● Research & InnovationMada — Arabic for reach · extent · span

Research for a Better Tomorrow.

01Brand story

MADA — Research for a Better Tomorrow

MADA began with a belief: research should create lasting benefits for people and the planet.

Our name, Mada, is an Arabic word meaning reach, extent, and span. It expresses our ambition to extend the reach of knowledge—connecting scientific discovery with practical solutions for the places we build, the energy we use, and the resources we share.

The name also carries a personal connection. Its letters M and D reflect Morva and Danial, our founder’s children. They are a reminder that a better tomorrow is a responsibility to the generations who will inherit the decisions we make today.

Working at the intersection of sustainable buildings, energy, materials, and artificial intelligence, MADA aims to turn complex questions into informed decisions and useful innovations. Ecological responsibility and social wellbeing guide our approach: progress should reduce environmental burdens while helping people live healthier, more comfortable, and more inclusive lives.

Our open geometric symbol reflects this purpose. Its connected visual language represents collaboration across disciplines, while its open centre suggests room for discovery and new possibilities.

“We measure the value of knowledge by how far its benefits can reach.”

02Our philosophy

We believe that the way we design buildings, select materials, and use energy shapes the health of our planet and the quality of people’s lives. Research has a responsibility to improve these relationships, turning knowledge into practical solutions that create lasting environmental and social value.

Our approach connects scientific inquiry, artificial intelligence, and design thinking. We understand buildings as part of a wider system of people, communities, resources, and ecosystems. This perspective guides us to consider the consequences of our work throughout its life cycle and across the communities it affects.

We use AI to deepen understanding, explore alternatives, and support informed decisions. Evidence, human judgement, and people’s needs guide its application. Collaboration across disciplines helps us develop solutions that are technically sound, environmentally responsible, and socially meaningful.

Our philosophy rests on five commitments

1
Research with purpose
Address real needs and connect discovery with practical application.
2
Environmental responsibility
Consider impacts across the whole life cycle, from resource extraction to reuse and recovery.
3
Human wellbeing
Make health, comfort, accessibility, and social inclusion part of how we define performance.
4
Responsible innovation
Use transparent methods, acknowledge uncertainty, and test ideas before making claims.
5
Long-term value
Seek solutions that remain useful, adaptable, and beneficial over time.

For us, a better tomorrow begins with thoughtful questions, credible evidence, and the commitment to put knowledge into practice.

03Our vision

We envision a world where every person can live with safety, dignity, and a sense of belonging.

A world where opportunity is equitable, differences are respected, and access to healthy environments, knowledge, and the benefits of progress is shared across communities.

Our vision embraces the wellbeing of all living beings. We believe animals deserve protection from harm and ecosystems deserve the space and conditions to thrive. We aspire to a future in which human activity respects ecological limits, protects biodiversity, and restores the natural systems on which life depends.

We see technology as a means of serving life. Artificial intelligence and scientific advancement should support informed decisions, reduce environmental burdens, and improve everyday experiences. Their development should be guided by human judgement, transparency, fairness, and care for those affected.

Within the built environment, we envision buildings, energy systems, and materials that support this balance: places that are safe, healthy, accessible, and resilient; energy that is clean and affordable; and resources that are used thoughtfully and kept in circulation. We want the environments we create to strengthen the relationship between people, communities, and nature.

This future depends on participation. We envision women having equitable opportunities to shape research, technology, and leadership, and communities having a meaningful voice in decisions that influence their lives. Education, shared knowledge, and collaboration can give more people the ability to contribute.

Above all, we believe future generations deserve the freedom to flourish on a healthy planet. Our responsibility is to consider what our decisions make possible for those who come after us—preserving resources, protecting life, and carrying forward the values of equality, compassion, honesty, and humanity.

Through research and responsible innovation, we aspire to help build a future where people, nature, and technology thrive together. Research for a Better Tomorrow.

04Our values

Our values guide the questions we ask, the partnerships we build, and the solutions we develop.

01Sustainability and Environmental Responsibility

We pursue solutions that protect ecosystems, use resources responsibly, and support social wellbeing and long-term economic value. We consider the full life cycle of buildings, materials, and energy systems, seeking to reduce carbon emissions, waste, and environmental burdens without passing them to other communities or future generations.

