Electrical Engineer

 System Administration:  Implementing the Client-Server Model on Windows  Setting up the Active Directory (AD)  Creating Group Policy Objects (GPOs) for users & Organizational Units (OUs)  Configuration of DNS and DHCP  Configuring a secondary DNS server  Adding DNS forwarders  Registering Clients on a Domain  Internet Information Services (IIS), WordPress, and MySQL Database:  Configuring IIS and PHP  Creating/hosting ASP.net application & website on IIS Windows Server 2016  Configuring WordPress, MySQL DB, and IIS Webserver  Linux-based Tasks:  Scripting, customization (User creation/assignments), exe creation  Utilization of .bashrc & .profile for script automation & terminal modification  Using CronJobs  Cloud Administration (Microsoft Azure—MS Entra ID (EID)):  Creating users and assigning policies  Linking on-premises (OP) AD with EID  Logging with the user’s email (from OP AD) on Azure portal and checking the assigned roles and permissions  Cloud Automation with Azure:  Creating VNets, Private, and Public Subnets  Running Apache Webservers in both the subnets and accessing them  Azure Resource Manager (ARM) templates & VSCode for resource automation  Creating a MySQL server, a Database (DB), Automating the Deployment using templates, and creating a DB using a .sql file  Creating and configuring a Load Balancer (LB) for the webservers  Setting up Virtual Machine Scale Set (VMSS) for autoscaling features  Using Terraform to provision instances and resources on Azure  Exporting the resources and the resource group using Terraform  CI/CD Pipeline using Jenkins:  Completing the entire Continuous Integration (CI) and Continuous Delivery (CD) end-to-end pipeline using: GitHub, Jenkins, Maven, SonarQube, Docker, and Kubernetes  Configuring the entire CI/CD pipeline using Jenkins and JenkinsFile  AWS:  Setting up VPCs, Subnets, routing tables, ACLs, Security Groups, IGWs, NAT GWs, and finally running instances on both private and public subnets all the while ensuring proper connectivity with the internet  Deploying load balancers with the EC2 instances that had Apache webservers running on them and accessing the instances through the load balancer by configuring the rules and configurations

• Deployed and optimized VSAT terminal systems: site surveys, antenna alignment, modem configuration, and communication link testing
• Optimized signal quality, minimized interference, and validated data transmission for high-bandwidth applications
• Developed algorithms for user/session identification, integrating ESM and spectrum sensing for signal detection and classification
• Designed and optimized receiver architectures for ground-based and satellite communications, improving sensitivity and interference resilience
• Applied advanced signal processing techniques to mitigate co-channel, adjacent-channel, and intentional interference
• Implemented DSSS for secure and robust data transmission in challenging environments
• Designed and optimized RTU protocols for high throughput and encrypted communication in stable and high-interference scenarios