In project management, we obsess over scope, cost, and timelines. Yet one of the most decisive and frequently neglected factors is sequence. That is, the order in which work is done. Get it right, and projects flow. Get it wrong, and even well-funded initiatives unravel.
Sequence sounds technical, even procedural. Traditional waterfall models insist on a neat, linear progression where the team finishes one phase before the next begins. Agile methods disrupt that logic, promoting iteration and overlap. Hybrid approaches go further, deliberately running phases in parallel to compress timelines while responding to requirements.
Truth be told, however, methodology alone does not deliver projects. Rather, good judgment does.
The best project managers know that sequencing is not just a science; it is an art. It demands an ability to read context, weigh trade-offs, and occasionally defy convention. That defiance, when grounded in insight rather than impulse, is often the birthplace of innovation.
Consider BYD, the Chinese automaker. The traditional automotive model starts with the vehicle, with components designed to follow. BYD flipped the sequence—mastering battery technology first, then building vehicles around that capability. This was not just a technical decision; it was a sequencing decision. And it allowed them to leapfrog competitors such as Tesla in the electric vehicle space.
In construction, similar disruptions are emerging. Prefabrication has made it possible to assemble key building components off-site, sometimes completing roofing systems before foundations are fully in place. This rethinking of sequence is what enabled China to deliver hospitals and high-rise buildings in record time during the pandemic. What once took years can now take weeks, not because of more resources, but because of a different order of execution.
Before we romanticize disruption, a reality check is needed.
Sequencing mistakes are expensive. Build a road too early in a new housing estate, and heavy construction traffic could destroy it before completion. Delay critical infrastructure, and entire communities become functional liabilities. Prioritize one component at the expense of another, and you create imbalance that requires costly correction.
This is where many projects quietly fail, not in ambition, but in order.
The real challenge is not choosing between waterfall, agile, or parallel execution. It is understanding the constraints: funding cycles, resource availability, time, expertise, technical dependencies, and political pressures. These are not theoretical, they are real forces shaping every project decision.
The uncomfortable truth is that there is rarely a perfect sequence. The smarter approach is often compromise, that calls for scale down, focus geographically, and deliver complete, functional units that can be replicated.
As Malawi rolls out the MK5 billion Constituency Development Fund, for example, sequencing will quietly determine which constituencies create lasting value and which simply create activity. Some will chase visibility by spreading resources thinly across multiple projects. Others will take the harder path by sequencing deliberately, even if it means slower, less visible progress in the short term.
History suggests only one of these approaches endures.
Looking ahead, artificial intelligence is beginning to challenge human intuition in this space. AI tools can simulate multiple sequencing scenarios, test dependencies, and optimize execution paths with a level of precision previously unimaginable. But even here, technology does not replace judgment, it amplifies it.
Sequence is not just about order. It is about intent. It forces project leaders to answer a difficult question: are we building for completion, or are we building for impact and value?
In the end, projects rarely fail because we did the wrong things. They often fail because we did the right things albeit in the wrong order. Project managers, beware!