GEO-PRECISE LTD’s Post

The Illusion of Expertise in Today’s Engineering Industry: Pretend Engineering and the Lack of Real Knowledge It seems like everyone is an "engineer." With the rise of “Name engineering LTD” , not evern know what they are doing. The tem “engineering" has become so ubiquitous that it risks losing its true meaning. Unfortunately, many companies, particularly in the engineering and construction sectors, are now offering engineering services without actually possessing the foundational knowledge and expertise that engineering requires. What we are witnessing today is a disturbing trend where companies claim to be doing engineering but are, in reality, just pretending.

Myth: Shoring is just a temporary solution and doesn’t impact the final structure. Fact: Shoring is crucial for stability during construction and can enhance the overall integrity of the final building. At Calex Engineering Co, we ensure your project stands strong from the start.

Team building is a crucial element in the engineering industry, due to its ability to help achieve the goals. Working in the industry as a building technologist I understood the term “Inferiority Complex” in a practical context. The construction industry is made up of approximately 80% of skilled labour but not literates and 20% literates and skilled working in the diverse sectors of the industry. As a supervisor I approached a field worker and asked him why he was using the method he’s using to achieve the target given to him the conversation was in this manner; Me: Mr Andrews, why are you pouring the concrete on the ground without watering it first? Mr Andrews: Oh! That’s how we do it, there’s nothing going to happen. Me: when you water the ground before pouring the concrete what will happen? Mr Andrews: oh! Nothing will happen. After this, I noticed a change in his reaction because he felt I have questioned his experience and expertise as a Mason. So I needed to make him feel himself because he was talking about it with his colleagues on the field. Few minutes later I saw him back to himself and decided to explain the difference between the two process though with both methods you will get the same results hence quality is at stake here. I learnt this happens a lot especially when you’re an upcoming engineer in the industry don’t let their inferiority complex make you succumb to the negatives that’s happening in the industry but politely explain to them why they have to do it in a professional manner. Stand up for the right methods and procedures to be used in the industry for quality, prescision, safety, cost and time to help our infrastructures thrive in our environment.

High season is here: it's time to be a good manager! 👨💼 Does your team have all the information it needs to ensure the success of your construction projects? #construction #management #communicationatwork

The concept that “no temporary works is the best temporary works” is a core engineering mantra at Andun Engineering Consultants. When designing temporary works or demolition sequences the focus is on reducing and eliminating temporary works through effective engineering wherever possible. Efficient planning and phasing of the project can allow for the use of the existing or permanent structures to support some of the temporary loadings, negating the need for temporary works. 

Important of a Bill Of Quantities Considering that Bill Of Quantities is being talked about again, for a reason, I will devote a series of my older and new texts to this popular and important topic. The Bill of Quantities is irreplaceable and that should be clear to everyone. Especially for dummies Employers! I will also refer to the increasing failures of large infrastructure projects contracted on the Design and Build method, associated with the non-use of the Bill of Quantities. xxx Whether we want to admit it or not, the BOQ, and consequently the Priced Bill of Quantities, is the heart and engine of a construction project. Only on the basis of a sketch (even without a detailed plan) and an adequately applied BOQ can construction objects be carried out! And if you have a priced BOQ, you also have the value of the object. Can you build buildings and perform construction and civil engineering works without a contract and all related clauses - definitely YES. The contract is legally binding, but in itself it is just a sheet of paper. Can you imagine that just based on the drawings and all the permits you have - you can create a finished product? "BOQ is among the most useful in the administration of the contract as they form the main basis of construction schedules, method of measurement, interim payments, updated contract sum, and monitoring of progress among countless of project execution documents that utilise it as the backbone of each format". BOQ is irreplaceable. In any form you present it. How will you know which materials, in what quantity, and finally at what price you will build-in? Knowing construction technology is an imperative on which construction science is based. Credit: Todor (Tosha) Unkovski

Case Study: Resolving Conflicting Specifications in a Hospital Construction Project Background: A construction company was tasked with building a new hospital. During the project, the team encountered conflicting information between the architectural drawings and the mechanical specifications. The drawings indicated one type of HVAC system, while the specifications detailed a different system. Steps Taken to Resolve the Conflict: 1. Identify the Source: The project manager first identified the conflicting documents and noted the discrepancies between the architectural drawings and the mechanical specifications. 2. Cross-Referencing: The team cross-referenced the conflicting information with other related documents, such as the contract agreement and the particular conditions. They found that the contract agreement specified the need for a high-efficiency HVAC system, which aligned with the mechanical specifications. 3. Consult Experts: The project manager consulted with both the architect and the mechanical engineer to understand the rationale behind their respective choices. This helped clarify the technical aspects and the reasons for the discrepancies. 4. Document Review Meeting: A meeting was held with all stakeholders, including the client, architect, mechanical engineer, and construction team. During the meeting, each party presented their perspective and the reasons for their choices. 5. Clear Definitions and Terms: The team reviewed the definitions and terms in the contract documents to ensure everyone had a common understanding of the requirements. 6. Hierarchy of Documents: The project manager referred to the hierarchy of documents as outlined in the FIDIC contract conditions. Since the contract agreement took precedence, the decision was made to follow the mechanical specifications that aligned with the contract’s requirements. 7. Record Keeping: Detailed minutes of the meeting were recorded, documenting the discussions and the final decision. This ensured transparency and provided a reference for future decisions. Outcome: By following these steps, the team resolved the conflicting information efficiently. The project proceeded with the high-efficiency HVAC system as specified in the mechanical documents, ensuring compliance with the contract agreement and meeting the client’s requirements. This example highlights the importance of clear communication, collaboration, and adherence to the document hierarchy in resolving conflicts in construction projects.

*Represents the pattern of Hoover Dam, Nevada, USA* Possess contract engineering experience. It is classified among the greatest achievements of water engineering and human structure in the twentieth century. For this reason, the international surveys and its position are stable, while the gravity structure combines structure and gravity mass to bear the gravitational pressure. Advanced modeling and materials science were the focus, with 3.25 million yards of concrete structures cooled by a non-nesting pipe installation system. Construction interface Significant challenges require key logistical solutions. Controlling the extreme heat in the valley necessitated special cooling techniques and worker safety. It involved diverting the Colorado River into four massive tunnels. Dam foundation stabilization is required to remove debris and stabilize the valley wall. The wide scope and time diversity require careful management of constraints and can be considered for quality, ensuring overall quality in the long term.

Our final Lunchtime Seminar of the year recently highlighted the vital role industry forums and professional bodies play in advancing civil engineering. We discussed the committees and organizations some of our engineers actively contribute to, as well as the wealth of resources and guidance they provide to the industry. Participating in bodies like these is key to staying at the forefront of best practices and innovation, and supporting the industry's growth. By sharing knowledge and collaborating through these networks, we not only grow as professionals but also help shape a stronger, more resilient future for our profession, and we encourage all our engineers to seek opportunities to contribute.   Organisations at which Hewson is represented include CEN – the European Committee for Standards, iStructE, Concrete Bridge Development Group , The Steel Bridge Group, Institution of Civil Engineers (ICE) International, IABSE British Group, Net Zero Bridges Group, Temporary Works Forum (TWf), and Health & Safety by Design Buildings and Civils Work.