Central Warehouse Design - Optimization of Space, Storage, Handling, Flow & Process
About The Organization
Cult.fit (formerly Cure.fit or Curefit) is a health and fitness company offering digital and offline experiences across fitness, nutrition, and mental well-being. With the aim to make fitness fun and easy, cult.fit gives workouts a whole new meaning with a range of trainer-led, group workout classes. It makes workouts fun, daily food is healthy and tasty, mental fitness easy with yoga and meditation, and medical and lifestyle care hassle-free. Co-founded by Mukesh Bansal and Ankit Nagori in 2016, the company is headquartered in Bangalore, Karnataka.
Cult.fit leverages technology and data to enable people to live a healthy lifestyle and get access to healthcare at an affordable cost. It offers both online and offline experiences across fitness, nutrition, and mental well-being through its holistically integrated four verticals. While cult.fit caters to physical fitness, mind.fit is for mental well-being, eat.fit for healthy food, and care.fit looks at personalized healthcare services, including consultation and diagnostics.
Cult.fit was expanding at a very fast rate across the country and thus there was a need to look at the central warehouse and optimize the same to meet the growing needs.
Following are the areas that have to be worked upon or redesigned or upgraded:
Inventory Holding and Right Sizing
Space Utilization and Requirement
Storage Forecast
Material Handling Selection and Flow Design
Warehouse Processes
Warehouse Performance
Cost efficiency
To-Be design – Space forecast, Warehouse design, Resource Requirement, and CAPEX
Warehouse Designs are Optimized; By Smart Design, the current warehouse utilization of 45% is enhanced significantly to a level where the warehouse can now cater for next 2 years with the projected growth with no further investment of space.
Warehouse To-Be Designs are released with Specs
Final Warehouse Layout is finalized
CAPEX is rolled out with a recommendations based on ROI analysis