What We Offer

Mathematical and Statistical Expertise for Innovation-Driven R&D

 

At Robust Solutions Pro, we help organizations improve their R&D processes through the application of advanced mathematics, statistical modeling, and simulation-based design. We use quantitative methods to reduce uncertainty, improve decision-making, and drive measurable outcomes in complex technical environments.

 

 

Our services are rooted in applied mathematics, with a focus on structure, efficiency, and innovation integrity. We also offer structured problem-solving using TRIZ methodology, and for Canadian clients, technical support for R&D activities eligible under the SR&ED program.

Our Services

Applied Statistical Modeling

  • Trend analysis, predictive modeling, and regression techniques
  • Design of Experiments (DOE) for process optimization and data efficiency
  • Visualization and reporting (Kaplan-Meier curves, boxplots, histograms, waterfall plots)

 Structured Innovation Using TRIZ

  • Systematic contradiction resolution for technical problem-solving
  • TRIZ-driven frameworks to support efficient R&D planning
  • Strategic design support for scientifically complex innovation projects

Simulation & Mathematical Modeling

  • Digital experimentation using CFD (Computational Fluid Dynamics) and FEM (Finite Element Method)
  • Mathematical modeling to replace and reduce physical trials
  • Optimization of product and process design using applied simulation tools

🇨SR&ED-Aligned Technical Documentation (Canada Only)

  • Guidance on framing R&D work to meet SR&ED eligibility
  • Assistance with developing clear technical narratives and supporting data
  • Frameworks to enhance documentation consistency and audit readiness

Why Choose Us

Mathematics at the Core

 

We don’t just document — we analyze, model, and optimize R&D with mathematical precision.

At the heart of our work is the belief that mathematics is the foundation of innovation. Whether solving complex engineering problems or improving scientific processes, we use applied mathematical frameworks to guide strategic decisions, optimize designs, and validate results.

Our approach leverages:

  • Regression and multivariate modeling to uncover relationships between variables,

  • Design of Experiments (DOE) to explore systems efficiently and extract meaningful insights,

  • Time series and survival analysis to model dynamic or clinical data, and

  • Optimization algorithms to enhance performance, minimize cost, and increase process reliability.

We integrate these tools with simulation platforms like CFD (Computational Fluid Dynamics) and FEM (Finite Element Method), enabling clients to test ideas digitally before physical trials — saving time, reducing cost, and revealing insights that are often invisible through conventional experimentation.

From statistical analysis plans (SAPs) and regulatory documentation to predictive modeling and experimental design, we deliver solutions grounded in mathematical integrity, reproducibility, and scalability — helping organizations achieve better outcomes with greater confidence.

 

Strategic, Data-Driven Innovation

 

Innovation isn’t just about creativity — it’s about making the right decisions based on the right data.

At Robust Solutions Pro, we help organizations transform their R&D strategies by grounding innovation in statistical analysis, predictive modeling, and mathematical logic. Our data-driven approach enables teams to prioritize the most promising ideas, allocate resources effectively, and generate solutions that are both innovative and scientifically validated.

From identifying key process variables to evaluating design alternatives using statistical metrics, we ensure that innovation efforts are guided by measurable evidence — not guesswork. Our methods help reduce risk, accelerate time to market, and deliver consistent, repeatable results.

 

With every project, we bring a combination of strategic thinking, applied mathematics, and computational tools to support smarter R&D decisions in fast-moving, regulated, or technically demanding environments.

Mathematical Simulation = Speed + Insight 

 

 At Robust Solutions Pro, we use Computational Fluid Dynamics (CFD) and Finite Element Method (FEM) to simulate and optimize complex systems where physical experimentation may be limited, costly, or impractical. These tools are grounded in advanced mathematical modeling and offer insights that drive better design, process control, and performance:

  • Simulate thermal distribution and fluid flow during cooking, cooling, or pasteurization

  • Optimize extrusion, drying, or mixing processes for improved product texture and energy efficiency

  • Model interactions between ingredients and heat transfer to ensure quality and safety

  • Simulate packaging or shelf-life impacts under variable conditions

  • Optimize bioreactors or distillation columns, or process facilities to reduce waste and variability

  • Reduce equipment failure risk through predictive stress modeling

  • Evaluate mechanical stress, strain, and deformation in product design using FEM

  • Shorten prototyping cycles and lower testing costs

TRIZ-Enhanced R&D

 

At Robust Solutions Pro, we integrate TRIZ (Theory of Inventive Problem Solving) to bring structure and strategy to innovation.

TRIZ is a powerful methodology that enables us to identify and resolve contradictions in R&D — such as improving performance without increasing cost, or enhancing speed without sacrificing quality. When combined with mathematical modeling and statistical analysis, TRIZ provides a framework to solve technical problems systematically and creatively.

Instead of relying on trial-and-error or unstructured brainstorming, we apply TRIZ tools to uncover root causes, guide concept development, and evaluate alternative solutions using logic and quantifiable impact. This enhances innovation efficiency, reduces development cycles, and leads to more reliable outcomes — especially in regulated or technically complex environments.

 

Our TRIZ-driven approach helps clients move beyond intuition toward repeatable, scalable innovation systems that complement their data and engineering efforts.

SR&ED Support with R&D Strategy 

 

At Robust Solutions Pro, we specialize in helping companies identify the right technical problems to solve — and approach them in a way that is both scientifically sound and aligned with the requirements of the SR&ED program.

We work with engineering, R&D, and technical teams to:

  • Frame their work around scientific uncertainty and hypotheses,

  • Design experiments and investigations that meet systematic investigation criteria, and

  • Document the process clearly to support SR&ED eligibility and technical compliance.

Our role is to ensure that your research activities are:

 

  • Strategic — focused on solving meaningful technical challenges,

  • Efficient — guided by statistical and simulation-based planning, and

  • Compliant — consistent with government expectations for SR&ED tax incentives.