Skip to main content
CareerCircle Home
Log in
Join
Search for and find Electrical Engineer I jobs and V2X jobs at CareerCircle.com
V2X jobs, learn more at CareerCircle.com

Electrical Engineer I

V2X

Posted Sunday, December 7, 2025

Posting ID: ELECT015479

Indianapolis, IN
Share:
FacebookTwitterLinkedin
V2X, located in Indianapolis, IN, is searching for an energetic and highly motivated candidate to join its Electrical Hardware Engineering organization. The Electrical EngineerI is responsible for aspects of designing, simulating, validating, and repairing printed circuit boards, embedded systems, and fielded subsystem sustainment for defense missions.

As an Electrical EngineerI you will be called upon to help shape the next generation of defense hardware and sustain legacy equipment and subsystems transitioning from development to production. In this role you'll identify interface and functional requirements along with engineers of other disciplines. You will identify functional circuit approaches to satisfy requirements and transition to component research and selection often breadboarding or adopting from off-the-shelf offerings. You will draft, review, and update schematics for a variety of mission-critical boards. Current designs focus on UART, SPI, I2C, Ethernet, USB, PCIe interfaces and adopt various power conversion technologies such as buck/boost regulators. Once the hardware is defined, you'll run detailed analog and digital simulations in LTSpice, Simetrix/SIMPLIS, and ANSYS SiWave to verify performance, validate thermal and EMI/EMC criteria, and drive design trade-offs.

On the firmware side you'll work with teams to select, implement, and debug embedded C/C++ for STM32 micro-controllers for systems such as motor-control systems. Your work will be integrated into larger systems such as missile-launcher assemblies, so you'll collaborate closely with mechanical designers, software engineers, and systems engineers to ensure seamless subsystem integration.

Design reviews, trade-off studies, and risk-mitigation sessions will be a regular part of your workflow-you'll present your findings, respond to stakeholder feedback, and incorporate changes into the evolving design. You will also generate engineering drawings, bill of materials, and production test plans that guide manufacturing and quality assurance teams.

Finally, you'll support the creation of technical reports, test procedures, and safety documentation, and you'll follow V2X's Hardware Engineering processes-maintaining rigorous version control, design history, and change-management records. Each of these responsibilities is an opportunity to learn, grow, and contribute to projects that matter.

The candidate must be proficient with Microsoft Office suite as routine communication will occur through Teams, OneNote, Azure DevOps, Excel, and e-mail.

Required Skills:
  • Component research (connectors, passives, semiconductors, various protocol interface ICs)
  • Electrical laboratory tools: multimeter, adjustable power supply, oscilloscope, arbitrary waveform generator, spectrum analyzer
  • Schematic capture (Altium Designer)
  • Analog, power, digital, and mixed-signal design
  • Simulation with LTSpice, Simetrix/SIMPLIS, ANSYS SiWave
  • Positive attitude and proven leadership skills
  • Customer focus and ability to collaborate
  • Exposure to digital circuit design, schematic capture, embedded firmware design, and/or VHDL/Verilog design and simulation
  • Experience with electrical analysis and test
  • A self-motivated and effective communicator
  • Experience in managing schedule and resources to meet assigned milestones
  • Knowledge and proficiency in MS Office
  • Must be a US Citizen with ability to obtain a DoD Secret level clearance
Desired Skills:
  • Internship or project experience in aerospace or defense hardware design.
  • Experience with high-speed digital interface design (USB, PCIe, etc.).
  • Familiarity with MIL-STD and other defense industry standards e.g. MIL-STD-1553, MIL-STD-461, MIL-STD-810, MIL-STD-704
  • Knowledge of advanced power-management ICs and high-frequency RF design.
Education Requirements:
  • Bachelor's degree in Electrical Engineering, Computer Engineering, EET, or related STEM discipline. 3.0+ GPA strongly desired; transcripts required.
Benefits include the following:
  • Healthcare coverage
  • Retirement plan
  • Life insurance, AD&D, and disability benefits
  • Wellness programs
  • Paid time off, including holidays
  • Learning and Development resources
  • Employee assistance resources
Pay and benefits are subject to change at any time and may be modified at the discretion of the company, consistent with the terms of any applicable compensation or benefit plans.
The company is an equal opportunity employer and will consider all applications without regards to race, sex, age, color, religion, national origin, veteran status, disability, sexual orientation, gender identity, genetic information or any characteristic protected by law.
On-Site
Communication
Customer Service
Workflow Management
Leadership
Self-Motivation
Microsoft Excel
Risk Mitigation
Debugging
Microsoft Office
Version Control
Software Engineering
Research
Systems Engineering
Systems Integration
Milestones (Project Management)
Computer Engineering
Change Management
Engineering Drawings
Test Planning
Semiconductors
Hardware Design
Energetic
Electrical Engineering
Quality Assurance
Collaboration
Employee Assistance Programs
Embedded Systems
Ansys Simulation Software
Bill Of Materials
Military Standards And Specifications
Simulations
VHSIC Hardware Description Language (VHDL)
Verilog
Oscilloscope
C++ (Programming Language)
Electromagnetic Interference And Compatibility (EMC/EMI)
Schematic Capture
Altium Designer
Printed Circuit Board
Multimeters
Electrical Engineering Technology
Positivity
Functional Requirement
Firmware
Azure DevOps
Serial Peripheral Interface
USB
I2C
Embedded Firmware
Secret Clearance
Signal Generators
Embedded C
Energy Transformation
Microsoft OneNote
Interface Design
Motor Control
Stm32
Industry Standards
Time Off Management
Universal Asynchronous Receiver/Transmitter
Spectrum Analyzer
Integrated Circuit Design
Subsystems
LTspice
PCI Express
Power Management

Blog