Systems Integration Engineer Jobs in Florida
Systems Integration Engineer jobs in Florida are concentrated in Orlando, Tampa, and Miami, where defense contractors, aerospace manufacturers, and technology firms maintain deep engineering footprints. Lockheed Martin, Raytheon Technologies, and L3Harris all operate major Florida facilities and consistently hire for systems integration roles tied to avionics, command-and-control systems, and embedded hardware. Demand runs from associate-level positions through senior engineers leading complex multi-vendor programs. Find a role that fits below and apply directly.
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The Firmware Integration & Test Systems Engineer is a systems-focused engineer responsible for making sure the different software and firmware components of MilaY work correctly together. This is not primarily a firmware-development position and it is not a traditional QA role. The engineer builds the automated test infrastructure, simulators, diagnostic tools, and integration environments needed to test system behavior across component boundaries.
MilaY is composed of multiple independently developed systems, including the machine and its firmware, the mobile application, the relational backend, and the telemetry backend. The machine firmware is developed externally and communicates with ProWinch systems through defined interfaces. As the project grows to support additional firmware versions, hardware configurations, and ProWinch equipment platforms, manually verifying every combination becomes increasingly difficult and creates a substantial regression risk.
The primary responsibility of this engineer is to build a repeatable Software-in-the-Loop and Hardware-in-the-Loop testing capability. The goal is to allow firmware and other MilaY components to be exercised automatically under realistic operating conditions without requiring every test to be performed manually on a physical machine. The engineer would create firmware simulators, test harnesses, protocol tests, fault-injection capabilities, compatibility tests, and automated integration scenarios that can eventually run as part of the project's CI/CD pipelines.
A strong candidate will normally have experience spanning embedded software and software test infrastructure. Expected strengths include C/C++, Python automation, firmware debugging, automated integration testing, Software-in-the-Loop testing, binary protocol testing, Linux, fault injection, and CI/CD. Hardware-in-the-Loop testing, simulator development, CAN/CANopen, protocol analysis, and device communication testing are particularly valuable. MilaY-specific technologies such as BLE, MQTT, USB CDC, X.509/TLS, and industrial automation are additional advantages.
This engineer also serves an important cross-team integration function. When the mobile application, firmware, or backend behaves differently from the documented interface, the integration test environment should help determine where the incompatibility exists. Instead of relying on one team's implementation as the definition of correct behavior, tests can be built against the agreed protocol and system contracts.
The role becomes increasingly important as MilaY supports more hardware platforms and firmware versions. Without this capability, compatibility testing tends to depend on developers manually connecting applications to physical boards and reproducing specific conditions. That approach becomes slower and less reliable as the number of supported combinations increases. A dedicated integration test system provides repeatable regression testing, earlier detection of interface problems, controlled fault testing, and evidence that specific combinations of firmware and MilaY software have been validated.
In practical terms, this candidate represents the engineer who builds the infrastructure that allows ProWinch to answer questions such as:
- Does the new firmware still work with the current mobile application?
- Does the application behave correctly with older supported firmware?
- Does a firmware command conform to the documented binary protocol?
- What happens when packets are lost, corrupted, delayed, or rejected?
- Does the system recover correctly after a connection or firmware failure?
- Does telemetry generated by the firmware match the expected format and behavior?
- Can the same test scenario run against a simulator today and real hardware later?
- Which combinations of application, firmware, protocol, and hardware configuration have actually been tested?
The long-term objective is a testing environment where important system behaviors can be exercised automatically against simulated firmware during normal development and then validated against real boards through Hardware-in-the-Loop testing. This reduces dependence on manual integration testing and gives the project a scalable way to manage firmware compatibility as MilaY expands.
