Structural Design. Designing various types of structures including process equipment support structures, buildings, bridges, towers, and industrial facilities to meet specific requirements and standards while considering factors such as loading conditions, material properties, and construction methods.
Structural Analysis. Performing advanced analysis using RISA models and computational tools to assess the behavior and performance of structures under different loading scenarios, including static, dynamic, and seismic loads.
Finite Element Analysis (FEA). Conducting numerical simulations to analyze complex structural behavior, stress distribution, and deformation patterns to optimize designs and predict performance.
Seismic Design and Retrofitting. Designing structures to resist earthquake forces and performing retrofitting of existing structures to enhance their seismic performance and meet current seismic codes and standards. Analytical procedures used are equivalent lateral forces procedures or modal response spectrum analysis.
Foundation Design. Designing foundations and substructures to support and transmit loads from superstructures to the underlying soil or rock strata, considering soil conditions, site constraints, and structural requirements.
Structural Inspection and Assessment. Conducting inspections, evaluations, and condition assessments of existing structures to identify defects, deterioration, and potential structural deficiencies, and providing recommendations for repairs, upgrades, or retrofitting.
Structural Rehabilitation and Strengthening. Developing rehabilitation strategies and strengthening measures to restore or enhance the structural integrity, load-carrying capacity, and durability of aging or damaged structures.
Blast Analysis and Protective Design. Analyzing the response of structures to blast loads and designing protective measures such as blast-resistant barriers, blast-resistant glazing, and blast-resistant building envelopes to mitigate the effects of explosions.
Structural Fire Engineering. Evaluating the fire resistance of structures, designing fire protection systems, and developing fire safety strategies to minimize fire risk and ensure occupant safety in buildings and other facilities.
Construction Support Services. Providing technical support during construction activities, reviewing shop drawings, resolving construction issues, and conducting site inspections to ensure compliance with design specifications and standards.
Code Compliance and Permitting Assistance. Ensuring compliance with local building codes, zoning regulations, and permit requirements throughout the design and construction process to obtain necessary approvals and certifications.
Value Engineering and Optimization. Identifying cost-effective design solutions, material alternatives, and construction methods to optimize project outcomes while maintaining structural performance and safety.
