Rakesh Bellamkonda

I have secured a Bachelor's degree in Electronics and Communication Engineering (ECE), which provided me with a strong foundation in electronics, communication systems, and digital technologies. In Bachelors I got First class Marks. My interest in networking during this period inspired me to seek a Master's degree in Computer Technology with a minor in networking. In Masters my GPA is 4.0.

During my bachelor's degree, I learned a lot about signal processing, embedded systems, and communication protocols, which provided me a solid understanding of how networks work on a hardware level. As I pursued my master's degree, I honed my skills in network design, routing, switching, and security, bridging my knowledge of hardware and networking infrastructures.

This blend of technical education in both hardware and networking has equipped me with the knowledge and passion to work effectively in building and managing modern network systems, making me well-prepared for a Network Engineer role.

• As a recent graduate with a strong academic background in networking, I am eager to start my career in this dynamic field. My fascination with how networks power communication and data exchange across the world began during my studies in Electronics and Communication Engineering, where I gained a foundational understanding of network principles. This passion deepened in my master’s program in Computer Technology, where I pursued networking as a minor, focusing on areas like routing, switching, and network security.
  
  I am excited to apply my knowledge to real-world scenarios and continue learning in a professional setting. The fast-paced evolution of network technologies, including cloud networking, cybersecurity, and software-defined networking, inspires me to be part of an industry that is shaping the future of global connectivity. I am enthusiastic about starting as a fresher and growing my skills while contributing to innovative projects in networking.

Objective:
Designed and implemented a scalable enterprise network architecture to support the seamless connectivity of multiple departments and remote branches.

Key Features:

• Created a network topology using Cisco Packet Tracer that included routers, switches, and firewalls to ensure efficient communication across various departments.
• Configured routing protocols like OSPF to optimize the routing of data packets across different locations.
• Set up VLANs to segment network traffic and enhance security between departments.
• Implemented Access Control Lists (ACLs) on routers to regulate traffic flow and enhance network security.
• Configured a VPN to securely connect remote branches to the main office.
• Simulated network performance under different load conditions and resolved bottlenecks.

Outcome:Successfully designed a network architecture that ensured efficient communication between departments, secured sensitive data, and supported remote access.