Space IC Systems Engineer, Customer-Facing + Stock Options

Rise Technical; Dallas (TX); On-site; USD 130,000 - 160,000; Full time

Benefits offered by this job

Stock options

Health benefits

401(k)

Technical training & development

Customer-facing role

Cutting-edge space/defense tech

Job summary

Rise Technical is seeking a technically strong IC engineer with space systems exposure to own and shape next-generation radiation-hardened ICs for space and defense applications. You will interact with customers, define requirements, and collaborate with design, verification, and production teams in Plano, TX.

Role emphasizes translating customer feedback into product requirements, developing reference designs, and contributing to TAM analyses to guide go/no-go decisions within a fast-paced

Qualifications

• Degree in Electrical/Electronic Engineering (or closely related).
• Experience in space systems with integrated circuit knowledge.
• Comfortable in technical customer meetings; translate feedback into product requirements.

Responsibilities

• Define, maintain, and negotiate IC product specifications and architectural trade-offs.
• Create customer-facing datasheets and manage spec compliance matrices across cross-functional teams.
• Customer meetings: capture requirements, validate specs, and support early product adoption.
• Market and technical analysis: TAM, competitive landscape, and go/no-go decision support.
• Develop reference designs and SPICE/system-level models; identify patent opportunities.

Skills

Space systems exposure

IC engineering

Customer meetings

Education

Electrical/Electronic Engineering degree

Job description

Rise Technical is seeking a technically strong IC engineer with space systems exposure to own and shape next-generation radiation-hardened ICs for space and defense applications. You will interact with customers, define requirements, and collaborate with design, verification, and production teams in Plano, TX.

Role emphasizes translating customer feedback into product requirements, developing reference designs, and contributing to TAM analyses to guide go/no-go decisions within a fast-paced