Vishal Kumar Singh

• Managed projects focused on integrating Internet of Things (IoT) technology into conventional semi-automatic machinery to improve operational efficiency and reduce reliance on highly skilled labor.
• Developed user-friendly interfaces that enable even laypeople to effectively operate and monitor the machines, promoting production continuity.
• Spearheaded new business development initiatives, successfully acquiring two new clients who collectively contribute over ₹10 Lakhs in monthly revenue.

• Startup Strategy Consultant Advised seven startups on legal setup, market strategy, and product innovation, resulting in three operational ventures, four prototypes, and substantial revenues for key projects.
• COE Manager Refined Centers of Excellence with industry needs, enriching education and operations. Conducted workshops with experts, integrated startups into learning, and fostered industry-student collaboration, boosting innovation and real-world impact.

• Led Skwheelz to merge academia with industry, elevating student engineering skills. Pioneered college lab integration for Industry 4.0 skills training, enhancing employability. Post-COVID-19, established over 35 industry links, matching academic offerings with market needs.

Industrial Machine Health Monitoring with Predictive Maintenance

• Implemented a wireless network of ESP32 microcontrollers coupled with SW 420 vibration sensor and MLX90614 temperature sensor on all the machines to monitor the machine's health.

Multi-Sensor Flute Percentage Measurement and Monitoring System with IoT

• The corrugated packaging industry faces challenges due to a skilled labor shortage, particularly for operating semi-automatic machines. This project addresses this by creating a system that automates flute percentage measurement and temperature monitoring, enhancing accuracy, consistency, and reducing reliance on skilled operators.

Cost-effective Interactive Music Visualization for zebronics music systems

• Developed a a cost-effective music- Interactive LED light installation using an Arduino microcontroller and readily available components.

Automated Inventory Management System with Real-time Tracking

• Integrated RFID tags with products and programmed ESP8266s to read tags when they move in and out of the warehouse.
• Designed a database system using Google sheets and google apps script to track inventory levels in real-time.
• Created a user interface for warehouse personnel to monitor stock levels, identify low stock items, and trigger reordering when necessary.