
In this episode of "Move, Sweat, Discover," I sit down with Katya Virshilas, a professional ballroom dancer and actress. Together, we delve into the transformative power of movement, reflecting on Katya's early dance experiences and the challenges of body image and competition in the dance world. We explore her journey from competitive dancing, acting in Hollywood and performing on Strictly Come Dancing. Katya opens up about her personal story of resilience, her drive to succeed against the odds, and the importance of community in empowering young dancers.
We also discuss the challenges she faced in the competitive dance environment, the impact of her breakthrough role, and how society's perception of dance has evolved. Finally we touche on her transition to Hong Kong, the founding of Ballroom Bees, and the significance of early childhood development through movement.
Chapters
00:00 The Power of Movement
02:08 Katya's Early Dance Journey
05:55 Challenges in Dance and Body Image
10:00 Overcoming Adversity in the Dance World
12:00 The Drive to Succeed
12:58 The Competitive Nature of Ballroom Dancing
16:05 Transitioning from Competitive Dance to Acting
20:00 Life in Hollywood and New Beginnings
23:09 Hollywood Encounters and Aspirations
24:14 The Journey from Acting to Dancing
25:49 Breakthrough Role and Its Impact
28:02 Joining Strictly Come Dancing
30:21 Life in the Strictly Bubble
31:46 Challenges and Bullying in Dance
35:36 The Pressure of Live Performances
36:35 The Evolution of Dance's Perception
37:00 Finding Love in Unexpected Places
38:02 Transitioning to Hong Kong and New Beginnings
39:02 The Birth of Ballroom Bees
44:05 Building a Scalable Dance Business
46:44 The Athleticism of Dance
48:08 The Importance of Human Connection in Dance
49:14 Redefining Gender Norms in Dance
50:50 Cultural Expressions Through Dance
52:57 Experiencing Dance: A Personal Journey
55:58 The Therapeutic Benefits of Movement
57:46 Empowering the Next Generation
01:02:56 Challenges of Female Entrepreneurship
01:04:06 Future Aspirations and Expansions