ベーシック
Senior EmbeddedSoftware Engineer
投稿: 30.05.2026
閉鎖日: 14.07.2026
求人推薦状: 034fe3f03c6f9feb2f6128388d008577
求人情報
所在地
Luxembourg
会社
TechBiz Global GmbH
求人推薦状
034fe3f03c6f9feb2f6128388d008577
リストの種類
ベーシック
EUワークパーミットが必要です
いいえ
投稿
30.05.2026
閉鎖日
14.07.2026
職務内容
At TechBiz Global, we are providing recruitment service to our TOP clients from our portfolio. We are currently seeking a Senior EmbeddedSoftware Engineer to join one of our clients' teams. If you're looking for an exciting opportunity to grow in a innovative environment, this could be the perfect fit for you.ABOUT THE CLIENTOur client is an innovative aerospace technology company that is transforming system integration through AI-driven interoperability. Their core platform streamlines satellite integration workflows by enabling modular connectivity between payloads, components, and subsystems. It converts hardware specifications into digital twins and automatically generates, tests, and validates on-board middleware software that is both hardware- and OS-agnostic. This web-based collaborative tool supports mission-critical projects, allowing teams to efficiently model, test, and simulate data interfaces for satellites, spacecraft, and lunar landers.NOTE: this position requires working on-site and relocation to Luxembourg.JOB DESCRIPTION:As Senior Embedded Software Engineer, you will architect, implement, and maintain our hardware-agnostic and OS-agnostic on-board software framework. Your work in collaboration with the AI team will enable integration of any hardware into any bus in less than a day instead of months, ensuring robustness, safety, and performance across Linux and real-time operating systems.What You’ll Do1. Platform & Abstraction▪ Design and develop a hardware-agnostic HAL and middleware stack in C/C++, supporting ARM Cortex-A/R/M, RISC-V, etc.▪ Create OS-agnostic abstraction layers to target Linux (Yocto/Ubuntu) and RTOS (FreeRTOS, Zephyr, RTEMS) with minimal code divergence.2. Driver & Protocol Implementation▪ Implement and maintain bus-protocol drivers (I2C, SPI, UART) with multi-bus and multi-instance support for redundancy.▪ Define and adhere to clear software-to-hardware interface contracts (ICDs/datasheet-driven), ensuring consistent behavior across platforms.3. Architecture & Best Practices▪ Apply OOP principles in C++ and structured design in C to build modular, testable components.▪ Enforce MISRA C/C++ and CERT Secure Coding guidelines; integrate static analysis, code reviews, and Git-based CI pipelines.4. Automation & Testing▪ Develop Python scripts to automate configuration of the on-board software, automate build, flashing, and validation across multiple target boards.▪ Build and maintain hardware-in-the-loop and software-in-the-loop test frameworks to continuously test, validate, and verify the on-board software and platform compatibility.5. Collaboration & Mentorship▪ Collaborate with the Software Lead, AI Engineer and Backend team ▪ Mentor junior engineers, share knowledge on cross-platform strategies, and foster an iterative “try, learn, improve” culture.Required Qualifications1. Bachelor’s or Master’s in Electrical Engineering, Computer Engineering, Computer Science, or equivalent2. 5+ years of embedded software development, with emphasis on cross-platform or portable code3. Expert in C (99/11) and Modern C++ (11/14/17); solid understanding of OOP and procedural design4. Deep experience with I2C, SPI, UART (multi-bus, multi-device patterns)5. Proven ability to develop for both Linux (Yocto, Ubuntu) and RTOS (FreeRTOS, Zephyr, RTEMS)6. Python scripting for coding, build/test automation7. Familiarity with hardware debugging (JTAG/SWD, logic analyzers, oscilloscopes)8. Strong version control workflow (Git, GitFlow) and CI/CD integrationNice-to-Have1. Background in satellite or aerospace on-board computers (OBCs) and Flight Software Frameworks.2. Exposure to container-based CI for embedded builds (Docker)3. Knowledge of additional field buses (CAN/CAN-FD, MIL-STD, etc.)4. Experience with secure boot or firmware-update mechanisms5. Prior work on middleware or plugin frameworks
スキル
ABAP
adapt to changes in technological development plans
AJAX
Ajax Framework
analyse software specifications
Ansible
Apache Maven
Apache Tomcat
APL
ASP.NET
Assembly (computer programming)
blockchain openness
blockchain platforms
C
COBOL
CoffeeScript
collect customer feedback on applications
Common Lisp
computer programming
create flowchart diagram
cyber attack counter-measures
data visualisation software
debug software
defence standard procedures
define technical requirements
design user interface
develop automated migration methods
develop creative ideas
develop software prototype
do cloud refactoring
Drupal
Eclipse (integrated development environment software)
engineering principles
engineering processes
Erlang
Git
Groovy
Haskell
IBM WebSphere
ICT debugging tools
ICT security legislation
identify customer requirements
integrate system components
integrated development environment software
Internet of Things
interpret technical requirements
Java (computer programming)
JavaScript
JavaScript Framework
Jenkins (tools for software configuration management)
KDevelop
Laravel
Lisp
manage engineering project
Matlab
Microsoft Visual C++
migrate existing data
ML (computer programming)
MySQL
NoSQL
object-oriented modelling
Objective-C
OpenEdge Advanced Business Language
Oracle Application Development Framework
Pascal (computer programming)
perform scientific research
Perl
PHP
Project Management
Prolog (computer programming)
Puppet (tools for software configuration management)
Python (computer programming)
R
Ruby (computer programming)
Salt (tools for software configuration management)
SAP R3
SAS language
Scala
Scratch (computer programming)
screen reader
Smalltalk (computer programming)
smart contract
software anomalies
software frameworks
Spark
SQL
STAF
Swift (computer programming)
technical drawings
tools for software configuration management
Trading Software
TypeScript
use an application-specific interface
use automatic programming
use concurrent programming
use functional programming
use logic programming
use object-oriented programming
use query languages
use software design patterns
use software libraries
use technical drawing software
utilise computer-aided software engineering tools
utilise machine learning
VBScript
Visual Basic
Web Services
WordPress
World Wide Web Consortium standards
Xcode