UPANZI LAB Interior Design

CMU Africa Cylab

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Brief description of the project:

Style: Mix of Modern and Traditional decorations
Idea & Concept: Industrial Elegance partitioning design

The concept blends modern design with a rough partition using steel structures and CNC prints on MDF to create a unique interior aesthetic. This design incorporates sleek, contemporary elements with industrial-style steel frameworks and partitions. The contrast between the clean lines and minimalist design of the modern elements and

Detailed description of the project:

The execution of UPANZI Lab involved the seamless integration of electrical, HVAC, and mechanical systems alongside a purposeful fit-out to foster creativity and technological advancement. The project began with a collaborative effort, bringing together experts in architecture, engineering, and innovation. Design and planning focused on creating a dynamic and adaptable space that encouraged experimentation and collaboration. Regulatory compliance was diligently addressed, ensuring that designs met international standards while fostering an environment conducive to innovative thinking.
The implementation of electrical systems encompassed cutting-edge technology and flexible infrastructure, supporting various experiments and tech setups. Smart lighting solutions and power systems were tailored to accommodate evolving project needs within the lab space. HVAC and mechanical systems were strategically integrated to provide optimal environmental conditions, allowing for precise temperature and humidity control essential for sensitive experiments and equipment.
Concurrently, the fit-out was meticulously executed to inspire creativity and functionality. Interior design elements aimed at enhancing the lab’s aesthetics and functionality, incorporating modular and adaptable furniture to facilitate experimentation and collaboration.
Technology integration was a key focus, providing seamless connectivity and supporting innovative projects within the lab. Rigorous testing ensured that all integrated systems met stringent performance standards, enabling researchers and innovators to work efficiently and safely. Post-implementation evaluations and feedback loops allowed for continuous improvement, ensuring that the innovation lab remained at the forefront of technological advancements. Ongoing maintenance plans were established to sustain the efficiency of integrated systems and uphold the innovative atmosphere within the lab. The successful execution of this innovation lab exemplifies a harmonious integration of electrical, HVAC, and mechanical systems with a purposeful fit-out, fostering an environment conducive to groundbreaking research and technological innovation.