Design of Experiments Software That Accelerates Progress
Design of Experiments (DOE) is the fastest and most cost-efficient way to design effective experiments, increase productivity, and tackle your toughest challenges in development and manufacturing. With MODDE® you can quickly tap into the power of DOE—without a steep learning curve and by conducting as few experiments as possible without compromising the results. And that means you reap the cost-savings and benefits sooner. Whatever your industry—be it petrochemicals or pharma, food or fragrance, pulp, paper or plastic—MODDE® will help you advance faster.
Expect More, Deliver More – with MODDE®
MODDE® does a lot more than ordinary DOE software. Its built-in guidance and quality measures ensure users make the best experimental choices, so you get the most relevant and effective outcomes. MODDE® is designed to help experimentalists get DOE right from the start. With an efficient DOE approach to problem-solving, you can:
- De-risk projects and increase success rates
- Make the most of valuable samples, raw materials and human resources
- Accelerate progress and time-to-market while keeping within budget
- Achieve quality goals and satisfy Quality by Design (QbD) requirements
- Build understanding by finding the cause and effect
The one-click analysis assists the user to always end up with an optimized model for further use of the experiment result. Guides will also help interpret the results in a professional way to give both frequent and sporadic users the support they require.
The investigated system is usually never perfect. There are variations in sensor measurements, systems, and controllable parameters. MODDE® helps you ensure a robust optimal setpoint in the design space, providing you with certainty of the experimental results.
Assists with analysis of the selected setpoint, and its robustness, with the corresponding probability of failure.
Visualizes the sweet spot plot and the design space in explainable 4D plots and provides an interactive design space explorer.
Automatic multi objective optimization in a streamlined workflow for identification of robust setpoint and alternative setpoints when trad-offs are needed between contradicting target.
Stability testing estimates shelf life by monitoring quality over a period using DOE according to ICH guidelines. Explore the influence of multiple factors on product stability with minimized sampling and analysis. MODDE use generalized subset designs ensuring perfect complementarity across reductions.
Advance With Confidence
Reduce the Risk of Failure – Make Every Experiment Count
Experiments are expensive. A poor experimental design or mistake at any stage can waste valuable materials, time, and resources. With MODDE®, you don’t need to be an expert statistician to design, run, and analyze effective DOEs. Our expert data scientists have condensed their years of experience into helpful wizards, automated routines, and informative data visualizations that speed up progress and guide experimentalists to the best outcomes—it’s like having an expert consultant by your side the whole time.
Find Solutions That Meet ALL of Your Objectives
MODDE® stands out from other DOE software packages by taking your unique objectives and priorities into account. Smart quality-analytics automatically apply a risk estimate to your options, based on how much uncertainty you decide is acceptable. Are you working in a highly regulated industry? MODDE® guides you to the operational settings that give a healthy safety margin. Could a small shift in process conditions give you a big cost-savings? MODDE® helps you compare the impact of each option.
Design of Experiments Support in Every Step
MODDE® provides optimization by a guided workflow wizard that helps scientists and engineers to intensify processes, reduce waste, and optimize process output using a top-notch approach to mitigate risks. Together with the reworked design Wizard and updated analysis Wizard, MODDE® now provides complete guidance through your investigations from screening to optimization.
The most frequently used function and customizations can now be accessed in the properties pane, making it easier than ever to run a successful DOE.
| Features | On Premises | Cloud |
| Design Wizard | ||
| Constraints definition for the DOE setup | ||
| Complement design tools | ||
| Combine ordinary process factors with mixture factors | ||
| Basic Designs | ||
| Customized Designs | ||
| Stability testing setup | ||
| Analysis wizard | ||
| One click analysis | ||
| Fit with MLR or PLS | ||
| Combination of process and mixture model | ||
| Optimization wizard | ||
| Robust optimization toolbox | ||
| Risk analysis tools | ||
| Customizable report generator for fast and standardized documentation. | ||
| Technical support | ||
| CFR Part 11 compliant audit trail | ||
| Validation report* |
*GxP compliant, quality activities performed throughout the life cycle of the software development according to Quality Management System in line with ISO 9001:2015, validated software, 21 CFR Part 11 compliant audit trail.
Featured Asset
Downloads
Data Analytics eLearning: Level 1 Basic Training on Design of Experiment (DOE) and Multivariate Data Analysis (MVDA)
PDF | 202.0 KB
Videos
Analysis Wizard
Design Wizard
Optimization Wizard
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Design of Experiments Course
How do you trim production costs and still satisfy quality requirements? Will your new vaccine formulation remain effective for the required shelf life? Effective Design of Experiments (DOE) holds the key to answering questions like these systematically and cost-efficiently. This course explores how and when to apply DOE, drawing on real-world applications and examples using MODDE® software. Intended for researchers, scientists and engineers from all sectors of industry and academia.
