Principal Solutions Architect - Electrical Engineering
Flexential Corp.
| Company | Flexential Corp. |
| Category | Engineering |
| Location | US (Remote) |
| Remote | Remote |
| Employment | Not stated |
| Level | Lead |
| Salary | Not stated by the employer |
| Posted | 15 Jul 2026 |
| Last verified | 3 Aug 2026 |
| Source | Employer career page (greenhouse) |
Description
The Principal Solutions Architect is the highest-level individual contributor within the Solutions Engineering & Architecture organization and represents the top of the individual contributor career ladder. This role operates with significant autonomy and serves as an authoritative technical expert in data center physical infrastructure, including interconnection, electrical fit-outs, power distribution, resilience engineering, heat-rejection systems, and data center construction methodologies.
The Principal Solutions Architect proactively identifies emerging customer requirements, architectural risks, and industry trends, translating complex engineering challenges into measurable business outcomes. This role provides technical leadership across Architecture, Engineering, Product, Data Center Operations, and Executive Sales functions, with a primary focus on pre-sales technical leadership and customer decision support, while also representing the company externally through published research, conference speaking engagements, and standards participation as appropriate based on business needs and individual strengths.
Key Responsibilities and Essential Job Functions
Independently define and lead solution strategy for high-value and strategic sales pursuits, acting as the principal technical authority for data center infrastructure, interconnection, power, and mechanical system design.
Proactively engage strategic customers during pre-sales cycles to anticipate long-term architectural needs, business drivers, growth plans, and infrastructure risks.
Architect non-standard, highly complex physical infrastructure solutions, ensuring alignment with customer priorities, internal facility capabilities, and long-term platform strategy.
Lead customer requirement-gathering sessions and executive workshops, translating technical constraints into clear architectural approaches and business narratives.
Provide executive-level technical storytelling and solution justification during RFP responses, design workshops, and final customer selection processes.
Serve as the final escalation point for solution integrity, ensuring designs meet engineering standards, resilience objectives, and customer business outcomes.
Establish, evolve, and evangelize architectural standards, reference designs, and best practices for physical data center infrastructure.
Perform advanced technical evaluations, modeling, and design validation for solutions requiring non-standard engineering or novel approaches.
Influence product strategy, infrastructure investment decisions, and long-range capacity and resilience planning through customer insight and technical research.
Act as an informal technical leader across Architecture, Engineering, Product, Operations, and Sales organizations without formal authority.
Translate complex infrastructure designs into quantified business outcomes, including ROI, TCO, and risk analysis.
Serve as a primary external technical evangelist, as appropriate based on business needs and individual strengths, representing the company at conferences, industry panels, standards bodies, and customer executive briefings.
Author white papers, technical briefs, and thought leadership content that position the company as an industry leader in data center and interconnection infrastructure.
Initiate and drive the development of internal tools, calculators, design frameworks, and enablement materials for Solutions Engineering & Architecture teams.
Required Qualifications
15+ years of experience in data center engineering, electrical engineering, mechanical systems, facilities design, or related mission-critical infrastructure fields.
Deep expertise in power distribution systems, heat rejection systems, mechanical engineering, and facility resilience modeling.
Strong understanding of data center construction methodologies, commissioning processes, and electrical fit-outs.
Proven ability
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