02Honesty and Transparency

We communicate truthfully about our capabilities, methods, findings, and limitations. We set realistic expectations, disclose relevant conflicts of interest, honour our commitments, and address mistakes openly.

03Scientific Integrity

We ground our work in credible evidence and rigorous methods. We acknowledge uncertainty, question assumptions, and make claims that reflect what our findings support.

04Purposeful and Responsible Innovation

We combine creativity, artificial intelligence, and technical expertise to address real needs. We test ideas, evaluate their consequences, and develop practical solutions whose benefits can be assessed.

05Human Wellbeing and Inclusion

We place health, comfort, accessibility, and dignity at the heart of our work. We listen to diverse perspectives and seek to involve the people whose lives our solutions may affect.

06Awareness and Knowledge Sharing

We believe knowledge creates greater value when people can understand and use it. Through accessible communication, education, and dialogue, we aim to strengthen awareness of sustainability, energy, responsible technology, and the built environment.

07Women’s Empowerment and Equal Opportunity

We support women’s participation, leadership, and professional growth in research, technology, and the built environment. We are committed to fair opportunities, mentorship, collaboration, and recognition of women’s expertise within a respectful and inclusive working culture.

08Collaboration and Shared Learning

We connect knowledge across disciplines and work with researchers, industry, and communities. We value open dialogue, mutual respect, and partnerships built around shared goals.

09Accountability and Long-Term Value

We take responsibility for our decisions and commitments. We evaluate outcomes, learn from limitations, and seek solutions that remain useful, adaptable, and beneficial over time.

05Our services

MADA provides research and development services for sustainable and intelligent built environments. We combine architectural expertise, environmental analysis, artificial intelligence, and computational design to help organisations investigate challenges, evaluate alternatives, and develop practical solutions.

We work with developers, architecture and engineering practices, material manufacturers, universities, and public-sector organisations. Our services support projects from early research and concept development through modelling, optimisation, and performance evaluation.

01Applied Research & Development

We develop research programmes around clearly defined technical, environmental, and social challenges. Our approach connects scientific investigation with the decisions our clients need to make.

Research scoping, feasibility studies, and research roadmaps.
Literature reviews, technology assessments, and research-gap analysis.
Experimental design, data-collection strategies, and analytical frameworks.
Development and evaluation of new methods, design approaches, and computational tools.
Technical reporting and recommendations for further development.

02Sustainable Building & Energy Performance

We assess how buildings use energy and how design decisions affect environmental performance and occupant comfort. We investigate opportunities to improve both new developments and existing buildings.

Dynamic building energy simulation.
Passive design and climate-responsive design assessment.
Building-envelope, glazing, shading, and orientation studies.
Thermal comfort, overheating, and daylight analysis.
Operational energy and carbon scenario assessment.
Net-zero energy feasibility and renewable-energy integration studies.
Retrofit option assessment and performance optimisation.

03Life-Cycle Assessment & Sustainable Materials

We help clients understand the environmental consequences of material and building decisions across their life cycles. Our assessments make boundaries, assumptions, data quality, and trade-offs explicit.

Building and material life-cycle assessment.
Embodied and whole-life carbon assessment.
Comparative evaluation of materials and construction systems.
Bio-based, recycled, and alternative material research.
Material durability, service-life, and replacement scenarios.
Circularity, reuse, recovery, and end-of-life scenario analysis.
Environmental inventory preparation and technical documentation to support product assessment and reporting.

04Artificial Intelligence & Data Analytics

We develop analytical models that help clients understand complex relationships, predict performance, and explore better solutions. Model validation, interpretability, and appropriate use are central to our work.

Data preparation, quality assessment, and exploratory analysis.
Machine-learning models for building, energy, and material performance.
Explainable AI and analysis of influential design variables.
Surrogate models for computationally intensive simulations.
Generative design and data-driven spatial exploration.
Sensitivity analysis and uncertainty assessment.
Research dashboards and decision-support tools.

