Electrical Engineer III — Mixed-Signal & Power Design

Textron Inc.; Riverdale (UT); On-site; USD 90,000 - 130,000; Full time

Benefits offered by this job

Flexible Work Schedules

Education Assistance

Career Development & Training Opportun

Wellness Program (Fitness Reimburse)

Medical, Dental, Vision & 401(K) with

Job summary

Textron Systems in Utah seeks an Electrical Engineer III to join a multidisciplinary design team, developing analog and mixed-signal electronics for advancing military programs, with emphasis on power, PCB layouts, and rapid prototyping.

You will work with OrCAD Capture, PSPICE or LTSpice, perform simulations, and contribute to hardware qualification, ensuring designs meet worst-case and reliability requirements.

Qualifications

• 5 years of relevant experience in mixed signal electronics design
• Power supply design experience
• Experience designing high-density PCBs
• Knowledgeable with Allegro CIS Schematic Capture and PSPICE
• LTSPICE familiarity for simulations
• Familiarity with lab instrumentation, testing, and debugging
• Familiarity with PCB and PWA layout
• Familiarity with digital design and standard data buses
• Active security clearance or eligibility for SAP clearance

Responsibilities

• Designing and developing mixed signal electronic designs
• Developing schematics in standard design tools
• Analyzing circuit designs
• Working in a collaborative and cross-functional discipline environment

Skills

Mixed signal electronics design

Power supply design

High density printed circuit boards

Circuit simulation & analysis

Digital design & data buses

Education

Bachelor of Science

Tools

OrCAD Capture

PSPICE

LTSPICE

Allegro CIS Schematic Capture

Job description

Textron Systems in Utah seeks an Electrical Engineer III to join a multidisciplinary design team, developing analog and mixed-signal electronics for advancing military programs, with emphasis on power, PCB layouts, and rapid prototyping.

You will work with OrCAD Capture, PSPICE or LTSpice, perform simulations, and contribute to hardware qualification, ensuring designs meet worst-case and reliability requirements.