Requirements: English ( Fluent), written and spoken. Skills
Tier 1: Core
*
Embedded C/C++
- Python automation
- Automated integration testing
- Firmware debugging
- Software-in-the-Loop testing
- Test harness development
- Binary protocol testing
- Linux
- Fault injection
- CI/CD
Tier 2: Highly desirable
- Hardware-in-the-Loop
- Simulator development
- CAN/CANopen
- Protocol analysis
- Hardware/software debugging
- Docker/reproducible test environments
- Firmware compatibility testing
- Device communication testing
Tier 3: MilaY-specific advantages
- BLE
- MQTT
- USB CDC
- Azure DevOps
- X.509/TLS
- Industrial automation
- Hoists/cranes/motor controls
Tools and Technologies
Embedded development
- GCC/Clang, CMake, GDB
- J-Link, OpenOCD, or comparable JTAG/SWD tools
Testing and simulation
- pytest
- GoogleTest, Catch2, Unity/CMock, or similar
- Renode, QEMU, or comparable firmware simulation/emulation environments
Industrial and device communications
- CANoe / CANalyzer
- SocketCAN / virtual CAN
- Wireshark
- nRF Connect / BLE diagnostic tools
- Mosquitto / MQTT tooling
- USB/serial diagnostic tools
Hardware integration
- Logic analyzers
- Oscilloscopes
- CAN interfaces
- Programmable power and test equipment
Automation and infrastructure
- Docker / Docker Compose
- Azure DevOps Pipelines, Jenkins, GitHub Actions, or similar
- Git
- Linux development and diagnostic utilities
Work Location: In person
The Firmware Integration & Test Systems Engineer is a systems-focused engineer responsible for making sure the different software and firmware components of MilaY work correctly together. This is not primarily a firmware-development position and it is not a traditional QA role. The engineer builds the automated test infrastructure, simulators, diagnostic tools, and integration environments needed to test system behavior across component boundaries.
MilaY is composed of multiple independently developed systems, including the machine and its firmware, the mobile application, the relational backend, and the telemetry backend. The machine firmware is developed externally and communicates with ProWinch systems through defined interfaces. As the project grows to support additional firmware versions, hardware configurations, and ProWinch equipment platforms, manually verifying every combination becomes increasingly difficult and creates a substantial regression risk.
The primary responsibility of this engineer is to build a repeatable Software-in-the-Loop and Hardware-in-the-Loop testing capability. The goal is to allow firmware and other MilaY components to be exercised automatically under realistic operating conditions without requiring every test to be performed manually on a physical machine. The engineer would create firmware simulators, test harnesses, protocol tests, fault-injection capabilities, compatibility tests, and automated integration scenarios that can eventually run as part of the project's CI/CD pipelines.
A strong candidate will normally have experience spanning embedded software and software test infrastructure. Expected strengths include C/C++, Python automation, firmware debugging, automated integration testing, Software-in-the-Loop testing, binary protocol testing, Linux, fault injection, and CI/CD. Hardware-in-the-Loop testing, simulator development, CAN/CANopen, protocol analysis, and device communication testing are particularly valuable. MilaY-specific technologies such as BLE, MQTT, USB CDC, X.509/TLS, and industrial automation are additional advantages.
This engineer also serves an important cross-team integration function. When the mobile application, firmware, or backend behaves differently from the documented interface, the integration test environment should help determine where the incompatibility exists. Instead of relying on one team's implementation as the definition of correct behavior, tests can be built against the agreed protocol and system contracts.
The role becomes increasingly important as MilaY supports more hardware platforms and firmware versions. Without this capability, compatibility testing tends to depend on developers manually connecting applications to physical boards and reproducing specific conditions. That approach becomes slower and less reliable as the number of supported combinations increases. A dedicated integration test system provides repeatable regression testing, earlier detection of interface problems, controlled fault testing, and evidence that specific combinations of firmware and MilaY software have been validated.
In practical terms, this candidate represents the engineer who builds the infrastructure that allows ProWinch to answer questions such as:
- Does the new firmware still work with the current mobile application?
- Does the application behave correctly with older supported firmware?
- Does a firmware command conform to the documented binary protocol?
- What happens when packets are lost, corrupted, delayed, or rejected?
- Does the system recover correctly after a connection or firmware failure?
- Does telemetry generated by the firmware match the expected format and behavior?
- Can the same test scenario run against a simulator today and real hardware later?
- Which combinations of application, firmware, protocol, and hardware configuration have actually been tested?
The long-term objective is a testing environment where important system behaviors can be exercised automatically against simulated firmware during normal development and then validated against real boards through Hardware-in-the-Loop testing. This reduces dependence on manual integration testing and gives the project a scalable way to manage firmware compatibility as MilaY expands.
