Structural Stability Certification for the Stage Scenography “Boira” – Spain

TAGA Proyectos Escénicos carried out the structural stability certification of the stage scenography “Boira”, performed at the Teatre Nacional de Catalunya (TNC) in Barcelona, Spain.

The scope of work consisted of the technical and structural verification of the scenic elements designed by Lluc Castells, ensuring stability, resistance and safety throughout assembly, rehearsals and live performances.

The certification process included:

• Structural load assessment (permanent and variable loads)

• Verification of joints and connection systems

• Evaluation of materials and supporting elements

• Review of load transfer paths and global stability

• Compliance check with applicable safety regulations for stage machinery and temporary scenic structures in Spain

“Boira”, written by Lluïsa Cunillé and directed by Lurdes Barba, presents a symbolic and atmospherically dense scenic environment, requiring structural precision to guarantee both artistic intent and operational safety.

Technical Assurance and Safety in Stage Engineering

The issuance of the structural stability certificate for the “Boira” scenography confirms that all structural components comply with the required safety, resistance and stability criteria applicable to theatre productions in Spain.

Such certification is particularly relevant in productions involving:

• Elevated platforms

• Self-supporting scenic structures

• Suspended elements

• Dynamic load conditions during performance

This intervention ensures that potential risks related to installation, dismantling or operational use are identified and mitigated in advance.

Through this project, TAGA Proyectos Escénicos strengthens its position as a specialised stage engineering consultancy in Spain, operating nationwide including Madrid and Barcelona, providing structural certification services for theatre productions and cultural institutions.

Client: Teatre Nacional de Catalunya (TNC)
Location: Barcelona, Spain
Completion: 2025