Diversifying Your Skillset

As a structural engineer, it is easy to become so focused on design and analysis that you neglect other valuable skills that can help you excel in your field. While knowledge of codes, standards, and structural theory is essential, it is equally important for engineers to have a diverse range of skills and well-rounded knowledge that can help them stand out in the workplace.

One such skill that can be extremely useful for a structural engineer is the ability to code. This is because quite often, we come across repetitive tasks that require some form of automation through coding. By having the ability to write code, engineers can streamline their workflow, reduce errors, and increase efficiency, allowing them to focus on more complex and creative aspects of their work. Coding also opens up opportunities to work on cutting-edge projects and to develop custom solutions to complex engineering problems. It broadens your perspective, and this can be particularly valuable in the field of structural engineering where new materials, construction methods, and design techniques are constantly emerging.

An example is having some knowledge of Python or VBA that allows you to automate a process and create useful tools that help in your structural calculations.

It is not just structural engineers who can benefit from diversifying their skills, we at KAEG are encouraging all working professionals, regardless of their discipline, to never be so straight-narrowed in their profession and should instead learn complementary skills and diversify. In today’s fast-paced, rapidly changing world, it is more important than ever to be versatile and flexible. Contact our expert team at: info@ka-engroup.com to learn how we can bring our diverse skills to best serve your needs.

Deflection in Telecom Structure Analysis

Deflection in telecommunication structures refers to the deformation or displacement of a structure from its original position under load. Deflection is a serviceability limit, that is, it does not automatically constitute structural failure, thus there are often differing requirements on the acceptable levels of deflection. There are typically two categories of deflection limits considered in telecoms analyses: General structural deflection limit and Operator’s deflection limit.

The operator’s deflection limit is specified by the site operator in the telecoms industry. They specify levels above which the structure becomes unfit for use based on ancillary equipment operational guidelines and specifications.

The general structural deflection limit is specified by design codes e.g., Eurocode & BS code an offers guidance on the level of deflection that will not cause discomfort/alarm to the site users.

The operator’s deflection limit can be a little generous. We often find that a structure can be within it operator’s limit but has exceeded its general deflection limit, therefore a decision must be made. Designing a structure that is below the general structure deflection limit may incur additional costs which the site operator may be opposed to. It is responsibility of the engineer to ensure that all stakeholders participate in the decision making and to balance the interest of all parties.

At KA Engineering Group, we leverage our extensive engineering experience to accurately design any form of telecoms structure ranging from complex GDC to basic DD analysis. We take responsible steps to consider, advise, and optimise each site, ensuring cost-effective design, installation, and maintenance for build contractors and efficient utilisation for operators.

Contact our expert team at: info@ka-engroup.com to learn more and discuss how we can best serve your needs.