Solutions Through Design Automation

PILE-OP™ (2025)

PILE-OP™ is an advanced pile cap design and optimization platform developed for efficient foundation engineering. The software combines structural analysis, reinforced concrete design, and intelligent optimization to automatically generate economical pile arrangements while satisfying strength, serviceability, and constructability requirements. Clear calculations, detailed reports, and automated design checks help engineers achieve reliable and cost-effective foundation solutions with confidence.

ANCHOR-OP™ (2026)

ANCHOR-OP™ is a modern concrete anchor design and optimization system based on ACI 318 provisions. The software utilizes three-dimensional force analysis, finite element-based anchor force distribution, and automated failure mode evaluation to provide a transparent and reliable anchor design process. Intelligent optimization capabilities help engineers rapidly identify practical anchor layouts while maintaining safety and code compliance.

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RWALL-OP™ (2026)

RWALL-OP™ is an advanced retaining wall design and optimization platform developed for modern geotechnical and structural engineering practice. The software combines classical retaining wall analysis with intelligent optimization algorithms to automatically search for economical and practical design solutions. Engineers can analyze cantilever retaining walls with or without piles using traditional methods, or perform advanced full shell finite element analysis with pile-raft foundation systems. Unique constraint-based optimization allows wall dimensions to be optimized while satisfying site limitations, property boundaries, and constructability requirements. Comprehensive DOCX reports provide complete calculation transparency, making RWALL-OP™ a reliable, efficient, and easy-to-use solution for real-world retaining wall projects.

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EASY-TANK™ (2026)

EASY-TANK™ is an integrated finite element solution for the analysis and design of reinforced concrete tanks, underground structures, and utility chambers. The software evaluates soil pressure, groundwater, surcharge, and liquid loading conditions while automatically generating reinforcement requirements, performing shear DCR checks, and designing summaries. Its intuitive workflow enables engineers to perform sophisticated tank analysis with exceptional efficiency and clarity.

RAFT-FEM™ (2026)

RAFT-FEM™ is a finite element analysis and design solution for raft and mat foundations. The software models soil-structure interaction, foundation stiffness, load distribution, and reinforcement demand using advanced numerical techniques. Detailed stress visualization and automated design checks provide engineers with a reliable framework for designing complex foundation systems.

LEDGE-STM™ (2026)

LEDGE-STM™ provides advanced strut-and-tie model analysis and optimization design for reinforced concrete ledges, brackets, and support elements. The software automatically develops struts, ties, and nodes, evaluates force transfer mechanisms, and verifies strength requirements in accordance with ACI 318-25 code requirements. Its streamlined workflow simplifies the design of complex discontinuity regions.

CONNECT-OP™ (2026)

CONNECT-OP™ is an intelligent connection design and optimization platform for structural steel H-Beam connections. The software evaluates force transfer mechanisms, connection capacity, and detailing requirements while providing clear design documentation. Automated optimization features help engineers develop practical, economical, and code-compliant connection solutions.

3DFRAME-OP™ (2026)

3DFRAME-OP™ is a research-driven structural analysis and optimization platform developed to provide a fully integrated finite element and optimization environment, free from the limitations of external commercial software. Beyond routine frame analysis, it serves as a flexible framework for developing and validating new algorithms, advanced design procedures, and project-specific engineering solutions. Its open architecture enables rapid implementation of specialized features such as custom design codes, optimization strategies, nonlinear analysis, and future extensions, making it a powerful platform for both engineering practice and research.

PILE-TOOLBOX™ (2026)

PILE-TOOLBOX is an integrated geotechnical analysis and optimization package for practical pile foundation engineering. It supports layered clay and sand soil profiles using empirical design methods widely adopted in Thailand for rapid and reliable capacity estimation. The software includes elastic pile settlement analysis based on Boussinesq stress distribution, enabling serviceability assessment alongside strength design. Built-in optimization algorithms help engineers identify economical pile dimensions and layouts while satisfying design constraints. In addition, PILE-TOOLBOX provides lateral pile load analysis for evaluating pile behavior under horizontal loading, making it a comprehensive solution for routine foundation design. The current version of PIER-PM, a specialized analysis and design tool for reinforced concrete piers. 

PILE-GRID™ (2026)

PILE-GRID™ is an intelligent pile foundation planning and strap beam optimization platform designed to automate the development of pile-supported foundation systems. By combining structural analysis, optimization algorithms, and practical engineering constraints, the software identifies efficient beam layouts and dimensions that improve load distribution while minimizing material usage. PILE-GRID™ transforms complex foundation coordination into a streamlined engineering process.

RUNWAY-OP™ (2026)

RUNWAY-OP™ is an engineering design platform for crane runway beams and supporting structures. The software evaluates vertical, lateral,  and moving load conditions while performing comprehensive strength and serviceability checks. Automated optimization features help engineers develop economical built-up runway systems that satisfy operational and safety requirements.

CORBEL-STM™ (2026)

CORBEL-STM™ is a dedicated strut-and-tie modeling solution for reinforced concrete corbel design. Based on modern STM principles and ACI 318-25 standards, the software evaluates concrete struts, steel ties, bearing zones, and reinforcement requirements through a clear and transparent design process. Optimization capabilities assist engineers in achieving efficient and practical detailing solutions.

BEAM-CALC™ (2026)

BEAM-CALC™ is a comprehensive beam analysis and design tool for everyday engineering applications. The software performs rapid calculations for bending, shear, and torsional reinforcement design requirements. Designed for both preliminary studies and detailed design, it delivers reliable results through a straightforward and efficient user interface.