IT Hardware Assistant

As an IT Hardware Assistant at Farms2Fork Technologies Private Limited, you will have the exciting opportunity to work with cutting-edge technology and contribute to the growth of our innovative solutions for the agriculture industry. We are seeking a detail-oriented and skilled individual who is well-versed in system administration, soldering, assembly, troubleshooting, and Internet of Things (IoT) technology. Key responsibilities: 1. Assist in the installation, configuration, and maintenance of hardware systems for our agricultural technology solutions. 2. Perform soldering and assembly tasks to build custom hardware components for our IoT devices. 3. Troubleshoot hardware issues and collaborate with the team to find effective solutions. 4. Manage system administration tasks to ensure the smooth operation of our hardware systems. 5. Collaborate with engineers and developers to integrate hardware components with software applications. 6. Conduct testing and quality assurance checks to ensure the reliability and functionality of our hardware solutions. 7. Stay updated on the latest trends and advancements in IT hardware technology to suggest improvements and enhancements for our products. If you are passionate about technology, have a strong technical background, and are eager to be part of a dynamic team that is shaping the future of agriculture, then we invite you to join us at Farms2Fork Technologies Private Limited.

Farms2Fork Technologies Private Limited was founded in 2016 June and is operating under the brand CultYvate. CultYvate is an agri-tech startup committed to improving crop quality and yield by monitoring and creating actionable alerts for farmers based on real-time data analysis. We leverage disruptive technologies such as IoT, artificial intelligence, machine learning, and computer science to build our smart agriculture solutions to precisely manage the water, fertilizer, and other farm inputs thereby resulting in result in higher crop yield and revenue for the farmers while using lesser inputs.