
Software Test & Integration Engineer
Required skills
- Python
- C/C++
- Git/GitLab
- Software configuration management
- version control
- Software integration
- Software verification
- Linux command-line
- Embedded software
- firmware
Nice to have
- embedded systems
- avionics
- robotics
- autonomous systems
- aerospace systems
- physical systems
Role summary
Leidos is seeking a Software Test & Integration Engineer for the U.S. Army DEVCOM SC mission in Natick, MA. This role involves technical ownership of software challenges, supporting flight testing, and collaborating across diverse teams. Responsibilities include setting up and operating field equipment, troubleshooting software and integration issues, developing and executing test procedures, operating test benches (SIL/HIL), maintaining analysis tools, and supporting cybersecurity activities like RMF and vulnerability scanning. The position requires a Bachelor's degree with 2-6 years of experience, proficiency in Python/C++, and knowledge of Git, Linux, embedded systems, and software testing methodologies. Travel up to 25% is expected.
Position: Software Test & Integration Engineer
Location: Natick, MA
This posting is for an opening ranging in years of experience for Junior to Mid-Level experience. Level of opportunity, including compensation, will be based on candidate’s experience.
Join a Team Committed to a Mission
At Leidos, we deliver innovative solutions through the dedication of our diverse and talented people who are passionate about supporting our customers’ success. We empower our teams, strengthen our communities, and operate sustainably—always guided by our Mission, Vision, and Values. Everything we do reflects our commitment to doing what’s right for our customers, our people, and the world around us.
Unleash Your Potential
The Leidos Defense Sector is seeking a Software Test & Integration Engineer to support the U.S. Army Combat Capabilities Development Command – Soldier Center (DEVCOM SC) mission in Natick, MA. In this role, you will serve as the team’s primary software-focused engineer within a small, multidisciplinary government engineering team that includes aerospace/mechanical engineers and aerial delivery equipment specialists.
About the Role
As a Software Test & Integration Engineer, you will take technical ownership of software-related challenges, independently drive issues to resolution, support hands-on flight testing, and collaborate effectively across government, contractor, operational, and test organizations. Much of the work will focus on maintaining and evolving an established government-owned software codebase developed over the past decade.
Key Responsibilities
Flight Test & Field Operations Support
- Travel to drop zones and test ranges for flight test and demonstration events (typically 1–2 weeks per trip)
- Set up, configure, and operate ground stations and telemetry equipment in field environments
- Conduct pre-drop software and system checks; assist with rigging, load buildup, and aircraft loading
- Recover and validate flight data using software tools; deliver quick-look analyses to support go/no-go decisions
- Troubleshoot software and integration issues under tight timelines and austere field conditions
Software Integration Support
- Serve as the primary software engineering subject matter expert for the Cargo Aerial Delivery team
- Develop and execute software test procedures; investigate failures from lab, ground, and flight testing
- Operate integration test benches, software-in-the-loop (SIL), and hardware-in-the-loop (HIL) systems
- Maintain, adapt, and develop internal tools including telemetry/flight-log parsers, post-drop analysis scripts, ground station utilities, and basic imagery analysis tools
- Support broader engineering efforts as needed, including tasks outside traditional software roles
Cybersecurity Support
- Act as the technical focal point for Cyber Working Groups (CWG) and Risk Management Framework (RMF) activities
- Prepare cybersecurity documentation supporting Annual Security Reviews and Authorizations to Operate
- Run and interpret vulnerability scans; triage findings, propose remediation plans, and track them to closure
Required Qualifications
- Bachelor’s Degree in Software Engineering, Computer Science, or related field with 2-6 years of experience (additional experience/training/certifications may substitute for a degree)
- US Citizenship; ability to obtain and maintain a Government Common Access Card (CAC)
- Proven abilities with Python and/or C/C++ programming languages and software development
- Strong working knowledge in several of the following:
- Git/GitLab workflows
- Software configuration management and version control
- Software integration, debugging, and troubleshooting
- Software verification and testing
- Linux command-line environments
- Embedded software or firmware
- Software/hardware integration
- Reading and analyzing software logs and telemetry
- Proven ability to communicate technical information clearly across diverse technical teams
- Willingness to travel up to 25% depending on program needs
Preferred Qualifications
- Experience with embedded systems, avionics, robotics, autonomous systems, aerospace systems, or other software‑intensive physical systems
- Experience in developmental or operational test environments
- Hands-on troubleshooting experience in field or lab environments
- Experience reviewing source code or conducting merge request/code reviews
- Python experience developing data-processing or engineering analysis tools
- Experience working with government engineering teams or DoD programs
- Familiarity with DoD cybersecurity requirements and RMF processes
- AWS Certified Cloud Practitioner or equivalent cloud experience
- Strong analytical, technical, and communication skills
- Ability to manage multiple tasks in a fast-paced environment
- Ability to work independently and collaboratively within cross-functional teams
Ready to make an impact? Start your next career chapter with Leidos—apply today!
AMSOPP1
If you're looking for comfort, keep scrolling. At Leidos, we outthink, outbuild, and outpace the status quo — because the mission demands it. We're not hiring followers. We're recruiting the ones who disrupt, provoke, and refuse to fail. Step 10 is ancient history. We're already at step 30 — and moving faster than anyone else dares.
Original Posting:
October 9, 2026For U.S. Positions: While subject to change based on business needs, Leidos reasonably anticipates that this job requisition will remain open for at least 3 days with an anticipated close date of no earlier than 3 days after the original posting date as listed above.
Pay Range:
Pay Range $69,550.00 - $125,725.00The Leidos pay range for this job level is a general guideline only and not a guarantee of compensation or salary. Additional factors considered in extending an offer include (but are not limited to) responsibilities of the job, education, experience, knowledge, skills, and abilities, as well as internal equity, alignment with market data, applicable bargaining agreement (if any), or other law.
Sample Leidos interview questions
- 1
What are the key considerations when designing a highly available and consistent service registry?
system designmedium - 2
Buildings with an Ocean View Find all buildings that have an ocean view. Input: heights = [1,2,3,4] Output: [3] Explanation: Since the ocean is to the right, only the rightmost tallest building (index 3) is not blocked by any others.
codingmedium - 3
Merge K Sorted Linked Lists Merge K sorted linked lists. Input: lists = [[2,2,3],[1,5]] Output: [1,2,2,3,5] Explanation: Extracts the smallest current node iteratively using a priority queue to build a single merged and sorted linked list.
codingmedium - 4
Optimal Meeting Point Calculate the optimal meeting point for multiple people on a 2D grid. Input: grid = [[1,0],[0,1]] Output: 2 Explanation: The optimal meeting point is either (0,1) or (1,0), requiring exactly 1 step from each person resulting in a total distance of 2.
codingmedium - 5
Maximize the minimum distance between aggressive cows in stalls. Input: stalls = [0,4,3,7,10,9], cows = 3 Output: 4 Explanation: Placing the cows at positions 0, 4, and 10 yields a maximum possible minimum distance of 4 between any two cows.
codingmedium
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