Dr. Tanziha Mahjabin is a dedicated and accomplished coastal oceanography researcher known for pioneering contributions to complex coastal processes and their impacts on marine environments. With an unwavering commitment to advancing scientific knowledge, she blends academic excellence with impactful research, mentorship, and leadership.

With a PhD in Physical Oceanography from The University of Western Australia, Dr. Mahjabin's journey began with groundbreaking research on Dense Shelf Water Cascades around Australia. Her notable paper, "Occurrence and Seasonal Variability of Dense Shelf Water Cascades along Australian Continental Shelves," received international acclaim, reflecting her expertise and analytical acumen. Her commitment to impactful research is evident in her established publication record.

Her recent work, "Drivers of the Bonney Coastal Upwelling System off Southern Australia," soon to be submitted to the Ocean Science, showcases her coastal oceanography expertise. Her Scientific Reports paper, "Occurrence and Seasonal Variability of Dense Shelf Water Cascades," made the Top 100 Earth Science papers by Nature Scientific Reports in 2021, receiving global media attention. Her contributions extend to respected journals such as Continental Shelf Research and Journal of Marine Science & Engineering.

Dr. Mahjabin secures independent funding for projects advancing ocean observations and remote sensing. She engages in scholarly activities beyond research, reviewing manuscripts for esteemed journals like Geophysical Research Letter, Journal of Geophysical Research and Journal of Coastal Research. She actively contributes to the peer-review process, upholding research quality.

As a member of professional organizations like the Oceanography Society and Early-Mid Career Researcher Network, she collaborates with peers, attends conferences, and advances oceanographic research. Her service commitment extends to volunteer roles, representing the Oceans Graduate School at UWA Open Day and UWA Research Week.

Continental shelf region, Cross-shelf exchange, currents, eddies, ocean mixing, wind and tidal mixing, downwelling, upwelling, physical and biological components of ocean, ocean color, ocean glider, satellite, radar, mooring, remote sensing, ocean observation, field measurements, ocean modeling, coastal and estuarine processes, Hydrodynamics, climate change, coastal protection, sediment transport processes, river training, hydrology.