Senior Enterprise Architect - Public Sector Cloud & Edge

Akamai Technologies, Inc.; Bismarck (ND); À distance; USD 160 000 - 287 000; Plein temps

Avantages offerts par ce poste

Healthcare

401K savings plan

Employee Stock Purchase Plan (ESPP)

Résumé du poste

Akamai Technologies, Inc. seeks a Principal Enterprise Architect to drive technical success for public sector missions.

You will design, evangelize, and deliver comprehensive solutions that leverage Akamai's cloud, edge, and security capabilities, aligning with government requirements. You will engage with government customers, partners, and internal teams to craft winning proposals, present at industry events, and guide stakeholders through complex architectural decisions in a fast-paced

Qualifications

• Extensive experience in technical architecture for public sector projects.
• Proven ability to write technical proposals, white papers, and RFP/RFI responses.
• Experience presenting at industry events and webinars.
• Ability to build trusted relationships with government customers and technology partners.

Responsabilités

• Lead and contribute to technical sections of proposals for public sector bids.
• Represent Akamai as a technical expert at events and webinars.
• Collaborate with product, engineering, and sales teams to tailor solutions.
• Stitch together Akamai portfolio to meet public sector mission requirements.

Connaissances

Public sector experience

Technical architecture

Proposal writing

Technical presentations

Stakeholder relationship management

Formation

Bachelor's degree or equivalent

Description du poste

Akamai Technologies, Inc. seeks a Principal Enterprise Architect to drive technical success for public sector missions.

You will design, evangelize, and deliver comprehensive solutions that leverage Akamai's cloud, edge, and security capabilities, aligning with government requirements. You will engage with government customers, partners, and internal teams to craft winning proposals, present at industry events, and guide stakeholders through complex architectural decisions in a fast-paced