Vision

To Advance Sustainability in:

• Energy & Environment

• Technology & Design

• Materials Science & Engineering

Expertise

Symbiosis Lab leads research with an integrated approach to analyzing, understanding, and designing our built environment with a cohesive response to engineering problems and various scarcities in natural environmental resources. Establishing such scope helps to cope with current challenges of Energy & Environment, Technology & Design, and Materials Science & Engineering. Throughout the process, the Lab develops solutions for energy use & decarbonization, climate risks & greenhouse emissions, materials properties & lifecycle, and design typologies. We form local, regional and global partnerships with progressive institutes and professions in the creation and dissemination of knowledge and research.

Research Methods & Approach

• Modeling and simulation: Optimization models, Heat transfer models, Finite element method, Machine learning models, Numerical models, Statistically-driven models, and Chemical kinetics models.
• Monitoring and experimental validation: Laboratory & field testing, Pilot studies, Data collection procedures, Data assimilation and calibration, Control strategies, and UAVs & 3D/thermal mapping.
• Tools development: Graphic user interface, Pre-assessment tools, Data visualization and infographics, and Prototyping algorithm.