Why it’s in the news:
- Neeraj Ghaywan's latest drama Homebound created a sensation at the Indian Film Festival of Melbourne (IFFM) 2025.
- The film won Best Film and Best Director awards, receiving international acclaim for its emotional themes of belonging and displacement.
- This success further strengthens the global visibility of Indian independent cinema.

About the Film: Homebound
Theme and Storyline:
- The film focuses on displacement, connection, and the search for identity.
- It portrays the emotional struggles of returning home after a long absence.
- Universal themes of memories, isolation, and reunion resonate with global audiences.
Main Cast:
- Ishaan Khatter
- Vishal Jethwa
- Janhvi Kapoor
The authenticity and emotional depth of these actors were highly praised, bringing Ghaywan’s story vividly to life.
Indian Film Festival of Melbourne (IFFM) 2025 Recognition:
- The Melbourne Indian Film Festival is a prestigious international platform showcasing Indian cinema globally.
- Homebound won the Best Film award on 15 August 2025 and earned Neeraj Ghaywan the Best Director award.
- On 24 August 2025, it was also selected as the festival’s closing film, highlighting its significance and impact.
About Neeraj Ghaywan:
- Ghaywan gained international recognition with his debut film Masaan (2015), which won awards at the Cannes Film Festival.
- He is known for focusing on social themes like caste, identity, and marginalization.
- With Homebound, he has established himself as a filmmaker who blends artistic storytelling with human concerns.
Global Significance of the Win:
- It strengthens the international visibility of Indian independent cinema.
- The film encourages stories that go beyond commercial conventions to highlight social and emotional complexities.
- Neeraj Ghaywan is now considered one of India’s most influential new-generation filmmakers.
Question: Which awards did Neeraj Ghaywan's film Homebound win at the Indian Film Festival of Melbourne (IFFM) 2025 ?
(a) Best Film
(b) Best Director
(c) Best Actor
(d) a and b
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