Requirements: English ( Fluent), written and spoken. Skills
Tier 1: Core
*
Embedded C/C++
- Python automation
- Automated integration testing
- Firmware debugging
- Software-in-the-Loop testing
- Test harness development
- Binary protocol testing
- Linux
- Fault injection
- CI/CD
Tier 2: Highly desirable
- Hardware-in-the-Loop
- Simulator development
- CAN/CANopen
- Protocol analysis
- Hardware/software debugging
- Docker/reproducible test environments
- Firmware compatibility testing
- Device communication testing
Tier 3: MilaY-specific advantages
- BLE
- MQTT
- USB CDC
- Azure DevOps
- X.509/TLS
- Industrial automation
- Hoists/cranes/motor controls
Tools and Technologies
Embedded development
- GCC/Clang, CMake, GDB
- J-Link, OpenOCD, or comparable JTAG/SWD tools
Testing and simulation
- pytest
- GoogleTest, Catch2, Unity/CMock, or similar
- Renode, QEMU, or comparable firmware simulation/emulation environments
Industrial and device communications
- CANoe / CANalyzer
- SocketCAN / virtual CAN
- Wireshark
- nRF Connect / BLE diagnostic tools
- Mosquitto / MQTT tooling
- USB/serial diagnostic tools
Hardware integration
- Logic analyzers
- Oscilloscopes
- CAN interfaces
- Programmable power and test equipment
Automation and infrastructure
- Docker / Docker Compose
- Azure DevOps Pipelines, Jenkins, GitHub Actions, or similar
- Git
- Linux development and diagnostic utilities
Work Location: In person
See All 30 Systems Integration Engineer Jobs in Florida
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Find JobsSystems Integration Engineer Jobs by City in Florida
Where Florida roles are concentrated, by current openings.
Systems Integration Engineer Job Market in Florida
A snapshot from current Florida openings, updated as new roles post.
Who's Hiring
What Florida Employers Look For
The qualifications that appear most often in systems integration engineer jobs across Florida.
- Bachelor's degree in electrical engineering, computer engineering, or systems engineering required
- Experience integrating hardware and software subsystems in defense, aerospace, or industrial environments
- Proficiency with systems engineering tools such as MATLAB, Simulink, or IBM DOORS
- Familiarity with MIL-STD or DO-178 standards for defense and aviation program work
- Active DoD security clearance or eligibility to obtain one preferred by Florida defense employers
- Strong documentation skills including interface control documents, test plans, and integration reports
Systems Integration Engineer Jobs in Florida: Frequently Asked Questions
How do you become a systems integration engineer in Florida?
Most Florida employers require a bachelor's degree in electrical engineering, systems engineering, computer engineering, or a closely related field. Florida does not require a state-issued license specifically for systems integration engineers, though roles with defense contractors often require a federal security clearance. Candidates targeting aerospace or defense work at Florida's major facilities benefit from familiarity with systems engineering processes and relevant certifications such as INCOSE's Certified Systems Engineering Professional credential.
Which companies hire systems integration engineers in Florida?
Companies currently hiring systems integration engineers in Florida include Lockheed Martin, Astrion, and L3Harris, per current listings on Migrate Mate as of November 2026. Florida's concentration of defense and aerospace primes, along with growing technology and simulation sectors, means openings appear across a wide range of program types and clearance levels.
Which Florida cities have the most systems integration engineer jobs?
Orlando, Eglin AFB, and Florida account for the most systems integration engineer openings in Florida. Orlando leads because of its dense cluster of defense contractors and simulation technology firms, while Tampa and Miami draw demand from naval systems work, commercial aviation, and enterprise technology integrators operating in the region.
Are there remote systems integration engineer jobs in Florida?
Yes, but they're limited. Systems integration engineering often requires hands-on lab work, hardware testing, and on-site coordination with multi-vendor teams, which restricts full-remote options. About 10% of systems integration engineer openings tied to Florida are remote or hybrid as of November 2026, and those positions tend to cover the systems architecture, documentation, and requirements management portions of the role rather than integration testing itself.
How can I get hired as a systems integration engineer in Florida with little or no experience?
The most realistic entry path is through a rotational engineering or new-graduate development program at one of Florida's large defense or aerospace employers, where early-career engineers rotate through integration, test, and systems teams before specializing. Companies like Lockheed Martin and L3Harris recruit directly from Florida universities for these programs. Lateral moves from adjacent roles such as test engineer, field service engineer, or technical support analyst are also common entry points, and pursuing INCOSE membership or completing a systems engineering fundamentals certificate strengthens a junior candidate's application.
Where can I find and apply to systems integration engineer jobs in Florida?
You can find and apply to systems integration engineer jobs in Florida on Migrate Mate, which lists current Florida openings across defense, aerospace, technology, and industrial sectors. Find roles that fit your experience level and location preference and apply directly to the positions that match.
See All 30 Systems Integration Engineer Jobs in Florida
Find roles in Florida that match your experience and apply in just a few clicks.
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