Broadcasting & Multimedia FDK's Studio Complex
Faculty of Da'wah and Communication, UIN Sunan Kalijaga Yogyakarta
Integrated Design Concept
This project presents a comprehensive media production facility specifically designed to support broadcasting and multimedia academic programs at the Faculty of Da'wah and Communication, UIN Sunan Kalijaga. The design approach integrates two primary studios with distinct yet complementary functional characteristics, creating a holistic media learning and production ecosystem.
Visual Design and Acoustic Strategy
Broadcasting Studio - Dynamic Geometric Concept
The broadcasting studio adopts a bold design approach with strong visual branding implementation through layered geometric compositions. The main backdrop wall features a diamond pattern with red-yellow gradation that creates visual depth and energy appropriate for broadcasting content characteristics. This system functions not only as an aesthetic element but also as an acoustic diffuser that helps optimize the spatial sound quality.
Studio lighting employs a professional track lighting system mounted on exposed truss structures, providing flexibility in positioning and intensity adjustment according to production requirements. The combination of key lighting, fill lighting, and background lighting enables precise lighting control for various program formats, from talk shows to news broadcasting.
The central studio area is equipped with a flexible staging area that can be reconfigured according to program formats. This system supports multiple camera angles and allows natural talent movement within the frame. The changeable background wall provides visual variation for different program segments.
Multimedia Studio - Modular Approach
The multimedia studio applies a cleaner and more minimalist design philosophy with dominant warm orange tones that create a welcoming yet professional atmosphere. The wall panel system uses perforated acoustic panels integrated with LED strip lighting, creating ambient lighting that can be adjusted according to production mood.
The modular design enables this space to function for various multimedia production needs, from video editing sessions to podcast recording. Acoustic treatment uses a combination of absorption and diffusion materials concealed within the interior design, ensuring optimal audio quality without sacrificing visual aesthetics.
Technology Systems and Infrastructure
Broadcast-Grade Infrastructure
Both studios are equipped with comprehensive broadcast-grade technology infrastructure. Multiple camera systems with switching capabilities, audio mixing consoles, and video processing equipment are integrated through technical infrastructure that remains concealed yet accessible for maintenance.
The separate yet visually connected control room enables technical directors to monitor production from multiple angles. Intercom and talkback systems facilitate real-time communication between production crew and on-air talent.
Acoustic Engineering
Acoustic design employs a multi-layered approach combining absorption, diffusion, and isolation techniques. Material selection includes specialized acoustic fabrics, foam systems, and calculated structural modifications to optimize RT60 (reverberation time) according to broadcasting standards.
HVAC systems are designed with noise control considerations, utilizing quiet operation equipment and acoustic ductwork to minimize background noise. Vibration isolation systems are applied to equipment mounting to prevent structure-borne noise.
Operational Flexibility and Learning Integration
Multi-Format Production Capability
The spatial design enables both studios to operate independently or as an integrated production facility. The broadcasting studio can function for live broadcasting, program recording, and virtual event hosting. The multimedia studio supports diverse content creation, from documentary production to digital marketing content.
Flexible furniture systems and removable set pieces allow quick reconfiguration for different program formats. This provides students with comprehensive experience in various aspects of media production.
Educational Integration
The layout is designed to support both production activities and educational observation. Viewing areas and technical monitoring stations enable students to observe professional production processes in real-time, creating an immersive learning environment.
Integrated documentation systems allow recording and playback for analysis and critique sessions, essential for pedagogical purposes. Archive systems support content library development for reference and research purposes.
Impact on Academic Programs
This facility significantly enhances the da'wah and communication program capabilities in producing professional-quality media content. Students gain access to industry-standard equipment and workflows, preparing them for careers in the evolving media landscape.
Curriculum integration enables hands-on learning that complements theoretical knowledge, creating graduates competent in both traditional broadcasting and emerging digital media platforms. The facility also supports community outreach programs and professional development initiatives for broader impact.
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