Assistant Vice President -Partnership Distribution (RH Virtual Channel

Job Description

Job Title: Assistant Vice President Partnership Distribution (RH Virtual Channel) Location: Mumbai Experience Required: 8–20 Years Qualification: MBA (Essential) Industry: Insurance / Financial Services / Bancassurance What We’re Looking For We are seeking a seasoned professional with substantial experience in Bancassurance and partnership distribution , specifically in managing virtual sales channels. The ideal candidate should possess strategic thinking, strong stakeholder engagement capabilities, and the ability to drive business outcomes in a dynamic, fast-paced environment. Key Responsibilities Lead and manage the RH Virtual Channel within the Partnership Distribution vertical. Develop and implement growth strategies to increase revenue generation and business performance through digital and remote Bancassurance models. Maintain and strengthen channel partner relationships , ensuring alignment with business goals. Drive operational efficiency and ensure a seamless customer experience across the virtual channel. Collaborate with internal stakeholders across functions including sales, marketing, compliance, and operations to support business objectives. Monitor and evaluate channel performance, analyze data, and generate insights to inform strategic decisions. Guide, mentor, and lead teams towards achieving sales and customer engagement targets. Preferred Skills & Competencies Proven experience in channel partner management and Bancassurance leadership roles. Exceptional stakeholder management and interpersonal skills. Strong business acumen and the ability to make informed, data-driven decisions. Ability to work collaboratively with cross-functional teams and drive results. Excellent communication and presentation skills. Strong leadership abilities with a track record in team development and performance management . Analytical mindset with a problem-solving approach. Adaptability to changing market dynamics and digital business models.