Yuvansh Khanna

Experienced and innovative professional with expertise in designing scalable, efficient solutions. Aspiring to contribute as a Solution Architect by leveraging strong technical, analytical, and leadership skills. Proven ability to understand complex requirements, craft sustainable architectures, and align business goals with technology-driven strategies.

Drone Delivery: Unnamed Aerial Vehicle (Quadcopter System)    Leveraging the principles of the quadcopter system can lead to the design of efficient and robust drone delivery networks. This includes:

• Architecting cloud-based systems to integrate drones with real-time tracking and route optimization algorithms.
• Ensuring scalability and interoperability for diverse industries such as logistics, healthcare, and e-commerce.
• Implementing safety, compliance, and security standards for UAVs in urban environments.

Electronic Stability Control (ESC)   The insights from ESC systems can guide the creation of solutions for automotive safety technologies. A Solution Architect can:

• Design frameworks for integrating ESC with advanced driver-assistance systems (ADAS) and IoT platforms.
• Develop data pipelines to analyze sensor input for predictive maintenance and enhanced stability control.
• Establish architectures for future autonomous vehicles where ESC principles are critical for system reliability.

Proposed Model Using Wireless Sensor Network (WSN) & Cluster Head Selection Protocol   This proposed model offers a foundation for improving sensor network performance. A Solution Architect's responsibilities might include:

• Designing scalable and energy-efficient WSN architectures using cluster head selection protocols to optimize resource allocation.
• Integrating WSNs with edge computing to enhance data processing and real-time decision-making.
• Developing IoT solutions for smart environments like agriculture, healthcare, or industry 4.0, based on advanced WSN models.