Available · Immediate Joiner · Delhi NCR

Kuldeep
Saini

IT Infrastructure professional from Faridabad, Haryana. 596 hours of verified hands-on training in network configuration, Windows Server administration, and cloud infrastructure. Every skill listed is lab-verified and interview-defensible.

Active Directory Windows Server 2019/2022 VLAN · OSPF · RIP AWS EC2 · S3 · IAM · VPC NOC Operations Linux Admin VMware · Hyper-V
↓ Download Resume 📞 +91 99712 77545
596
Training Hours
6
Lab Projects
3
Certifications
0
Notice Period
Active Credentials

Certifications

☁️
AWS Certified Cloud Practitioner
Amazon Web Services
✓ Completed
🎓
Diploma in Cloud Computing (DCC)
Jetking Institute · 596 hrs · Grade A
✓ Completed
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CCST Networking — Networking Basics
Cisco Networking Academy
⏳ In Progress
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Diploma in Computer Applications (DCA)
American Institute · 2023
✓ Completed
Core Stack

Primary Tech Stack

All skills below are hands-on verified. No vendor knowledge only — each was configured, deployed, or troubleshot in a lab environment.

TCP/IP VLANs Inter-VLAN Routing OSPF RIP Subnetting Cisco Packet Tracer Active Directory Windows Server 2019/2022 DHCP DNS Domain Controller AWS EC2 AWS S3 AWS IAM AWS VPC Ubuntu Kali Linux RHEL Windows 10/11 ServiceNow Zoho Desk VMware Workstation Hyper-V
Background

About Me

I am an IT Infrastructure fresher based in Faridabad, Haryana. My background is not in software development or theoretical coursework — it is in hands-on infrastructure operations: configuring networks, deploying servers, and resolving incidents using industry-standard tooling.

Over 596 hours at Jetking Institute, I worked through the full infrastructure stack. Network configuration included VLAN segmentation, inter-VLAN routing via Layer 3, and dynamic routing protocols OSPF and RIP on Cisco Packet Tracer. Server deployment covered Active Directory domain setup with Domain Controller, DHCP scope configuration, and DNS zone resolution on VMware-hosted Windows Server 2022.

On the operations side, I practised IT service desk workflows using ServiceNow and Zoho Desk — creating, assigning, and resolving incident tickets under ITIL-based P1-to-P4 priority classification with SLA tracking. I also deployed five operating systems across VMware Workstation and Hyper-V, covering both Windows and Linux environments.

I scored 7.5/10 in foundation assessment and was selected by faculty for the advanced professional batch — a performance-based selection from the full student cohort. I hold the AWS Certified Cloud Practitioner certification issued directly by Amazon.

I am pursuing a BCA in Cloud Computing at MDU Rohtak in distance mode (Semester 3, Sem 2: 75%) and am currently completing the Cisco CCST Networking course through Cisco Networking Academy.

Target roles: NOC Engineer · System Administrator · Network Administrator. Locations: Delhi, Noida, Gurgaon, Faridabad, Remote. Immediate joiner.

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Location
Sector 18, Faridabad, Haryana
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Degree
BCA Cloud Computing — MDU Rohtak (Sem 3)
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Certification
AWS Certified Cloud Practitioner
⚡
Notice Period
Zero — Immediate Joiner
🎯
Target Roles
NOC Engineer · Sysadmin · Network Admin
💰
Expected CTC
₹2.0 – 2.5 LPA (negotiable)
Career Trajectory

Technical Learning Roadmap

Structured progression from foundation to senior-level infrastructure engineering. Timeline based on verified milestones and realistic targets.

IT Infrastructure Foundation — Jetking Institute
596 hours: Windows Server, AD, DHCP/DNS, VLAN/routing, VMware, multi-OS deployment, ServiceNow ticketing. Score: 7.5/10. Advanced batch selected.
Jan 2026 – May 2026 · Completed
AWS Certified Cloud Practitioner
EC2, S3, IAM, VPC. Certification issued by Amazon Web Services.
2025 · Completed
Cisco CCST Networking — Networking Basics
TCP/IP fundamentals, subnetting, VLAN theory, routing basics. Cisco Networking Academy, Credly badge on completion.
July 2026 · In Progress
Entry-Level Role: NOC Engineer / System Administrator
Target: L1 NOC or Junior Sysadmin position. Apply production troubleshooting, incident handling, and infrastructure skills in a live environment.
2026 · Active job search — Immediate joiner
CCNA (Cisco Certified Network Associate)
Routing and switching fundamentals, OSPF, EIGRP, access control lists, WAN technologies. Target: self-fund from salary within first year.
2027 Target
Network Engineer / L2 NOC
CCNA + 1 year production experience unlocks this level. Target salary range: ₹6–10 LPA. Begin CCNP preparation.
2027–2028 Target
Senior Network Engineer / Infrastructure Architect
CCNP + cloud networking expertise (AWS hybrid infrastructure). Target: ₹18–35 LPA range by year 6–8.
2030+ Target
Lab Evidence

Technical Projects

All projects follow the engineering documentation framework: Problem encountered → Diagnostic approach → Tools deployed → Quantifiable impact. Full configs and documentation on GitHub.

