Embedded Robotics Software Engineer

Vanthal Technologies, Inc.; Annapolis (MD); On-site; USD 140,000 - 190,000; Full time

Benefits offered by this job

Three weeks of paid time off

Health, dental, and vision insurance

Paid maternity and paternity leave

Annual performance bonus

Job summary

Vanthal Technologies, Inc. is seeking an Embedded Robotics Software Engineer in Annapolis, Maryland for on-site development of the software layer that connects autonomy, mission systems, controllers, sensors, and aircraft.

You will build reliable interfaces, health monitoring, logging, and fault-recovery across multiple configurations while collaborating with hardware and test personnel. The role requires hands-on work with embedded computers, flight controllers, radios, and test equipment, and

Qualifications

• 5+ years of professional software-engineering, embedded-systems, robotics, or closely related experience
• 3+ years integrating software with robotics and hardware
• Strong C++ experience and Python proficiency
• Experience developing software for Linux-based embedded computers
• Experience with hardware interfaces (serial, USB, Ethernet, CAN)
• Experience with binary or structured communications protocols
• Experience with multithreaded, asynchronous, or real-time-adjacent software
• Ability to read hardware documentation and interface-control documents
• Experience with hardware-in-the-loop testing and live aircraft testing
• Experience using Git and collaborative software development practices

Responsibilities

• Develop software for Linux-based edge-compute systems
• Create vehicle interfaces for multiple unmanned-aircraft configurations
• Build hardware-abstraction layers isolating higher-level software from vehicle-specific interfaces
• Develop discovery and identification of connected vehicle hardware
• Integrate with Pixhawk-compatible flight controllers (ArduPilot / PX4)
• Develop MAVLink and MSP interfaces
• Implement local buffering and data pipelines for telemetry
• Develop software deployment and update mechanisms for edge computers
• Support laboratory and flight-test activities
• Document protocols, interfaces, and recovery behavior

Skills

C++

Python

Linux

Multithreading

Embedded software

Hardware interfaces

Git

ROS/ROS2

Education

Bachelor's degree in CS/CE/EE or related

Tools

Pixhawk/flight controllers

ArduPilot / PX4

Betaflight

MAVLink/MSP

ROS/ROS2

Git

NVIDIA Jetson / edge compute

Job description

Develop the embedded Linux software, vehicle interfaces, hardware abstractions, telemetry services, and fault-recovery systems connecting Vanthal autonomy software to unmanned aircraft.

Department Software

Location Annapolis, Maryland

Region United States

Job type Full-time

Work arrangement On-site

Base compensation $140,000–$190,000 per year

Eligible for an annual performance bonus based on team or department success.

ABOUT THE ROLE

Vanthal Technologies is seeking an Embedded Robotics Software Engineer to develop the software layer connecting autonomy, mission systems, communications hardware, edge computers, flight controllers, sensors, and physical unmanned aircraft.

This is a full-time, on-site position based at Vanthal’s operations in Annapolis, Maryland. The role includes software development, laboratory integration, bench testing, hardware-in-the-loop testing, and live aircraft testing.

The Embedded Robotics Software Engineer will build reliable interfaces for vehicle discovery, telemetry ingestion, command translation, device management, health monitoring, logging, software deployment, fault recovery, and hardware abstraction across multiple aircraft configurations.

This is a hands‑on robotics position. The successful candidate must be comfortable working directly with embedded computers, flight controllers, radios, serial interfaces, electrical systems, test equipment, and physical aircraft.

This is not primarily a web-development, machine-learning, computer-vision, information-technology, or flight-controller-control-law position.

RESPONSIBILITIES

• Develop software for Linux-based edge-compute systems
• Develop vehicle interfaces for multiple unmanned‑aircraft configurations
• Create hardware-abstraction layers that isolate higher-level software from vehicle-specific interfaces
• Develop automatic discovery and identification of connected vehicle hardware
• Integrate with Pixhawk-compatible flight controllers
• Integrate with ArduPilot and PX4-based systems
• Integrate with Betaflight-based systems where applicable
• Develop and maintain MAVLink interfaces
• Develop and maintain MSP interfaces where applicable
• Integrate serial, USB, Ethernet, and other hardware communications interfaces
• Ingest, validate, normalize, and distribute aircraft telemetry
• Develop command acknowledgement, timeout, retry, and failure-handling behavior
• Develop aircraft health‑monitoring services
• Monitor flight-controller, communications, compute, power, storage, thermal, sensor, and peripheral status
• Develop watchdogs, heartbeats, and process-supervision systems
• Develop deterministic startup, initialization, shutdown, and restart behavior
• Develop fault-detection and fault-recovery behavior
• Develop structured system logging and diagnostic tools
• Implement local buffering and store‑and‑forward behavior where appropriate
• Develop software‑deployment and update mechanisms for edge computers
• Support signed, versioned, and recoverable software releases where implemented
• Develop configuration‑management systems for multiple aircraft types
• Integrate radios, sensors, cameras, navigation devices, and other peripherals
• Support communications interfaces with mesh‑networking hardware
• Support video, telemetry, command, and mission‑data pipelines
• Develop bench‑test and hardware‑in‑the‑loop tools
• Build simulators, mocks, and interface test harnesses
• Create automated integration and regression tests
• Analyze logs, telemetry, timing, resource usage, and hardware behavior
• Diagnose software, electrical, communications, and integration faults
• Support aircraft bring‑up and new‑hardware integrationParticipate in code review and software‑quality practices
• Maintain clear interface, architecture, configuration, and deployment documentation
• Support laboratory, field, flight‑test, and demonstration activity
• Work directly with autonomy, perception, mission‑systems, networking, flight‑test, electrical, and aircraft personnel

