Introduction
In knowledge-intensive sectors such as infrastructure and offshore, engineering projects are becoming increasingly complex. Technical challenges are growing, the number of stakeholders is increasing, and societal demands such as sustainability, safety, and cost control place significant pressure on execution.
The role of a strong project manager is indispensable in this context. Steering such a project requires more than technical expertise alone. It involves creating focus, safeguarding interests, and organizing collaboration between diverse parties. This calls for a deliberate approach in which technology, processes, interfaces, and people come together.
Focus as a scarce resource
Engineering is inherently a specialized discipline. Engineering teams work on challenges where every decision has major consequences for quality, safety, and cost.
A flood defense system, for example, must truly be safe, as this infrastructure ensures that 50,000 households stay dry. And when operating offshore, everything must function properly and remain maintainable, even when conditions are adverse. This requires thoughtful engineering and full concentration from our engineers.
"Research shows that it takes an average of eight minutes to regain full concentration after an interruption. Every email, phone call, or additional question can therefore have a significant impact."
We notice that engineers sometimes have the tendency to immediately dive into solutions when a problem is presented to them. While this is valuable, it can also lead to fragmented attention and a loss of overview regarding main and secondary issues. In complex projects, this may result in delays or even unnecessary iterations.
Our approach is clear: defined communication lines and a clear division of responsibilities between our Project Managers and Lead Engineers. This creates a natural separation of focus at project level and protects the focus of the entire team.
Lead Engineers are primarily responsible for quality and the complete technical content of the project. They review the team’s work, refine designs, and ensure that all technical details are correct.
The Project Manager is responsible for budget and planning. In addition, he or she acts as a filter and single point of contact. For our clients, this provides clarity and structure. For the team, it creates calm, because focus arises from carefully filtering information, structuring communication, and choosing the right moment to share new input.
In this way, the team’s energy is directed toward the technical content, allowing them to concentrate on what truly matters: developing safe, high-quality mechanical engineering solutions.
The client does not pay for ‘beautiful’
Successfully steering complex projects goes beyond following a schedule and budget. It requires optimizing processes, streamlining communication both internally and with external partners or subcontractors, and unburdening both the engineering team and the client.
We all know the examples: a schedule that is completely consumed, or a technically impressive design that does not align with the budget or the client’s needs. Building a Ferrari when a reliable Skoda is required may sound amusing, but it happens more often than desired. That is why we often say: "good is good enough" or "the client does not pay for beautiful."
It is therefore essential to critically assess what is truly necessary. A technically perfect design is not always the best design. This is what our Managing Director, Henk van Ommeren, means by "Less is More." No over-engineering or unnecessary complexity. If it meets all specified requirements, it is sufficient.
This requires making conscious trade-offs: which requirements are crucial, where can simplification take place without compromising quality, and how does the design align with the needs of the client and the surrounding environment?
Balancing interests
Engineering projects often involve a wide range of stakeholders: clients, end users, maintenance parties, safety specialists, suppliers, municipalities, and provinces. Each of them has specific interests. One of the greatest challenges in complex projects is balancing these interests.
Successful steering means listening, connecting, and making decisions. It involves considering all relevant interests without allowing the project to become stalled in detailed discussions or over-engineering. This may mean that the most technically advanced solution is not chosen, but rather the solution that best fits the context and objective of the project.
Safeguarding this balance prevents energy from being lost in over-engineering or pursuing the "best" idea, when the most appropriate design often serves the project better as a whole. The success of a project frequently depends on the ability to integrate every interest, creating support and ensuring practical feasibility. Ultimately, projects in which all parties are satisfied with the chosen solution are delivered more efficiently and more quickly.
Looking beyond your own scope
In addition to stakeholders, complex projects must also deal with technical challenges, interfaces, risks, and changing laws and regulations.
Effective project steering is therefore not a static process. It is a continuous process of monitoring, evaluating, and adjusting. This requires a combination of analytical insight, organizational skills, and the ability to make decisions based on incomplete information.
Actively identifying and assessing risks helps to take timely measures, prevent delays, and minimize the impact of unexpected changes. While part of this risk assessment lies with our client, our years of experience have taught us that it is beneficial to think beyond the scope and ensure that interfaces align seamlessly.
The human factor in engineering projects
Technical projects are often characterized by designs, calculations, and documentation. However, behind every successful project lies a human component: trust, communication, and collaboration.
Steering complex engineering projects requires connecting qualities. It means supporting technical experts, involving clients and stakeholders in decisions, and fostering collaboration. Soft skills such as listening, summarizing, and asking the right questions are just as important as technical expertise.
The project manager plays a crucial role in this. A well-steered project and team create space for innovation. Teams are relieved of unnecessary burdens, decision-making becomes more efficient, and there is greater room to approach challenges creatively. This makes project steering a decisive factor in the success of complex engineering projects.
It protects the team from unnecessary pressure and gives clients confidence that their interests are taken seriously. That is what makes complex projects successful: a harmonious combination of technology, process, and human interaction, with the project manager acting as the connector.
Combining in-depth mechanical engineering knowledge
Successful engineering starts with strong project management. At MechDes, we combine in-depth mechanical engineering expertise with a practical approach, bringing focus, structure, and balance together in complex infrastructure and offshore projects. This ensures that engineering and realization align seamlessly.
With more than 30 years of experience, experienced Project Managers, and a team of one hundred dedicated engineers, we work daily on challenging projects in sectors such as infrastructure, offshore, and lifting and handling. Our strength lies in connecting knowledge, processes, and people. In this way, we deliver projects within scope, on time, and within budget, without compromising on quality.
Our involvement does not stop at the design phase. From concept to realization, we guide projects with attention to detail and the bigger picture. That is what sets us apart and makes the difference: we bring the client’s vision to life.