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Network Design & VLAN Implementation
network-lab-configs · Jan 2026 – Feb 2026
↗ GitHub
Problem
Flat network topology causing unrestricted broadcast traffic across all endpoints. No traffic isolation between logical departments — security and performance risk.
Diagnostic Approach
Mapped existing traffic flow, scoped VLAN requirements per department, determined Layer 3 inter-VLAN routing requirement, planned IP address schema with CIDR subnetting.
Tools Deployed
Cisco Packet Tracer · IEEE 802.1Q VLAN trunking · Inter-VLAN routing (Layer 3) · OSPF dynamic routing · RIP routing protocol · IPv4 subnetting
Configuration Detail
2+ network topologies built. Trunk ports configured on switch interfaces. Both OSPF and RIP protocols deployed across isolated VLANs. Connectivity verified end-to-end.
✓ Impact: Traffic successfully isolated across 2 VLANs · Zero cross-VLAN leakage · Routing verified via ping and traceroute tests
Cisco Packet TracerVLANOSPFRIP802.1QSubnetting
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Windows Server 2019/2022 Administration Lab
windows-server-lab · Mar 2026 – Apr 2026
↗ GitHub
Problem
No centralized authentication — each machine managed with local accounts. No group policy enforcement, no automated IP allocation, no hostname resolution.
Diagnostic Approach
Evaluated domain architecture requirements, scoped DHCP address pool, planned DNS zone forward/reverse lookup, designed OU structure for Active Directory.
Tools Deployed
VMware Workstation · Windows Server 2019 & 2022 · Active Directory Domain Services · Domain Controller · DHCP Server role · DNS Server role
Configuration Detail
Domain created from scratch. Domain Controller promoted. Domain users created and joined. DHCP pool configured with exclusions and reservations. DNS forward and reverse zones operational. Backup and restore operations tested.
✓ Impact: Fully functional AD domain · Centralized user management · Automated IP allocation · Hostname resolution verified
Windows ServerActive DirectoryDHCPDNSVMwareGroup Policy
☁️
AWS Cloud Infrastructure Lab
aws-cloud-labs · Apr 2026 – May 2026
↗ GitHub
Problem
Cloud environment with over-permissioned IAM accounts and no VPC network isolation — any resource accessible to any user with no boundary enforcement.
Diagnostic Approach
Audited IAM permission requirements using least-privilege principle. Planned VPC CIDR block, public/private subnet split, and internet gateway routing for EC2 outbound access.
Tools Deployed
AWS Management Console · EC2 (compute) · S3 (object storage with bucket policies) · IAM (users, roles, policies) · VPC with subnets and internet gateway
Configuration Detail
EC2 instances launched in isolated VPC subnet. S3 bucket policies restricted to specific IAM roles. IAM users created with role-based access following CCP exam objectives. Internet gateway attached and route table configured.
✓ Impact: Least-privilege IAM enforced · Isolated VPC with working EC2 · S3 access restricted by policy · Aligned with AWS CCP certification scope
AWS EC2S3IAMVPCInternet GatewaySubnet
🎫
IT Service Desk & NOC Operations Simulation
it-service-desk-notes · Jan 2026 – May 2026
↗ GitHub
Problem
Incidents being created without priority classification, no SLA tracking, no escalation path — resulting in critical issues treated identically to low-priority requests.
Diagnostic Approach
Applied ITIL framework methodology. Defined P1 Critical through P4 Low priority matrix. Established SLA response and resolution targets per priority tier. Set up escalation path from L1 to L2.
Tools Deployed
ServiceNow (demo environment) · Zoho Desk (demo environment) · ITIL incident management framework · P1-to-P4 priority classification
Configuration Detail
5+ incident tickets raised, assigned, and resolved following SLA targets. Categories: network connectivity, system access, application error, hardware failure. Shift handover documentation practised. Escalation matrix applied.
✓ Impact: All tickets resolved within SLA targets · ITIL P1–P4 workflow documented · Escalation matrix verified · Shift reporting practised
ServiceNowZoho DeskITILSLAIncident MgmtNOC Ops
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Multi-OS Deployment & Virtualization
multi-os-deployment · Apr 2026 – May 2026
↗ GitHub
Problem
Single-OS environment limiting cross-platform troubleshooting ability. Production environments require administrators capable of managing both Windows and Linux systems simultaneously.
Diagnostic Approach
Evaluated hypervisor options (VMware vs Hyper-V), planned disk and RAM allocation per VM, selected OS versions matching enterprise deployment targets, verified hardware compatibility.
Tools Deployed
VMware Workstation · Microsoft Hyper-V · Windows 10/11 · Ubuntu 22.04 · Kali Linux · Red Hat Enterprise Linux (RHEL)
Configuration Detail
5+ OS installed across both hypervisors. Linux user management, file permissions, and basic CLI administration performed on Ubuntu and RHEL. Cross-platform network connectivity tested. POST-boot issues troubleshot on two occasions.
✓ Impact: 5+ OS deployed and verified operational · Both VMware and Hyper-V environments stable · Linux admin tasks completed via CLI
VMwareHyper-VUbuntuKali LinuxRHELLinux Admin
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PC Hardware Assembly & Configuration Lab
pc-hardware-assembly-lab · Jan 2026 – May 2026
↗ GitHub
Problem
No standardized hardware assembly process — components installed without ESD precautions or POST verification procedure, causing intermittent failures after assembly.
Diagnostic Approach
Established component compatibility checklist (CPU socket, RAM type, PSU wattage). Applied ESD precautions. Created POST failure diagnostic sequence: beep codes → RAM reseating → GPU check → BIOS reset.
Tools Deployed
Physical components: Motherboard, CPU, RAM, HDD/SSD, PSU, peripherals · OS installation media · Microsoft Outlook · Mozilla Thunderbird
Configuration Detail
2+ PCs assembled from components independently. OS installed and verified post-assembly. Outlook and Thunderbird configured with account setup, backup/restore, and email signature management. Assembly process documented and delivered as peer training.
✓ Impact: 2+ PCs fully functional post-assembly · OS installed and verified · Peer training delivered · Assembly checklist documented
PC HardwarePOST DiagnosisOS InstallOutlookThunderbird
Technical Index

