Shashwat Singh

Shashwat Singh is an Indian playback singer who primarily works in the Hindi film industry. Singh made his playback singing debut with the song "Wat Wat Wat" from the 2015 film Tamasha. Since his debut, Singh has collaborated with A. R. Rahman on several projects, including the 2025 film Thug Life, in which he sang the track "Sugar Baby".

Early life Shashwat Singh was born and raised in Allahabad (now Prayagraj), Uttar Pradesh, India. He grew up in a family of doctors and teachers who encouraged his passion for music from an early age. He studied at St. Joseph's College, Prayagraj, where he began learning the acoustic guitar. Later, he trained in Hindustani classical flute under the guidance of Sappan Prasanna. Singh holds a Bachelor of Commerce degree from Allahabad University. He considers his formal musical journey to have begun at A. R. Rahman’s KM Music Conservatory in Chennai, where he trained in Western classical music. During his time in Chennai, he also took Carnatic vocal lessons. Shashwat Singh's elder sister, Nidhi Singh, is an actress.

Career Singh has contributed vocals to several notable songs in Hindi cinema, including "Ruby Ruby" from Sanju, "Haan Main Galat" from Love Aaj Kal, "Sarsariya" from Mohenjo Daro, "Alizeh" from Ae Dil Hai Mushkil, "Show Me The Thumka" from Tu Jhoothi Main Makkaar, "Mere Sawaal Ka" from "Shehzada", and "Saregama Carvaan Medley" from Rocky Aur Rani Kii Prem Kahaani, among others.

In 2020, he performed five songs for the film "99 Songs".

Apart from Hindi, Singh has also recorded songs in other Indian languages, including Tamil,Telegu and Bengali. In addition to playback singing, he performs at live concerts and events with his band.

In 2025 Shashwat Singh collaborated with Nikhita Gandhi to form a musical duo under the name 'ShNik' . Their debut single, "Kaahe," blends elements of folk and hip-hop. That same year, Singh lent his voice to singles such as "Burai", "Talab", and "Jachhey Mujhe"; and 'Zamaana Lage' from the film Metro... In Dino.

Discography