Infrastructure Engineer

This role is suited to infrastructure professionals who have hands-on experience with enterprise network traffic management, security technologies, automation and production environments. The technical scope extends beyond individual tools, requiring an understanding of how application traffic, load balancing, security controls and infrastructure operations work together at scale.

Network Infrastructure Focus

The engineer will contribute to large-scale infrastructure platforms supporting public and private cloud environments. The position involves selecting, creating and maintaining database-related technologies while ensuring that infrastructure solutions meet the organisation's operational and security requirements.

A major part of the role is improving infrastructure products through automation, testing and controlled routes to production. Candidates should therefore understand how development practices, infrastructure operations and automated delivery processes connect within an enterprise environment.

Python Shell Infrastructure as Code Cloud

F5 And Traffic Management

A significant technical requirement is advanced knowledge of F5 web application security and traffic management technologies. The job specifically calls for expert-level experience with technologies including F5 LTM, DNS and AWAF.

These technologies are commonly used to manage application traffic, provide availability, implement security controls and support reliable access to enterprise applications. Candidates should be comfortable troubleshooting traffic-management issues and understanding how network and application layers interact.

The role also expects knowledge of Avi and NGINX load-balancing technologies, making experience across multiple traffic-management platforms particularly relevant.

F5 LTM, DNS and AWAF experience is a key technical requirement

Web Application Security

The position requires advanced knowledge of web application architecture and security threats affecting enterprise applications.

Candidates should understand concepts surrounding Distributed Denial-of-Service attacks and Layer 7 application attacks, including how traffic-management and application-security technologies can be used as part of an enterprise defence strategy.

For example, an engineer working with an application behind an F5 platform may need to understand the difference between legitimate high-volume traffic and application-layer traffic patterns that require security controls or investigation.

Automation And Engineering

Automation scripting is another important part of the position. The organisation specifically identifies Python or Shell as relevant software-development and automation skills.

Infrastructure engineers in this environment are expected to move beyond manual operational processes and contribute to repeatable engineering solutions. Experience with infrastructure-as-code tooling is therefore valuable, particularly where it can improve consistency, testing and deployment.

Candidates should also understand the software development lifecycle, including how infrastructure changes move through development, testing and production environments.

A strong candidate will be able to connect automation with operational reliability rather than treating scripting as an isolated programming task.

Production Operations

This is a production-oriented infrastructure role involving operational support for large-scale network environments. Engineers may work on platform-related issues, investigate incidents and contribute to improvements that reduce operational problems.

The job description highlights several service-management disciplines, including:

Incident Management — responding to operational issues and restoring services.

Problem Management — investigating underlying causes rather than only resolving immediate symptoms.

Change Management — controlling infrastructure changes while maintaining service stability.

IT Continuity — considering resilience and continuity requirements for critical services.

Capacity Management — understanding infrastructure capacity and planning for changing demand.

These disciplines are particularly relevant in banking environments where infrastructure availability, security and controlled change processes are important operational requirements.

Product And Platform Ownership

The role also has a strong platform-engineering dimension. The engineer will work with product owners to create roadmaps and manage the lifecycle of infrastructure products.

This includes considering customer feedback, feature requests and production issues when deciding how platforms should evolve. The objective is not simply to maintain existing infrastructure but to continuously improve the products and services provided to internal customers.

The position also involves selecting, creating and maintaining database-related technologies while ensuring that solutions remain aligned with organisational requirements.

Agile And Stakeholder Collaboration

Technical expertise alone is not enough for this position. The job expects a good understanding of Agile working practices and toolsets, together with the ability to communicate technical concepts clearly.

The engineer will collaborate with product owners, stakeholders and other technical teams. This requires the ability to explain infrastructure decisions, discuss operational problems and contribute to platform-level planning.

The role also references the ability to create a vision for the Release Train, feature team, platform and domain, indicating that candidates should be comfortable working within structured enterprise delivery environments.

Technical Profile Recruiters May Look For

The technical requirements can be viewed across several areas:

Candidates whose experience covers several of these areas should highlight specific production environments, platforms and responsibilities rather than simply listing technologies.

What To Highlight On Your Resume

For this position, a resume should make relevant infrastructure experience easy to identify. Instead of writing only “worked on F5”, describe the actual environment and responsibilities.

A stronger example would be:

Managed F5 LTM traffic-management configurations supporting enterprise web applications, including troubleshooting application traffic and availability issues.

Similarly, automation experience should identify the technology and outcome:

Developed Python or Shell automation to reduce repetitive infrastructure operations and improve deployment consistency.

Candidates should also clearly mention experience with Avi, NGINX, AWAF, DNS, load balancing, network security and infrastructure-as-code tooling where applicable.

Interview Preparation Areas

Candidates preparing for this role should be ready to discuss both individual technologies and how those technologies operate within production environments.

Important areas include F5 LTM architecture, DNS traffic management, AWAF concepts, load balancing, Layer 7 traffic, DDoS attacks, web application architecture, network security and NGINX/Avi technologies.

Operational questions may also cover incident handling, change management, capacity planning and production troubleshooting.

For automation discussions, be prepared to explain how Python or Shell scripting can be used to automate infrastructure operations and how infrastructure-as-code practices improve consistency and repeatability.

Work Environment

The role is based in Gurugram and is a full-time position at Vice President level. The advertised working hours are 45 hours per week. The position combines technical engineering with stakeholder interaction, platform lifecycle management and operational responsibilities.

Because the role supports infrastructure in a banking environment, candidates should expect an emphasis on security, reliability, controlled changes, operational processes and production support.

Keywords for Resume

F5 LTM • F5 DNS • F5 AWAF • Network Security • Network Traffic Management • Load Balancing • Avi Load Balancer • NGINX • Web Application Architecture • DDoS • Layer 7 Security • Python • Shell Scripting • Infrastructure as Code • Public Cloud • Private Cloud • Agile • Software Development Lifecycle • Incident Management • Problem Management • Change Management • IT Continuity • Capacity Management • Production Support • Platform Engineering • Infrastructure Engineering

Final Perspective

This Infrastructure Engineer opportunity combines network traffic management, application security, automation, infrastructure engineering and enterprise operations. The strongest alignment will come from candidates who can demonstrate hands-on experience with F5 technologies, load balancing, network security and production infrastructure, supported by automation and clear technical communication.