基础
E-Bike Software Developer - Motor Functions
发布: 18.05.2026
交割日期: 02.07.2026
职位推荐: 889cce47077a86991ee9f522cd267489
职位信息
位置
Cham, Canton of Zug, Switzerland
公司
TN Switzerland
客户/雇主
Specialized Europe GmbH
职位推荐
889cce47077a86991ee9f522cd267489
列表类型
基础
需要欧盟工作许可
不
发布
18.05.2026
交割日期
02.07.2026
职位描述
E-Bike Software Developer - Motor FunctionsE-Bike Software Developer - Motor Functions (m/f/d) | 100% | Cham, SwitzerlandJob SummaryTo strengthen our eBike development team in Cham, Switzerland, we are seeking a E-Bike Software Developer - Motor Functions to commence immediately or by agreement.In this role, you will be responsible for the design, development, and validation of motor related application and functions that define system behavior and rider experience. The position focuses on application logic, functional behavior, and system interaction rather than low level motor control algorithm development.You will apply deep software expertise combined with strong physical system understanding to create robust, well validated motor functions across bench, system, and bike level.Internally, you will work closely with Ride Control, System Engineering, Software and Quality teams. Externally, you will have a chance to collaborate with motor suppliers on application and integration topics.How You’ll Make a Difference Motor Functions DevelopmentDevelop and own motor application functions (assist and torque behaviour, functional limits and protections, derating and thermal strategies, system dependent motor behaviour, determining and setting right gear, etc.)Translate rider experience goals and system requirements into clear, testable functionsOwn motor functions across the full development lifecycle (concept → implementation → calibration → validation) Advanced Modeling, SimulationAnalyze system and motor behavior to design and validate robust functionsUse data from testing to evaluate interactions, limits, and improvements Application-Level Software DevelopmentDevelop and implement motor functionsWork confidently and independently in C, C++, knowledge of Zephyr OS is a plusDebug multi‑layer behaviour across software, hardware, and system boundaries Testing, Validation & Field SupportHelp to define and execute application-level test cases for motor functionsSupport bench, system, and bike-level testing activitiesAnalyse issues using data-driven methods and physical system understanding Cross Functional & Supplier CollaborationAct as a technical expert for motor application and function topicsAlign functional behaviours within mechanical, electrical, and system constraintsContinuously improve development, validation, and release processesGo out, ride, observe system behaviour, and feed insights back into developmentWhat You’ll Need to Win Education & ExperienceBachelor’s, Master’s degree in Mechatronics, Electrical Engineering, Mechanical Engineering, Systems Engineering, or similar3+ years of relevant experience in application development, system functions, or embedded systems (seniority implied by tool expectations) Required Technical ExpertiseExpert level proficiency in: Python, MATLAB, Simulink, CExperience with modern programming languages such as: C++17 and up, Rust, Zigknowledge of Zephyr OS is a plusStrong understanding of physical systems and their behaviourProven experience developing application-level embedded softwareConfident handling of:CAN communication, protocols, and diagnostic toolsGit version controldebugging across system boundariesStrong system thinker with a structured, analytical mindsetComfortable bridging physical behavior, software logic, and real-world testingAble to work independently on complex topics and drive them to completionClear and effective communicator in cross functional, international teams Language & MobilityExcellent English skills (written and spoken), German is a plusWillingness to travel occasionally (approx. 10%)Nice to HavesExperience with eBike, automotive, or electrified drive systemsExperience supporting products into series productionFamiliarity with system identification or model-based development (Control theory)Passion for cycling
技能
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