规划审查员

工作日程

• Plans Examiners typically work a standard 40-hour week, with overtime as needed to meet project deadlines. The work is primarily office-based, though some examiners may travel to perform site inspections.

典型职责

• Participate in pre-construction meetings with architects, contractors, and building owners to discuss projects and compliance strategies
• Promote the adoption of green building practices and energy-efficient designs
• Review building plans, building codes, zoning regulations, and fire safety standards
• Guid architects, engineers, and builders on how to comply with codes and regulations
• Evaluate proposed building materials and construction methods to ensure they all meet safety and quality standards
• Coordinate with fire departments, environmental agencies, and other stakeholders to address specific safety and environmental concerns related to building designs
• Advise property developers on permit processes
• Issue permits for construction, renovation, and demolition (after confirming that plans comply with local, state, and federal regulations)
• Maintain records of plan reviews, inspections, and communications, and track status updates
• Conduct site inspections during and after construction to ensure plans are followed

额外责任

• Help develop and revise local building codes and standards
• Provide expert testimony in court cases or public hearings
• Engage in continuous education to stay informed about new codes, regulations, technologies, sustainable practices, and other innovations
• Develop and deliver training programs for construction professionals

软技能

• 适应性
• 分析性思维
• 清晰的沟通
• 合规导向
• 解决冲突
• 客户服务
• 注重细节
• 诚信
• 精度
• 解决问题
• 公共关系
• Resolve
• 注重安全
• 日程安排
• 团队合作
• 时间管理

技术技能

• Proficiency in reading and interpreting architectural and engineering plans    

1. Understanding floor plans, elevations, and engineering schematics for structural, mechanical, electrical, and plumbing systems

• Understanding of building codes, zoning laws, and fire regulations

1. Including knowledge of the International Building Code and International Residential Code, local zoning requirements, and fire safety measures.

• Knowledge of construction materials and methods (for example, concrete and steel)
• Awareness of modern construction techniques
• Familiarity with energy efficiency and sustainability standards, such as LEED certification criteria and sustainable construction practices like solar panel installation
• Use of computer-automated drafting software for plan review
• Use of building information modeling tools like Revit for design analysis

• Municipal and county building departments
• State government agencies
• 私人咨询公司
• 教育机构
• 医院

Plans Examiners must be meticulous and extremely thorough in their work. The safety and compliance of construction projects rests largely on their shoulders! In addition, they may have to work on multiple projects at once and must therefore stay highly focused and on track with timeframes and deadlines.

Building codes, regulations, and technologies can change frequently, so Plans Examiners must stay up-to-date on the latest developments. Sometimes codes and regulations can be complicated and fairly boring, but it is vital to read and understand the fine print. 

Building designs are becoming increasingly sophisticated, requiring Plans Examiners to stay current on new architectural concepts, specialized modern materials, and green building practices.

In addition, buildings are getting smarter! As Construction Today notes, “Smart building technology is transforming the way we interact with structures. Features like IoT-connected systems, automation, and energy management solutions are making buildings more efficient, comfortable, and secure.”

Processes are becoming more streamlined thanks to digitalization and the use of Building Information Modeling (BIM) software in the plan review process. This can enable more efficient and accurate assessments, but it does take time to learn how to use these technologies effectively. 

In their youth, Plans Examiners might have enjoyed puzzles, building models, or drawing detailed designs. They may have had a fascination with architecture and engineering, curious about how ideas can be transformed into real-world structures.