Madjid Soltani

Madjid Soltani is an Adjunct Assistant Professor specializing in interdisciplinary research at the intersection of energy systems, biomedical engineering, and computational modeling. His work focuses on renewable energy storage technologies, nanomedicine, and personalized cancer therapies. He explores innovative solutions for energy transition challenges, including hydrogen production, battery advancements, and exergoeconomic assessments of energy systems. In biomedical applications, his research addresses drug delivery systems, tumor microenvironment modeling, and radiopharmaceutical therapies. His contributions span theoretical frameworks, computational simulations, and experimental validations.

Key research interests include energy storage (e.g., compressed air, liquid air), theranostics, computational oncology, and exergoeconomic analysis. He has published extensively on topics such as biomass integration in energy systems, CRISPR-driven biosensors, and microfluidic tumor models. His work often bridges engineering and healthcare, emphasizing sustainability and precision medicine. Despite no explicit institutional affiliation listed, his research collaborations likely involve multidisciplinary teams in academia and industry.

• Research Themes: Renewable energy systems, nanomedicine, computational modeling, cancer therapy, exergoeconomics.
• Notable Contributions: Development of spatiotemporal models for radiopharmaceutical transport, optimization of energy storage frameworks, and bio-inspired thermal efficiency solutions.