Blog Layout

THE COST OF GETTING YOUR DESIGN PROJECT OVER THE LINE IN RECORD TIME…

THE COST OF GETTING YOUR DESIGN PROJECT OVER THE LINE IN RECORD TIME…

Date: 14th June 2022

No matter what industry you're in, you’ve probably heard the age old motivational cliché “get the project across the finish line” being thrown around the shop floor more than once in your career. You may have even tried using it yourself when the momentum on a project starts to dip. But here’s the problem I have using this statement in design projects… 


As effective as it may be at getting work moving and deadlines met ahead of schedule, it turns the project into a race. Whether it's your intention or not, putting pressure on your designer to get the job “done” in a timeframe that no longer reflects the scope of the project will always come at a cost. And 9 times out of 10, that cost is accuracy.


Accuracy is fundamentally the most important element in any engineering design project. 


But cutting corners to hit time constraints normally just leads to additional costs. These can be upfront costs to cover the additional man hours required to get the design across the finish line, or costs later down the line, like rework due to design error. 


Everything has a cost implication, and I’m not saying that targets don't need to be met. But, in most of the projects I've worked on in the last 18 years, the client often has design changes they wish to make once the project is underway. This can be down to an oversight at the concept stage, an improvement they wish to make to the concept or sometimes just adding in a couple of ‘nice to haves’ to the design. 


There’s nothing wrong with changing your mind and moving the goal post, but if you do, you need to allow your design engineers the additional time to reflect these amendments and allow them to accurately implement the changes. 

Designers may now be equipped with laptops and CAD softwares rather than tape measures and drawing boards, but the accuracy of any design still lies in the details. And these details take time. 


The money and time you spend to get a high quality design will always be less than you would have to spend starting the design process over again when things go wrong or putting things right with a faulty machine.


Book a free design consultation today to discuss your design needs and get your project off on the best foot.



by Martin O'Hare 27 March 2025
Are project approvals slowing you down? Waiting on planning permission, regulatory sign-off, or stakeholder buy-in can feel like watching paint dry. This is especially true when outdated drawings or inaccurate measurements are the cause of these delays and revisions. But what if you could remove the guesswork and speed things up? In this week's blog, we’re exploring how 3D laser scanning helps achieve faster project approvals.
by Martin O'Hare 3 March 2025
Is 3D laser scanning worth the investment? When making decisions for engineering projects, balancing cost, time, and quality is always a challenge. And one of the biggest questions when investing in new technology for your project is whether the return on investment (ROI) justifies the upfront cost. Or is it just going to be additional cost and time? The benefits of 3D laser scanning aren’t always immediately obvious, but they can be substantial. So, how can you calculate the ROI of 3D laser scanning and determine if it’s the right choice for your next project? We’ve put together a detailed breakdown of how to measure the financial benefits of 3D laser scanning in your projects.
Why are FEED studies so important in engineering projects?
by Martin O'Hare 4 February 2025
In any engineering project, especially in complex environments like chemical plants, proper planning is everything. It’s what separates smooth, successful execution from unexpected delays, costly mistakes, and potential safety hazards. Front-End Engineering Design (FEED) studies are one of the best ways to ensure these are the case. But what exactly happens during a FEED study, and why is it so essential in industries like chemical engineering?
Share by: