Manager / Lead Associate, Demand Planning
Dr. Reddy's Laboratories · Princeton, NJ · 1 mo ago
HybridFull-time
About the role
At Dr. Reddy's "Good Health Can't Wait", joining the team means contributing to making tomorrow’s breakthroughs a reality today—making medicines more affordable, discovering innovative treatment options to meet unmet medical needs, and helping people lead longer, healthier lives. The company is committed to a diverse, equitable, and inclusive workplace where everyone belongs and is valued. We are seeking dynamic and energetic individuals ready to inspire and make a difference in their communities.
We are seeking a Manager, Demand Planning to join the North America Supply Chain team. The role is hybrid, based in person at the Princeton, NJ office.
Responsibilities
- Review historical sales trends, research demand drivers, prepare forecast data, integrate statistical forecast models, and evaluate forecast results
- Coordinate between cross-functional teams to reconcile significant variances and refine the forecast model to reflect updated sales and marketing assumptions
- Interact with sales, marketing, and finance teams to understand demand forecast drivers
- Develop demand forecasts at multiple levels of aggregation for multiple time horizons as part of a demand planning function
- Generate a consensus forecast by working with Sales, Marketing and Finance to obtain and ensure that current and accurate information is used for demand forecasts
- Provide input to the Supply Planning organization in developing inventory strategies on existing items, new products, and product phase-outs
- Closely coordinate and communicate customer action plans with supply planning
- Conduct Monthly Meetings with Customers
- Prepare and provide status updates to the Planning Head in all review meetings
- Identify areas of improvement while continuing to assist in risk assessment and mitigation activities
- Interact regularly with global supply chain teams to ensure alignment in priorities
- Special project, when identified