I assisted a leading healthcare product development company in redefining its product strategy, resulting in a robust innovation framework and high-performing teams.

• Optimized Processes

• Skilled Product Team

• New Product Launch

• Project-Based and Customer-Oriented Maturity

In a highly complex and regulated sector, we work on requirements modeling for critical satellite and aircraft systems. We implement Requirements Engineering methodologies and a Model-Based Systems Engineering (MBSE) tool, including virtual product modeling.

• Enhanced Traceability

• Effective Configuration Management

• Optimized Change Management

• Specification Management for External Suppliers

In the challenging healthcare sector, the ability to predict future events is crucial. In partnership with a health insurance provider, we developed an innovative solution to predict medical claims, transforming medical billing data into predictive intelligence.

80%

Predictive Accuracy

Reliable claims forecasting, without false positives, enabling proactive action.

At CatalisaPM, we transform complex challenges into tangible and measurable solutions. A notable example is our collaboration with a leader in the steel industry, where we implemented a computer vision solution to optimize a critical process.

60%

Error Reduction

In the addition of scrap metal to the composition of metal alloys, optimizing the quality and efficiency of the process.

In the steel industry, leaks in the continuous casting process can generate significant losses and operational risks. For one of our clients, we developed and implemented a Machine Learning solution that revolutionized failure prevention.

90%

Leakage Reduction

The direct impact of the solution was a drastic reduction in leak incidents, improving safety and efficiency.

In the field of modern dentistry, precision is paramount. In collaboration with specialized clinics, we have developed a solution that transforms dental implant planning, using computer vision to optimize each step of the process.

98%

Accuracy in Simulation

Significant increase in accuracy in planning, reducing the need for adjustments during surgery.