Syntros builds custom tools and connects systems to solve specific engineering and operations problems. Understand first, then build.
See what Syntros doesServices
Software built for one specific problem: a calculation that lives in a fragile spreadsheet, a repetitive task that eats up hours, an analysis only one person knows how to redo. You get the tool working, documented and with its source code.
Systems that don't talk to each other start sharing data: ERPs, spreadsheets, databases and APIs. The metrics you define show up on dashboards that update themselves. The rules and the metrics are yours; Syntros makes sure the numbers come through right.
A tool has to keep up with the operation. Syntros looks after what it delivers, fixing, adjusting and adding features as your needs change.
Complete mechanical product development, from concept to production: requirements, concept, analysis, simulation, detailing, prototyping and testing. It is also why Syntros' software is built with a hardware designer's eye.
Method
Analysis
A conversation about the problem, the data at hand and what counts as a result.
Analysis
A technical survey of systems, data and constraints. It ends in a proposal with scope, timeline and price.
Execution
Development in short iterations, with versions you test along the way.
Execution
The tool in use and documented, with support after handover.
Projects
Two examples of what is being built right now.
Prototype
A tool for the early design phase of propulsion turbomachinery. It tests thousands of candidates across a parametric design space and shows the engineer only the ones worth taking further. For those, it already generates the starting files for the next round of analysis.
In progress
A reorganized data structure and a dedicated intranet with purpose-built tools. Day-to-day work follows a standard, and information lives in one place.
Experience
Syntros is built on more than ten years of mechanical engineering in Brazil and Europe, in industries where mistakes are expensive.
Led propulsion hardware engineering for orbital launch vehicles: turbomachinery design, R&D and production strategy, with additive manufacturing at the core.
Led the mechanical team developing new products, from structural design to mechanical validation.
Analysis and development of subsea interconnection structures for exploration and production projects, plus technical proposals for export markets.
Design of mechanical equipment for the stone industry and performance analysis of heavy machinery in the field.
Software built by an engineer who needed it mid-project.
The name
In physics, any system left to itself drifts toward disorder. Order only appears when information and work come in: Schrödinger's “negative entropy” and Prigogine's dissipative structures. That movement back toward order has a name: syntropy.
The symbol tells the same story. The loose columns are the analysis; the orange square, in the place logic set aside for it, is the execution.