Ashfaq Ahmed Khan (Linked In Open Networker)
About Ashfaq Ahmed Khan (Linked In Open Networker)
Ashfaq Ahmed Khan serves as the Vice President of Sales at a confidential company, where he has driven business growth across multiple regions since 2017. He holds a Bachelor of Engineering degree from Bangalore University and has extensive experience in sales and operations management.
Current Role at Confidential
Ashfaq Ahmed Khan has served as Vice President Sales at Confidential since 2017. In this role, he has been instrumental in driving business growth across various regions, including the Middle East, South East Asia, India, and Africa. His leadership has contributed to the company's strategic objectives and overall performance.
Previous Experience at Figs Technologies
Before joining Confidential, Ashfaq Ahmed Khan worked at Figs Technologies as Vice President - Sales from 2011 to 2017. During his tenure, he focused on enhancing sales strategies and operational efficiencies, which contributed to the company's growth during that period.
Background in Sales and Marketing
Ashfaq Ahmed Khan began his career at Cranes Software, where he held the position of Associate Manager India (Sales & Marketing) from 2001 to 2005. His early experience in sales and marketing laid the foundation for his subsequent leadership roles in the industry.
Educational Qualifications
Ashfaq Ahmed Khan studied at Bangalore University, where he earned a Bachelor of Engineering (BE) degree in Electronics and Communication Engineering (ECE) from 1989 to 1994. This educational background provided him with technical knowledge that complements his sales expertise.
Leadership and Operational Excellence
Ashfaq Ahmed Khan is recognized for his ability to streamline business operations, particularly in supply-chain and back-end processes. He is known for his effective communication skills, allowing him to interact with all levels of an organization. His leadership has been acknowledged by upper management for implementing beneficial suggestions that enhance operational efficiency.