Madalsa Sharma
Madalsa Sharma was born in Mumbai, Maharashtra, India on September 26th, 1991 and is the Indian Actress. At the age of 32, Madalsa Sharma biography, profession, age, height, weight, eye color, hair color, build, measurements, education, career, dating/affair, family, news updates, and networth are available.
At 32 years old, Madalsa Sharma has this physical status:
Chakraborty made her acting debut in the 2009 Telugu film Fitting Master by E.V.V. Satyanarayana. The film was a success and Madalsa's performance was appreciated. The next year she made her debut in the Kannada film industry with Shourya, which gave a great boost to Madalsa's career. Also in 2010 she was seen in another Telugu film, Aalasyam Amrutam, under the banner of Suresh Productions. D. Rama Naidu chose Madalsa as the leading lady for the film, not only did the film fare well, but this took Madalsa's career to another level. She received positive comments for her performance in the film.
Her maiden Bollywood film Angel, by choreographer Ganesh Acharya released in February 2011. The film received great comments and Madalsa's performance was the talk of the town. Soon after was another Telugu release, Mem Vayasuku Vacham and her role was well received. The Times of India wrote that she "plays the eye candy very well"
Later in 2014, her second Hindi film, Sooraj Barjatya Rajshri Productions' Samrat & Co. released. The film received very good reviews overall. Samrat & Co. was a great relaunch for Madalsa in Bollywood. This was followed by Chitram Cheppina Katha, Telugu actor Uday Kiran's last film. In April 2014, she had stated that she has been working on three Telugu projects.
In 2020 she made her television debut by portraying Kavya Shah in Star Plus's Anupamaa.
In December 2021, Chakraborty made her digital debut through music video titled Butterfly opposite Namit Khanna, sung by Dev Negi and Swati Sharma.
In May 2022, Chakraborty reprised her role of Kavya Gandhi in Anupamaa's prequel web-series Anupama: Namaste America's last episode.