Aastha Bhatt
Space Systems & Electronics Engineer
Designing mission-critical hardware, optical communication architectures, and end-to-end ground station systems for deep space exploration.
02. FLIGHT_LOG
Project Trainee · Atmospheric Science
Jan 2024 - Apr 2024- Synthesized multi-source atmospheric datasets (ECMWF, MOSDAC) via MATLAB.
- Automated data pipelines for high-volume satellite telemetry.
Research Trainee · Quantum Comms
Aug 2023 - Nov 2023- Architected Pointing, Acquisition, and Tracking (PAT) electronics using STM32.
- Developed real-time control firmware stabilizing QKD payload feedback loops.
Intern · Power Electronics
Feb 2023 - May 2023- Simulated power factor correction (PFC) topologies in MATLAB/Simulink.
03. PAYLOADS
Designed compact satellite architecture for autonomous environmental monitoring and data processing in orbit using AI.
PAT System for Quantum Links
Designed electronics driver for satellite-based quantum communication, integrating precision converters.
3D mapping of Martian lava tubes using rover-drone system with seismic sensing, spectroscopy, and modular electrical power architecture.
04. RESEARCH_PAPERS
Hydrogen Fuel Cell Electric Vehicles: A Comprehensive Review
Focus: Energy systems, sustainable transportation, fuel cell technology
Key Topics:
- Hydrogen production methods (Electrolysis, Bio-derived liquids)
- Proton Exchange Membrane Fuel Cells (PEMFC) architecture
- Comparison with battery electric vehicles (BEVs)
- Commercial applications & automotive industry prospects
Status: Research paper | Published at V.V.P. Engineering College, India
Power Factor Correction using Boost Converter Circuit
Focus: Power electronics, active power factor correction, boost converters, efficiency improvement
Key Topics:
- Active and passive power factor correction techniques
- Boost converter circuit design for PFC
- MATLAB/Simulink simulation models
- Total harmonic distortion (THD) reduction
- Cost-benefit analysis and efficiency improvements
Authors: Aastha Bhatt, Mansi Bhadouria
Status: Research paper | Published at V.V.P. Engineering College, India
Remote Sensing Applications in Planetary Exploration and Environmental Monitoring
Focus: Spectral and spatial analysis of planetary surfaces using satellite and orbital imagery for mapping mineral composition, atmospheric conditions, and environmental changes on Mars, Earth, and other planetary bodies.
Key Topics:Multispectral and hyperspectral imaging, Image classification and segmentation, Mineral mapping and geological surveys, Atmospheric composition analysis, Climate and environmental monitoring, Planetary surface characterization, Time-series analysis for change detection
Authors: Aastha BhattStatus: Review Paper | University of International Space University
This section showcases research papers on sustainable energy, space systems, power electronics, and emerging aerospace technologies. More papers coming soon...