Investigate, troubleshoot and resolve technical issues involving from Deployment to Monitoring & from connections to integrations. Either for service deployment to K8s (AKS) or due to Consumer services, producer services, Topic, connector and dependent objects and resources of Kafka.

IaaS & PaaS designing, migration, optimization & administrationResource or service family-wise cost-saving recommendationMonitoring & Health CheckDashboard development, support & upgradeManage and troubleshoot to ensure maximum availability of Resource.Reporting and Forecasting related to cost analysis in the frequency of monthly as well as weekly.

Implement, monitor, and maintain Microsoft Azure solutions, including major services related to compute, storage, network.Experience in VM creation as well as replication, DR, and template creation on vSphere. Involved with planning, designing, migrating, and transforming environments from on-premises to cloud-basedDevelop cloud automation tailored to customer’s needsGather, review, and validate network requirements, VNETs, and network security groupsDeploy and configure the network, Load Balancer & Application Gateway, and firewall configurationsCreate detailed project plans and present them for customer approvalMaintained JIRA for tracking and updating project defects and tasks.Worked as Remedy Admin where integrated Azure SSO for Remedyforce login, along with it user management and creation.Understanding of Pre & Post-build test automation tools and strategies (SonarQube & Selenium )Working knowledge of source code and configuration management solutions (SVN, Git) & (Ansible, Puppet)Expertise in writing Ansible Playbook and Azure Playbook as well as Workbook creation in AzureWorking knowledge and experience of creating Docker images and building to Docker host by using Docker hub as image registry.Working knowledge and administrator experience of Continuous Integration strategies and tools (Jenkins &Azure DevOps)

Experience on monitor, maintained, configure and monitoring Cisco router, Switches, Firewalls, ASDM, PDU, Data Centre Racks, client Infrastructure Links (Internet, Intranet). Forcepoint Email Security, Antivirus installation and Upgrade, Policy tuning in Tenable, Microsoft office, MDM Intune, Azure AD and Office 365 products.Maintained Data centre operations/connectivity around the Europe and UK area.Install and configure ESXi(Includes start up profile storage configuration, network connections and security settings). Troubleshoot VMware ESX, Windows Server, Active Directory, and physical infrastructure issues that may occurMaintained JIRA for tracking and updating project defects and tasks.Experience in installation of Operating Systems, Packages and Patches, maintaining user accounts, Performance tuning, troubleshooting at various levels.Experience in monitoring infrastructure using PRTG.Maintained Remedy for Asset and Incident management and updating incidents, Problem, and assets.Using PowerShell and other scripting languages to complete day to day tasksKnowledge of ITIM process for Incident, Change and Problem management.Excellent team player with problem-solving and trouble-shooting capabilities.Good communication, interpersonal and presentation skills. Excellent work ethics, self-motivated and quick learner, willing to learn, adapts new technologies and third-party products.

• Installation, configuration and troubleshooting of LAN/WAN infrastructure• Analyzing and Troubleshooting network connectivity issues• Installed and maintained printers• Efficiently monitoring log files, network traffic and access logs to make a network secure and reliable.• Ensuring maintenance of Service Level Agreements(SLA) with the Business.• Point of contact for all Network related issues.• Coordinating network activities for 24/7 Network Operations Center (NOC)• Instrumental in configuring, monitoring and troubleshooting network devices such as Routers and Switches.• Worked on Incidents and Change Order Request.• Worked with Service Providers in order to fix interface issues or any WAN related issues.• Upgraded the IOS in Routers and Switches.• Worked in Access-list by adding and deleting ACL in Routers, Switches and Firewall.• Created Vlans and solved Vlans issues.• Notified Clients if any device or interface is down.

• Assembling and reassembling Desktops and laptops• Responsible for installing and troubleshooting Windows XP, 7 & 8• Configuration and troubleshooting of dot matrix, ink-jet, bar code printers as well as Access card and Attendance Punch - in machine (From user creation to deletion)• Responsible for Network point I/O crimping, Punching and building upa LAN• Configuration and troubleshooting of X-lite calling software• Ticketed system (Maya) to handle client calls and resolving ticketswithin the SLA• Responsible for troubleshooting, Virus related problem and installingSymantec antivirus

Bachelor of Technology in Electronics and Communication Stream

In a DTMF-controlled bot, we use DTMF for sending the control signals along the telephone line, to control the movements of our robot.GENERATING DTMFDTMF signals can be generated through dedicated ICs or by using RC networks connected to a microprocessor.MT8880 is an example of a dedicated IC. But getting the latter method work is a bit difficult if high accuracy is needed. The crystal frequency needs to be sacrificed for a nonstandard cycle length. Hence this method is used for simple applications. Most often, DTMF encoder software in PC or inbuilt dialing pulse of landline/mobile can be used for encoding purpose of generating DTMF signals.DECODING DTMF (CM8870 IC)1. Detecting DTMF with satisfactory precision is a hard thing. Often, a dedicated IC such as CM8870 is used for this purpose.2. The CM-8870 is a full DTMF Receiver that integrates both band split filter and decoder functions into a single18-pin DIP or SOIC package.3. Its decoder uses digital counting techniques to detect and decode all 16 DTMF tone pairs into a 4-bit code. HOW TO USE CM8870 IN OUR PROJECT1. The output comes at the Q1, Q2, Q3, and Q4 digital (i.e. in the form of 0 or 1).2. We connect these pins to the microcontroller. We take output at these as input to the microcontroller unit. Based on the input, we use a microcontroller to control the motion of the motors attached to our robot using a motor driving IC like L293D.It is a system that consists of two frequencies superimposed. DTMF signals are the superposition of 2 sine waves with different frequencies. Individual frequencies are chosen such that it is easy to design filters and easy to transmit the tones through a telephone line having a bandwidth of approximately 3.5 kHz. DTMF was designed to be able to send the codes using a microphone.