Federal Senior Principal Solutions Architect (TS/SCI)

Dell GmbH; Tampa (FL); On-site; USD 150,000 - 200,000; Full time

Job summary

Dell Technologies seeks a Federal Senior Principal Engineer, Solutions Architecture for the SOCOM portfolio. This onsite Tampa role requires active TS/SCI clearance and US citizenship.

You will guide pre-sales engineering, liaise with Dell and vendor teams, and design complex, sustainment-focused system solutions. Ideal candidates have deep Dell portfolio knowledge, strong Linux skills, and extensive customer-facing experience in high-pressure environments.

Qualifications

• Active TS/SCI clearance required.
• Deep knowledge of Dell PowerEdge and PowerScale.
• Strong Linux (RHEL/Ubuntu) expertise.
• 12+ years of technical support experience.
• US citizenship required.
• Proven escalation management and vendor collaboration.

Responsibilities

• Learn and maintain deep technical acumen across Dell Technologies portfolio.
• Stay current on technologies across broad product lines and services.
• Develop internal relationships within Dell and earn trust with account executives and leadership.
• Build trust with customers and partners through professional competence.
• Assist with design, definition, and implementation of complex system requirements from a support perspective.

Skills

TS/SCI clearance

Dell PowerEdge servers

PowerScale storage

Linux (RHEL/Ubuntu)

Networking infrastructure

Troubleshooting

Diagnostics utilities

Escalation management

Vendor collaboration

Customer facing

12+ years experience

Tools

Dell Diagnostics Utilities

Job description

Dell Technologies seeks a Federal Senior Principal Engineer, Solutions Architecture for the SOCOM portfolio. This onsite Tampa role requires active TS/SCI clearance and US citizenship.

You will guide pre-sales engineering, liaise with Dell and vendor teams, and design complex, sustainment-focused system solutions. Ideal candidates have deep Dell portfolio knowledge, strong Linux skills, and extensive customer-facing experience in high-pressure environments.