05Computational Design & Optimisation

We connect design exploration with measurable performance objectives. We help project teams evaluate alternatives and understand trade-offs between environmental performance, spatial quality, technical requirements, and cost where suitable data are available.

Parametric modelling and design automation.
Performance-driven form finding.
Multi-objective design optimisation.
Building massing, layout, and façade studies.
Energy–daylight–comfort trade-off analysis.
Material and structural-system option studies in collaboration with relevant specialists.
Development of reusable computational workflows.

06BIM, Digital Twins & Performance Information

We develop research-led workflows that connect building information with environmental and operational analysis. The scope of each digital-twin solution is defined around its intended decisions, available data, and requirements for updating information.

BIM-linked material and environmental data workflows.
Integration of building models with energy and life-cycle analysis.
Digital-twin concepts, data structures, and prototype development.
Monitoring strategies and performance-indicator frameworks.
Material replacement and maintenance scenario modelling.
Performance visualisation and decision-support interfaces.

07Human-Centred Building & Spatial Research

We investigate how people experience and use buildings and spaces. We combine user evidence with spatial and environmental analysis to inform design, refurbishment, and operational decisions.

Post-occupancy evaluation.
Occupant satisfaction and comfort studies.
Interviews, surveys, and mixed-method research.
Space syntax, spatial configuration, and accessibility analysis.
Research on privacy, wayfinding, usability, and social interaction.
Place identity, cultural responsiveness, and community perceptions.
Evidence-based recommendations for inclusive and supportive environments.

08Material Performance & Experimental Research Support

We support the development and evaluation of construction materials through research design, data analysis, and predictive modelling. Where physical testing is required, the scope can include coordination with appropriately equipped laboratories.

Material research planning and experimental design.
Analysis of strength, workability, durability, and other measured properties.
Predictive modelling of material behaviour.
Mix-design exploration and optimisation.
Statistical comparison, robustness assessment, and uncertainty analysis.
Integration of performance findings with environmental assessment.

09Technical Advisory & Research Partnerships

We help organisations define research priorities, assess technical opportunities, and establish a credible basis for investment and development.

Sustainability and innovation roadmaps.
Independent technical evidence reviews.
Research proposal and collaborative project development.
Technology benchmarking and feasibility assessment.
Research partnership development between academia and industry.
Technical communication, research documentation, and publication support grounded in verified findings.

10Training, Awareness & Capacity Building

We help teams understand and apply research methods, sustainability principles, and digital tools. Programmes can be tailored to professional practice, academic research, or community awareness.

Workshops on sustainable buildings, energy, materials, and circularity.
Training in building simulation, computational design, and research analytics.
Applied AI and data-literacy programmes for built-environment professionals.
Research methodology and scientific communication training.
Public-facing sustainability education and knowledge-sharing activities.
Mentoring and skills-development initiatives that support women’s participation in research and technology.

06How we work

Each engagement begins with a defined challenge, intended outcomes, and an agreed scope.

Define

We agree on the challenge, the intended outcomes, and the scope of work.

Evidence & data

We establish the evidence and data the work requires.

Methods

We select the appropriate methods — simulation, AI, life-cycle assessment, field or user research.

Findings

We communicate findings alongside their assumptions and limitations.

Deliverables

Technical reports, validated analytical models, comparative assessments, computational prototypes, design recommendations, or tailored training.

Ways to work with us

Focused technical studies
Commissioned R&D projects
Collaborative research programmes
Ongoing research advisory support

Have a challenge in buildings, energy, materials, or sustainability? Let’s explore how research can move it forward.

Commission a Project mada.research.development@gmail.com

Founder

Dr. Marjan Ilbeigi

Founder, MADA

Careers

Join MADA

We welcome researchers, architects and engineers who want their work to reach further.

See vacancies

Company details

MADA

Research & Innovation

Marjan Ilbeigi for Trade LLC

1545324

P.O. Box 111, P.C. 123

Location

Al Mazoon Square, Muscat, Oman

mada.research.development@gmail.com

+968 9829 4574

Research for a Better Tomorrow.

MADA — Research for a Better Tomorrow

Our philosophy rests on five commitments

Research with purpose

Environmental responsibility

Human wellbeing

Responsible innovation

Long-term value