Graduate Engineer Trainee (NOC)

The interview process typically consists of a technical interview and an HR interview. The technical interview assesses the candidate's technical skills and knowledge, while the HR interview evaluates the candidate's communication skills, attitude, and fit with the company culture.

Pitney Bowes has a strong focus on innovation, collaboration, and customer satisfaction. The company provides a dynamic work environment that encourages growth, learning, and teamwork. Employees are empowered to take ownership of their work and contribute to the company's success.

Candidates should have a B.E/B.Tech/B.Sc degree in Computer Science, Information Technology, Electronics, or an equivalent discipline. The role requires 0–2 years of experience. Freshers with relevant certifications can be considered.

Round 1: Technical Interview → Round 2: HR Interview (based on company knowledge)

Pitney Bowes is a global technology company whose business includes commerce and mailing-related technologies and services. Its technology operations depend on software, infrastructure, networks, cloud services, and operational systems. The Graduate Engineer Trainee role described here sits within a Network Operations Center environment. The supplied job description specifically emphasizes building a modern, automation-first NOC instead of a traditional helpdesk function. The role is not limited to answering support tickets or performing repetitive monitoring tasks. It includes automation, observability, infrastructure improvements, incident response, network troubleshooting, cloud monitoring, scripting, and continuous improvement. The position is particularly suitable for candidates who enjoy troubleshooting technical problems and want to move beyond a traditional helpdesk role toward network engineering, DevOps, cloud operations, infrastructure engineering, or Site Reliability Engineering. Candidates will work with technologies and concepts including Python, Bash, PowerShell, Linux, Windows, AWS/Azure/GCP, Terraform, Ansible, GitHub, TCP/IP, DNS, DHCP, VLANs, routing and switching, VPN, firewalls, monitoring tools, REST APIs, JSON, Grafana, JIRA, and ServiceNow. The role has two major dimensions. The first is Network Operations. This includes monitoring enterprise networks, responding to alerts, troubleshooting connectivity problems, handling incidents, escalating issues, and supporting network changes. The second is DevOps and Automation. Engineers will use scripts and automation tools to reduce manual work, support monitoring workflows, contribute to CI/CD processes, and build a foundation in Infrastructure as Code. This combination makes the opportunity broader than a conventional entry-level NOC position. The role is designed for engineers at the beginning of their careers who want practical experience in network operations, infrastructure monitoring, cloud services, and automation. Key Responsibilities include: Assist with automating monitoring and operational workflows using scripting. Develop basic Python and PowerShell scripts to reduce manual operational effort. Support infrastructure and network change monitoring within CI/CD workflows. Work with monitoring and observability tools such as Grafana. Contribute to infrastructure improvements through automation and orchestration. Support automation initiatives and process optimization efforts. Build foundational knowledge of Terraform and Infrastructure as Code. Monitor networks, systems, and infrastructure in a 24×7 NOC environment. Monitor LAN, WAN, wireless, VPN, firewall, and cloud infrastructure. Detect and respond to alerts, incidents, and outages according to defined SLAs. Perform first-level troubleshooting across routers, switches, wireless systems, firewalls, and circuits. Log, track, and manage incidents using ticketing systems such as JIRA and ServiceNow. Follow established standard operating procedures for troubleshooting and escalation. Escalate complex incidents to L2/L3 teams when required. Collaborate with Network, Security, Application, and Cloud teams. Work with vendors and Internet Service Providers during issue resolution. Perform configuration backups, patching, upgrades, and system health checks. Support network change implementation and validation activities. Maintain incident records, root-cause analysis documentation, and network artifacts. Prepare reports on uptime, alerts, and infrastructure performance trends. Update SOPs, runbooks, and internal knowledge-base documentation. The Graduate Engineer Trainee role can provide a foundation for several infrastructure and technology careers. With experience, engineers can move toward roles such as Network Operations Engineer, Network Engineer, Cloud Operations Engineer, DevOps Engineer, Infrastructure Engineer, Site Reliability Engineer, Cloud Support Engineer, Network Automation Engineer, and Systems Engineer. Learning both networking and automation can be especially useful because modern infrastructure teams increasingly expect engineers to understand both operational systems and software-based automation. The supplied description explicitly says that the role is focused on building a modern, automation-first NOC rather than a traditional helpdesk environment. That distinction is useful for candidates considering the opportunity. A traditional helpdesk role may focus primarily on end-user issues and repetitive support requests. This role includes much broader technical exposure: Enterprise networking, Cloud infrastructure, Automation, Infrastructure as Code, Observability, Incident management, CI/CD, Python and PowerShell scripting, Network security. That combination can provide a stronger foundation for future infrastructure and DevOps roles.