Skills & Competencies

Grouped by domain. Search field filters all categories simultaneously. Only lab-verified or exam-verified skills are listed.

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🌐
Networking
TCP/IP IPv4 Addressing Subnetting CIDR VLAN Configuration Inter-VLAN Routing IEEE 802.1Q Trunking OSPF RIP NAT LAN/WAN Firewall Basics IDS/IPS Concepts NAC Cisco Packet Tracer Network Troubleshooting Ping & Traceroute
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System Administration
Active Directory Windows Server 2019 Windows Server 2022 Domain Controller DHCP Server DNS Server Group Policy Domain User Management Server Backup & Restore Remote Desktop System Troubleshooting VMware Workstation Microsoft Hyper-V
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Cloud Infrastructure
AWS EC2 AWS S3 AWS IAM AWS VPC Internet Gateway Subnet Configuration Bucket Policies Least-Privilege IAM AWS Management Console
🐧
Operating Systems
Windows 10/11 Ubuntu 22.04 Kali Linux RHEL Linux CLI Linux User Management File Permissions OS Installation (Physical & VM) Multi-Boot Configuration
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NOC Operations & ITSM
Incident Management Ticket Lifecycle Management SLA Monitoring P1–P4 Priority Classification Alert Handling Escalation Workflow ITIL Framework Basics Fault Isolation Shift Reporting Problem Management ServiceNow Zoho Desk Remote Support Microsoft Outlook Mozilla Thunderbird
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Hardware & Assembly
PC Assembly Component Identification POST Diagnosis ESD Precautions BIOS Configuration Hardware Troubleshooting Peripheral Setup
Proficiency declaration: All skills above were practiced in real lab environments during 596 hours of training at Jetking Institute (Jan–May 2026) or during AWS CCP exam preparation. No skill is listed based on theoretical knowledge alone. Skills marked In Progress in the certifications section (CCST Networking) reflect active coursework — not yet interview-ready at advanced level.
Get In Touch

Contact

Actively seeking NOC Engineer, System Administrator, or Network Administrator roles across Delhi NCR. Available in Faridabad, Delhi, Noida, Gurgaon, and remote. Immediate joiner. Zero notice period.

📞
📧
📍
Location
Sector 18, Faridabad, Haryana — open to Delhi NCR, Remote
Send a Message

✅ Currently Available

Immediate joiner — zero notice period
Open to full-time permanent roles
Open to rotational shifts for NOC roles
Faridabad / Delhi / Noida / Gurgaon / Remote
Expected CTC: ₹2.0 – 2.5 LPA (negotiable)
English and Hindi — Read, Write, Speak
Education
BCA — Cloud Computing
MDU Rohtak · 2025–2029 · Sem 3
Sem 1: 73% · Sem 2: 75%
DCC — Jetking Institute
596 hours · Grade A · Score 7.5/10
Class XII — Commerce + Maths
Haryana Board · 82% · Top 3 in Department
Class X
Haryana Board · 69%