How do small hardware teams avoid death by iteration?
This talk explores how systems engineering tools like Dependency Structure Matrix (DSM), Weighted Decision Matrix, and Tradeoff Studies can help hardware-firmware teams reduce unplanned rework, clarify interdependencies, and make better decisions faster. The talk will explore practical strategies for applying these tools from concept evaluation through firmware release planning.
Small hardware teams and startups often face tight constraints and hidden iteration loops, and unmanaged change propagation can quietly burn through time, money, and morale. While software teams can often "fail fast," hardware development demands more foresight.
This talk shows how systems architecture tools like Dependency Structure Matrix (DSM), Weighted Decision Matrix, and Tradeoff Studies can help teams make smarter decisions early and maintain flexibility without chaos. The talk will walk through real-world examples of:
Mapping component dependencies to predict ripple effects of change
Evaluating competing concepts with structured decision frameworks
Managing features across electrical, mechanical, and firmware domains
Prioritizing decisions when architecture isn’t fully frozen
It will also touch on how these tools can live inside lean processes, so they don’t slow teams down, but actually help them go faster, more confidently.
If you’ve ever had to ship a board revision because a tiny dependency was missed, or found yourself stuck in the purgatory of change propagation while the market moved on, this talk might be for you.