Aircraft Design & MDAO
Integrated aircraft sizing, performance, mission analysis, multidisciplinary optimization, and systems architecture.
SYSTEM-LEVEL DESIGN ↗ MULTIDISCIPLINARY AEROSPACE RESEARCH
Engineering the future of aerospace systems.
Connecting aircraft design, advanced aerodynamics, sustainable propulsion, and computational intelligence through multidisciplinary optimization.
MDAOIntegrated design
CFDAdvanced aerodynamics
AI/MLComputational methods
AERODYNAMIC OPTIMIZATION ↗
ADAPTIVE SYSTEMS / SIMULATION
DESIGN · SIMULATE · OPTIMIZE SCROLL TO EXPLORE ↓
01 / ABOUT THE LAB
Research beyond individual disciplines.
MOSAERO Lab develops integrated modeling, analysis, and optimization methods for complex aerospace systems.
Our work brings together aircraft sizing, aerodynamics, propulsion, thermal systems, and advanced computational methods to explore more efficient, adaptable, and sustainable aircraft.
02 / RESEARCH DIRECTIONS
Four interconnected research pillars.
From fundamental aerodynamics to system-level optimization.
Morphing Wings & Flow Control
Adaptive airfoils, biomimetic wing concepts, high-fidelity CFD, shape optimization, and dynamic stall mitigation.
ADAPTIVE AERODYNAMICS ↗Sustainable Propulsion
Hydrogen storage and propulsion integration, hybrid-electric systems, solar aviation, and thermal management.
SUSTAINABLE AVIATION ↗AI & Computational Engineering
Surrogate models, machine learning, reduced-order modeling, simulation, and computational optimization.
DATA-DRIVEN METHODS ↗03 / FEATURED WORK
Research in action.
01
Integrated Aircraft Design Frameworks
Connecting aircraft sizing, propulsion, mission, and subsystem models through multidisciplinary optimization.
02
Adaptive & Morphing Aerodynamics
Investigating morphing-wing geometries, aerodynamic performance, and flow separation control.
03
Hydrogen & Thermal Systems
Modeling liquid-hydrogen storage, boil-off, tank pressure dynamics, and aircraft integration.
04 / INTERACTIVE LAB
Explore a morphing airfoil.
Move the slider to explore a simplified camber variation. This is a conceptual geometry demonstration, not a CFD solver or aerodynamic performance prediction.
COMPUTATIONAL AERODYNAMICS · PARAMETRIC DESIGN
PARAMETRIC AIRFOIL / CONCEPT DEMO
LEADING EDGETRAILING EDGE
05 / PEOPLE
People behind the research.
Dr. Musavir Bashir
Aerospace Researcher · Multidisciplinary Design & Optimization
Research interests include aircraft systems, aerodynamic optimization, morphing wings, and advanced propulsion integration.
07 / NEWS
Updates from the lab.
Research news and announcements will appear here.
We will share publications, projects, computational tools, and opportunities as they become available.
08 / OPPORTUNITIES
Explore possibilities together.
Interested in multidisciplinary aerospace research?
MOSAERO welcomes research conversations and potential collaborations in aerospace systems, aerodynamics, propulsion, and computational engineering. Specific openings will be announced when available.
Get in touch ↗09 / CONTACT
Let's advance aerospace research.
For research inquiries and collaboration discussions:
[email protected] ↗