REQUIRED QUALIFICATIONS

• At least five years of professional software‑engineering, embedded‑systems, firmware, robotics, or closely related experience
• At least three years of experience integrating software with robotics, vehicles, flight controllers, sensors, radios, industrial equipment, or comparable physical hardware
• Strong professional experience with modern C++
• Professional experience with Python
• Experience developing software for Linux‑based embedded computers
• Experience with serial, USB, Ethernet, CAN, or comparable hardware interfaces
• Experience implementing and debugging binary or structured communications protocols
• Experience developing multithreaded, asynchronous, event‑driven, or real‑time‑adjacent software
• Experience interacting with hardware devices from user‑space software
• Experience designing hardware‑abstraction layers or modular device interfaces
• Experience developing health monitoring, watchdogs, fault handling, or recovery systems
• Experience analyzing logs, telemetry, timing, resource use, and system behavior
• Experience using oscilloscopes, logic analyzers, multimeters, serial consoles, or comparable diagnostic tools
• Experience with Git and collaborative software‑development practices
• Experience writing automated unit, integration, or system tests
• Experience debugging problems that span software, hardware, power, networking, and configuration
• Strong understanding of software architecture, interfaces, state management, and failure modes
• Ability to read hardware documentation, interface‑control documents, and electrical diagrams
• Ability to document protocols, interfaces, configurations, and recovery behavior
• Ability to communicate technical problems clearly
• Ability to work directly with aircraft, hardware, and test personnel
• Willingness to participate in hands‑on laboratory and field testing
• Reliable attendance and professional follow‑through

PROGRAMMING LANGUAGE REQUIREMENTS

Modern C++ is required. Python experience is required. Experience with C is strongly preferred.

OPERATING‑SYSTEM REQUIREMENTS

Professional Linux development experience is required.

EDUCATION

A bachelor’s degree in computer science, computer engineering, electrical engineering, robotics, aerospace engineering, mechanical engineering, or a related technical field is preferred. Directly relevant embedded, robotics, and software‑engineering experience may be considered in place of a degree.

PREFERRED QUALIFICATIONS

• Seven or more years of professional embedded, robotics, firmware, or systems‑software experience
• Five or more years integrating software with physical robotic or vehicle systems
• Strong professional experience with C
• Experience with MAVLink
• Experience with MSP
• Experience with ArduPilot
• Experience with PX4
• Experience with Betaflight
• Experience with Pixhawk-compatible flight controllers
• Experience with ROS or ROS 2
• Experience with DroneCAN, UAVCAN, CAN, SPI, I2C, UART, or GPIO interfaces
• Experience with ARM‑based edge computers
• Experience with NVIDIA Jetson or comparable edge‑compute hardware
• Experience developing systemd services, containers, or embedded deployment systems
• Experience with cross‑compilation and reproducible builds
• Experience with Yocto, Buildroot, or comparable embedded‑Linux build systems
• Experience with signed software releases, secure boot, or rollback‑capable updates
• Experience with time synchronization and timestamped sensor data
• Experience with networking under intermittent or degraded communications
• Experience with mesh‑networking hardware
• Experience with video‑streaming or low‑latency media pipelines
• Experience with GStreamer or comparable media frameworks
• Experience with software‑in‑the‑loop or hardware‑in‑the‑loop testing
• Experience creating hardware test fixtures and automated integration tests
• Experience with unmanned aircraft, ground robots, maritime robots, industrial robots, or autonomous vehicles
• Experience integrating cameras, navigation sensors, communications equipment, or payloads
• Experience with real‑time operating systems
• Experience with FreeRTOS, Zephyr, NuttX, or comparable systems
• Experience with resource‑constrained systems
• Experience optimizing CPU, memory, storage, power, or thermal performance
• Experience supporting live robotic‑system testing
• Experience in a startup or rapidly developing hardware organization
• Military UAS, aviation, robotics, communications, or embedded‑systems experience

WORKING CONDITIONS

This position includes software development, laboratory integration, bench testing, and field testing with physical unmanned‑aircraft systems.

BENEFITS

• Three weeks of paid time off per year
• Health, dental, and vision insurance
• Paid maternity and paternity leave
• Eligibility for an annual performance bonus based on team or department success