The building as it was It has good ceiling height downstairs but low ceiling height upstairs. We seriously contemplated pulling the roof off and extending the brickwork upwards but were constrained by the available budget. This photo was taken after the original outside front stairway was jack hammered off and removed. Off with its face

A bold design involved yanking out the front of the building and replacing it with glass. The new glass front going on The glass in the atrium is angled and each section is relatively narrow, the angle make it deflect the suns heat and makes it tough and relatively vandal proof.

This shows the beginnings of the three main radio studios Each of these three concrete slabs is sitting on a bed of rubber. Each entire room sits on on its individual rubber "floating" floor and this gives great acoustic isolation between rooms. This photo shows the cured "floating" floors

You can see that the original windows in the wall have now been bricked in. There was a plasterer on-site who's main function was to plaster up (called "stopping") all holes and cracks in every layer of every wall that went up, you can see that he has "stopped" all the gaps in this new brickwork. This photo shows a new brick wall in the Sound Stage area after the plasterer has been in and "stopped" all the gaps The acoustic designer and builder were not taking any shortcuts here. This and every other acoustic related wall had to be properly sealed or the design would not work. The ceiling shown in this photo was jack hammered out shortly after, the photo below shows the evolution of construction in the same room. The wall in the left of this photo is exactly the same one as in the photo above but post the floor being jack hammered out. This photo shows the CAAMA Music Control Room (ground floor) taking shape and the CAAMA productions On-Line Edit Suite (first floor) coming together. The window on the top left is a little dedicated Audio Suite with a built in voice over booth. All of these rooms look into and share the Sound Stage. All rooms including CAAMA Radio are on a common mains power "star earth" system and can be cross patched to each other without

problems. The Sound Stage is approximately ten metres wide, twelve metres long and six metres high. Inside the CAAMA Music Control Room This room is designed around JBL 4435 "sofit" mounted monitor speakers. This control room is unusual in that it has a compression ceiling, if you look you will see the the ceiling starts high and then drops down, what you you cant see in this photo is that the the ceiling then rises again as it heads towards the rear of the

room. The door on the left goes into a Machine Room where the multitrack recording machine and its tape stock are housed. The entire Control room is built on a "floating" floor (sitting on rubber), the wall that you can see here is really three separate walls stacked closely together, the point of multiple walls and "floating" floors is to give as much acoustic isolation as possible. Inside the CAAMA Productions On-Line Edit Suite. The designer, David Flett, applied a couple of golden rules everywhere : all benchwork is to be 750mm high (standard table height) and all spaces whether used or unused are to be 19" rack width. Some of these spaces were covered up but if they were ever required the cover could simply be taken off to reveal a standard rack space. I still use these core concepts in nearly everything I do today.

The building with its new front This photo was taken after it had been completely rendered and painted. Inside the finished and now functional Sound Stage

The CAAMA Music Control Room has great isolation. There are three complete walls and four sheets of glass between it and the Sound Stage. A walkway, safety rail and storage space has been added above the Control Room CAAMA Music. The JBL 4435 monitor speakers came out Rhinosaurus Recording Studio in Sydney and used to be owned my the band INXS, once I found out they might be for sale I badgered them for months until they sold them to me. The power amplifier that drives the JBL's is mounted under the clock to keep the speaker cables as short as possible. The console is a 44 channel "Big By Langley".

A different shot of the Control Room Stan Satour starting a mix In this photo you can see some of the built in seating that runs the entire length of the rear wall. This seating can hold about 18 people, it is designed so that when you sit down your knees wind up higher than your waist and so you are less likely to get up again without real purpose, simple and very effective crowd

control. The seating is comfortable and is also a perfect height for sitting and playing guitar or keyboards etc. Behind the seating are acoustically transparent panels that allow sound to travel back to the bass traps in the walls. Stan posing for the camera. This photo shows the effects rack that runs behind the sound engineers position, nearly everything is within easy reach]. CAAMA Radio, studio one (on-air).

There are three nearly identical radio studios, each built on is own floating floor. The window (the van is a reflection from the street facing window) looks into studio two (production) and this in turn looks into studio three (news). Across the corridor is studio four (BRACS training) which is small and basic and does not have a floating floor. All studios can be switched to be "on- air", all have full intercom and tie lines fitted. The mix output from CAAMA Music always feeds into CAAMA Radio, mixes from the Sound Stage via CAAMA Music can be sent "live to air" with the push of a button. Radio presenter Warren Williams "on-air". Warren is also a recording artist, live performer and all round nice chap.

CAAMA Radio studio four This studio is much simpler than studios 1 to 3 and is intended to be a BRACS (broadcast for remote aboriginal community scheme) training studio. This is a good shot of the benchwork. The acoustic designer and architect, David Flett, built all of the benchwork (and acoustic doors and acoustic windows) in the entire building. The benches are finished with something called Vari-Coat which is like a spray on laminex with a bumpy finish, it is extremely hard wearing and very difficult to draw on and so the benchwork never seems to age or get marked. The window from studio four looks into the atrium, which in turn looks out onto Todd Street.

The radio studio shown here is located at Hermansburg, which is 120 kilometers from the CAAMA building in Alice Springs. The concept was to build identical studios in remote places to enable uniform training. There are four identical remote studios plus the training studio at CAAMA. The next wave of remote radio studios used different mixing consoles and slightly different equipment choices but the concept remains the same.