Services

Our Services

Fuji Engineering offers a comprehensive suite of services that span the entire lifecycle of a structural project:

Feasibility Study

A feasibility study evaluates a proposed project to determine its viability. It assesses various technical, economic, legal, operational, and scheduling factors to determine the likelihood of success. The study helps identify potential risks and obstacles early on, allowing decision-makers to make informed choices about whether to proceed with the project, modify it, or abandon it altogether.

Detailed Design

Detailed Design involves creating precise, comprehensive plans and specifications for a structure’s components, including beams, columns, foundations, and connections. Calculations, material selection, and detailed drawings ensure all elements meet safety, performance, and regulatory requirements. This phase focuses on accuracy, material selection, and precise documentation to guide construction and implementation.

Erection Design

Erection Design involves planning and engineering the temporary structures, sequences, and methods used to assemble and install structural components during construction safely. It ensures stability, efficiency, and compliance with safety regulations throughout the erection process. Proper erection design minimizes risks, optimizes resources, and ensures smooth project execution.

Value Engineering

Value Engineering is a systematic approach to improving a project’s value by optimizing performance while reducing costs. It involves analyzing materials, design, and construction methods to find cost-effective alternatives without compromising quality, safety, or functionality. By balancing performance and affordability, Value Engineering enhances efficiency, sustainability, and overall project success.

Peer Review

Peer Review in engineering and construction is the independent evaluation of designs, plans, or analyses by experienced professionals to ensure accuracy, safety, and compliance with standards. It helps identify potential errors, improve efficiency, and enhance project reliability. Peer reviews are used in structural design, forensic investigations, and quality assurance to minimize risks and optimize performance.

Site Supervision

Site Supervision is the on-site management and oversight of construction activities to ensure work is carried out safely, efficiently, and in compliance with project plans, regulations, and quality standards. Site supervisors coordinate teams, monitor progress, resolve issues, and enforce safety protocols. Effective site supervision helps maintain project timelines, reduce risks, and ensure high-quality construction outcomes.

Site Monitoring

Site Monitoring is the continuous observation and assessment of construction or operational sites to ensure safety, quality, and compliance with regulations. Using sensors, cameras, and real-time data collection helps detect issues early, track progress, and improve efficiency. Site monitoring enhances worker safety, minimizes risks, and ensures projects stay on schedule and within budget.

Commissioning

Commissioning is the systematic process of verifying a building’s systems to ensure they function as designed and meet performance standards. It involves testing, adjusting, and documenting system operations from installation to occupancy. Our unique testing can deliver data that conﬁrms code compliance and validates designs. Traditional building commissioning services generally can’t provide the same detailed information. This situation conﬁrms that the building is built as intended, and knowing the Building is Compatible with the Code.

Structural Health Monitoring

Structural Health Monitoring (SHM) continuously assesses the condition of structures like bridges, buildings, and dams using sensors and data analysis. It helps detect damage, monitor performance, and ensure safety by identifying potential failures before they become critical. SHM improves maintenance efficiency, extends the lifespan of structures, and enhances public safety through real-time monitoring and predictive analysis.

Forensic Engineering

Forensic Engineering is the investigation of structural, mechanical, or material failures using engineering principles. It aims to determine the causes of accidents, such as building collapses or equipment malfunctions. Forensic engineers often support legal cases, insurance claims, and safety improvements by analyzing failures through testing, accident reconstruction, and advanced technologies like 3D modeling. They help enhance safety standards and prevent future incidents by analyzing failures through testing, accident reconstruction, and advanced technologies like 3D modeling.

Emergency Action Plan

An Emergency Action Plan (EAP) is a set of procedures and guidelines designed to effectively respond to emergencies, such as earthquakes, fires, natural disasters, or workplace accidents. It outlines steps to protect individuals, minimize damage, and ensure a quick recovery. The plan includes evacuation routes, emergency contacts, roles, and responsibilities, ensuring everyone knows how to act in a crisis to maintain safety and order.

Our Business Areas

Non-Destructive Innovative Performance Assessment

Understanding the building’s heartbeat to identify abnormal responses that are indicative of structural damage or weakness may be crucial for insurance purposes, occupant safety, litigation avoidance and asset management.

Application areas: Bridges, marine structures, tall buildings, industrial facilities, dams etc.

Bridges & Transportation Structures

We offer specialized and innovative non-structural assessment, design, and retrofitting solutions for bridges and transport infrastructure, with a focus on seismic resilience. Utilizing advanced response control systems, we reduce structural demands and enhance performance under dynamic loading. From urban connectors to major crossings, we ensure safety, durability, and uninterrupted functionality.

On-shore & Off-shore Structures

Our soil-structure interaction approach in geotechnical earthquake engineering provides cost-effective solutions for post-earthquake sustainability. Thanks to our many seismic assessments and strengthening projects for existing and new facilities, we can offer efficient solutions for marine structures.

Earthquake-resistant High-Performance Structures

We can design and supervise the construction management for high-performance structural systems with viscous dampers, linear/rotational/tension-only friction dampers, tuned mass dampers, mounts and shock absorbers where a post-earthquake sustainability performance is not an option for essential facilities.

Structures with Damping Devices

Structures with Base Isolation

Innovative Retrofitting with Seismic Devices

We can help supply the seismic devices and provide construction supervision services for cost-effective retrofitting alternatives to upgrade the poor seismic performance of the production and essential facilities in challenging environments, surrounded by densely occupied heavy equipment.

Seismic Protection for Power and Energy Equipment

Heavy-type Power and Energy equipment located close to the seismic faults can be protected from the near-field effect of strong seismic events by a specific type of base isolation, in combination with various types of isolators and damping devices, when six degrees of freedom is required for Critical Systems and Structures.

Local Seismic Isolation Solutions

Our unique sliding product can dissipate the earthquake energy that may affect vibration-sensitive non-structural elements and can return back to its old position after an earthquake.

Application areas: IT equipment, invaluable/historical objects and critical industrial manufacturing components.

Post-Earthquake Business Continuity Solutions

Our unique real time seismic monitoring system is the best application in the world due to its proven record in the recent 30 years earthquakes, due to its internationally recognized tracebility certificate and embedded software without computer connection.

Any Questions?

Do you have questions about our systems and solutions?