Grundlæggende
Software Engineer - Various Locations
Opslået: 20.05.2026
Afslutningsdato: 04.07.2026
Jobreference: 8cd4314afa793352485ba50c85404d17
Jobinformation
Beliggenhed
Netherlands
Selskab
Bitrecruit
Klient / Arbejdsgiver
Occupop
Jobreference
8cd4314afa793352485ba50c85404d17
Listetype
Grundlæggende
EU-arbejdstilladelse kræves
Nej
Opslået
20.05.2026
Afslutningsdato
04.07.2026
Jobbeskrivelse
Do you have experience in industrial automation and motion control, and are you looking to take the next step in developing and optimising high-speed packaging machines?Do you enjoy working closely with a multidisciplinary engineering team on customer-specific solutions? And does supporting machine commissioning-both remotely and on customer sites-energise you?Are you based within a reasonable commuting distance of any of the sites listed below?Raamsdonksveer, NetherlandsWijchen, NetherlandsNewburyport, MassachusettsMississauga, OntarioTadcaster, UKCluj-Napoca, RomaniaKuala Lumpur, MalaysiaWhat You'll DoAs a Software Engineer, you will design, develop, improve, and test the control systems of our highspeed packaging machines. You'll work on complex motion applications and contribute to both new machine concepts and enhancements of existing platforms. Your ideas and insights matter, you'll actively help shape technical decisions and innovation.You'll collaborate with mechanical, electrical, and project engineering colleagues to ensure smart, highquality, and reliable machine solutions.Your ResponsibilitiesDevelop, optimise, and maintain PLC and motion control software for highspeed packaging machinesConfigure and implement Mpac HMI solutionsTest software during workshop build and machine validationConduct IO tests, functional tests, and support FATsSupport commissioning and machine start-ups at customer sites (national & international; max. 30% travel)Analyse technical issues and translate them into practical software solutionsContribute to standardization and improvement of software librariesIdentify opportunities to enhance machine performance and reliability
Færdigheder
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