Efficiency Bounds in Concentrated Solar Thermal Systems
An analysis of thermodynamic limits in parabolic trough and heliostat field configurations, with proposed improvements to heat exchanger staging.
Advancing research across energy harvesting, propulsion theory, cosmological monitoring, and intelligent signal systems — building the technical foundations of a sustainable future.
Each domain represents an active area of research and development — from the physics of energy conversion to the mathematics of signal propagation.
Photovoltaic efficiency, concentrated solar systems, and grid-scale energy capture
Electrochemical storage, charge cycle optimization, and next-generation cell architectures
High-voltage transmission, magnetic core design, and efficiency loss modeling
Thermodynamic cycles, blade aerodynamics, and combustion chamber optimization
Sensor arrays, data pipelines, and signal extraction from deep-space observation
Hybrid drivetrain integration, torque vectoring, and regenerative braking dynamics
Fourier analysis, filter design, noise reduction, and real-time digital signal systems
Modulation theory, antenna design, and high-bandwidth data transmission protocols
A selection of active and completed research projects spanning energy, propulsion, and information systems.
Developing adaptive tracking algorithms to maximize photovoltaic yield across variable irradiance conditions.
Computational modeling of axial-flux turbine geometries for improved thermodynamic efficiency.
Novel electrode structuring for extended charge cycle life in grid-storage applications.
DSP pipeline for isolating faint cosmological signals from high-noise observation data.
Torque vectoring control systems for combined electric-combustion vehicle platforms.
Real-time adaptive filtering for high-frequency communication channel equalization.
"The great challenges of our era — energy scarcity, climate change, the limits of communication — are fundamentally engineering problems. Solving them requires not just technical skill, but a willingness to think across disciplines and across scales."
An analysis of thermodynamic limits in parabolic trough and heliostat field configurations, with proposed improvements to heat exchanger staging.
Examining phase coherence degradation across distributed sensor arrays used in radio telescope networks, and mitigation strategies for atmospheric interference.
Quantifying recoverable kinetic energy in combined gas-electric drivetrains under real-world urban driving cycles, with implications for battery sizing.
Stay updated as projects evolve and new findings emerge.