NV1-Cleared Solutions Architect: Cloud & Network Design

Kinetic IT; City of Melbourne; On-site; AUD 120,000 - 160,000; Full time

Benefits offered by this job

Mentoring and training

Opportunity marketplace careers hub

Hybrid options

Social events

Health resources

Employee discounts

Discounted gym membership

Job summary

Kinetic IT is seeking an NV1-cleared Solutions Architect to collaborate with a client on networks, cloud and infrastructure design. The role emphasizes stakeholder management, robust documentation, and HDL exposure across projects in Melbourne and surrounding regions.

Responsibilities include client engagement, architecture design, and delivering a technical roadmap while ensuring alignment with the target architecture.

Qualifications

• NV1 clearance required to support client environment.
• HDL experience is essential.
• Strong documentation and architecture design skills.
• Experience with Azure and FortiNet networks and cloud infrastructure.

Responsibilities

• Client engagement: understand the client’s environment, requirements and future needs.
• Solution & architecture design: design cloud, infrastructure, network, security and connectivity solutions.
• Assess existing environments and develop the technical roadmap/architecture.
• Technical documentation: architecture diagrams, high-level designs and technical documentation.
• Engineering collaboration: work with infrastructure/network engineers to guide implementation.

Skills

NV1 clearance

HDL exposure

Documentation skills

Cloud infrastructure

Stakeholder management

Tools

Azure

Microsoft 365

FortiNet firewall

Job description

Kinetic IT is seeking an NV1-cleared Solutions Architect to collaborate with a client on networks, cloud and infrastructure design. The role emphasizes stakeholder management, robust documentation, and HDL exposure across projects in Melbourne and surrounding regions.

Responsibilities include client engagement, architecture design, and delivering a technical roadmap while ensuring alignment with the target architecture.