"monitor"

This seminar looks at concrete applications and repair. It will help you to understand the following topics:- Understand typical concrete applications, what can go wrong, methods of testing and monitoring and solutions - Understand how to plan project strategy- Understand how to diagnose failure- Understand how to tackle corrosion

This seminar is about door specification with relevance to transport and aviation projects. It will help you to understand the following topics:- General door specification and the relevant British Standards and regulations - Issues and danger points around specifying automatic doors including the importance of correct signage, door cycle safety, activation distances and failsafe monitoring- The specification of different types of automatic doors including sliding, swing, folding and revolving doors- The specification of specialist doors for transport and aviation projects- Problems which occur when doors are not specified, installed and maintained correctly

Lets learn about the Emergency lighting. Emergency lighting is a matter of law and is a critical to life system in buildings which is heavily legislated and heavily monitored for compliance, with severe consequences for failure to meet your obligations.What is Emergency Lighting? How does it work? What are the requirements? How do I select the right type? These are all questions we will help you discover answers to in this session and empower you with a better understanding of Emergency Lighting across a varied number of topics.By the end of this CPD delegates should:1. Understand what Emergency lighting. Why it is needed and what does it aim to achieve.2. Know your obligations in delivering Emergency Lighting.3. What types of Emergency system types are available. What do they do and what do they do not do.4. How to plan Emergency lighting.5. Have learnt best practices.

Concrete technology proliferated in post-war Europe as engineers and architects began producing ground-breaking building designs and civil structures with structural concrete. For modern practitioners and those responsible for stewardship of post-war era heritage, maintaining these concrete structures while making them more sustainable can be technically challenging. It is important to understand the significance and construction of these concrete structures, including material constituents of the concrete, unique characteristics, and extent and causes of deterioration as well as project requirements and goals. Proper repair techniques and conservation treatments are critical to preserving their significance and value. This webinar will discuss the history and development of 20th century concrete technology with case studies that demonstrate a range of repair and conservation approaches.By the end of the CPD you should have a greater understanding of:- How to define approaches for the maintenance of heritage concrete, including regular assessment, in order to establish baseline conditions, identify needed repairs, and develop a maintenance program- How to identify inspection tasks, including monitoring protection systems and review of sealant joints, expansion joints, and protection systems- How to describe the investigation process, including the importance of laboratory analysis, trial samples, mock-ups, full-scale repairs, and quality control measures