In today's world, the treatment of waste waters from pharmaceutical industries is a major issue due to the sustained presence of the antibiotic residues in the treated water samples leading to the formation of antimicrobial resistance (AMR) . The consequence of AMR is that the superbugs formed due to this phenomenon will be very difficult to treat by conventional antibiotics available today and hence AMR is expected to be one of the leading causes of mortality in the next few decades. Thus, it is very essential to treat this wastewater as soon as possible to remove both the antibiotics as well as the superbugs. Photocatalysis is a capable and promising technology for the treatment of persistent or refractory substances present in wastewaters and in this context, the design of multifunctional photocatalysts capable of simultaneous degradation as well as disinfection is very much required. In this work, three ternary doped Titanium Dioxide photocatalysts with boron cerium and silver as the dopants have been synthesized using the facile and ecofriendly EDTA citrate method . These synthesized catalysts have been evaluated in the degradation of ciprofloxacin antibiotic under UV-A irradiation. The characterization of these catalysts has also been performed using a variety of tools such as SEM, DRS, BET Surface area etc.