AAC design and structural engineering services in full compliance with international building codes and standards, shaped for diverse architectural concepts and soil conditions.
AAC is not just a material — it is an integrated building system that requires specialized engineering.
MHE Group provides AAC design and structural engineering services in full compliance with international building codes and standards. Our proprietary engineering methodologies include the patented MHE AAC Load-Bearing System (Indonesian Patent No. S00202600719), enabling low-rise structures to be constructed without traditional reinforced concrete frames.
We understand AAC as a complete building system, not just a material. Every design decision — from foundation detailing through to roof connection — is engineered to leverage AAC's unique properties of thermal performance, fire resistance, and structural lightness.
MHE aligns architectural intent, AAC material logic, structural loads, soil conditions, international code requirements, and project performance targets into one buildable engineering solution.
Translating design intent into AAC-compatible structural logic.
Aligning design and engineering with international codes and standards.
Understanding how loads move through AAC-based building systems.
Adapting engineering thinking to diverse ground and project conditions.
Designing with AAC's structural, thermal, acoustic, and fire-safe characteristics in mind.
Preparing the design direction for drawing, coordination, implementation, and real-world performance.
Engineered transitions from foundation to AAC wall, addressing moisture, load transfer, and thermal bridging.
Optimized AAC wall thickness, reinforcement, and bonding strategy for the project’s structural and thermal needs.
Lintel selection, opening detailing, and junction engineering for windows, doors, and structural penetrations.
AAC panel system design for floors and roofs, including span optimization and load distribution.
Work with MHE Group to align architectural concepts, AAC structural logic, international code requirements, soil conditions, and implementation readiness through specialist AAC design engineering.
Discuss AAC Design →