Uygulama mühendisi
Bu meslek hakkında
Applicatie-ingenieurs houden zich bezig met de technische eisen, het beheer en het ontwerp voor de ontwikkeling van diverse technische toepassingen, zoals systemen, nieuwe productontwerpen of verbeteringen van processen. Zij zijn verantwoordelijk voor de uitvoering van een ontwerp- of procesverbetering, bieden technische ondersteuning voor producten, beantwoorden vragen over de technische functionaliteit en staan het verkoopteam bij.
Temel beceriler
define technical requirements
interpret technical requirements
manage engineering project
perform scientific research
use an application-specific interface
use technical drawing software
Gerekli bilgi
engineering principles
engineering processes
project management
technical drawings
Ek beceriler
adapt to changes in technological development plans
adapt to new design materials
adjust engineering designs
administer multi-modal logistics
advise on equipment maintenance
advise on machinery malfunctions
advise on safety improvements
analyse logistic changes
analyse production processes for improvement
analyse software specifications
analyse stress resistance of materials
analyse stress resistance of products
analyse supply chain strategies
analyse supply chain trends
analyse test data
apply advanced manufacturing
apply grammar and spelling rules
apply health and safety standards
apply safety procedures in laboratory
apply statistical analysis techniques
archive documentation related to work
assess financial viability
assess supplier risks
assist scientific research
build a product's physical model
build business relationships
carry out inventory planning
carry out tendering
collaborate with designers
collect customer feedback on applications
collect samples for analysis
communicate regulations
compare contractors' bids
conduct experiments on animals
conduct ICT code review
conduct performance tests
conduct quality control analysis
conduct research on trends in design
conduct search engine optimisation
consult with design team
consult with technical staff
control production
create a product's virtual model
create flowchart diagram
create manufacturing guidelines
create technical plans
debug software
define quality standards
design electromechanical systems
design prototypes
design user interface
determine suitability of materials
develop automated migration methods
develop code exploits
develop creative ideas
develop food scanner devices
develop licensing agreements
develop software prototype
develop test procedures
develop translation memory software
draft design specifications
draw design sketches
ensure compliance with legal requirements
ensure compliance with purchasing and contracting regulations
ensure cross-department cooperation
ensure equipment availability
estimate duration of work
evaluate translation technologies
execute analytical mathematical calculations
execute feasibility study
follow translation quality standards
gather experimental data
handle customer complaints
identify customer requirements
identify customer's needs
identify suppliers
implement efficiency plans for logistics operations
inspect industrial equipment
install machinery
integrate system components
interpret circuit diagrams
issue sales invoices
keep up with digital transformation of industrial processes
label samples
liaise with engineers
maintain contract administration
maintain equipment
maintain logistics databases
maintain test equipment
manage budgets
manage contract disputes
manage contracts
manage distribution channels
manage ICT semantic integration
manage localisation
manage logistics
manage product testing
manage sub-contract labour
manage tender processes
manage warehouse operations
manage warehouse organisation
meet contract specifications
meet deadlines
migrate existing data
perform contract compliance audits
perform laboratory tests
perform project management
perform test run
prepare production prototypes
present artistic design proposals
process customer orders
read engineering drawings
record test data
run laboratory simulations
speak different languages
supervise work on design planning
train employees
train staff about product features
translate language concepts
troubleshoot
update language skills
use automatic programming
use CAD software
use computer-aided translation
use concurrent programming
use dictionaries
use functional programming
use logic programming
use methods of logistical data analysis
use non-destructive testing equipment
use object-oriented programming
use software design patterns
use software libraries
use testing equipment
use translation memory software
utilise computer-aided software engineering tools
utilise machine learning
write manuals
write specifications
ABAP
advanced materials
AJAX
algorithms
Ansible
Apache Maven
APL
ASP.NET
Assembly (computer programming)
C#
C++
CAD software
CAE software
COBOL
CoffeeScript
cognitive psychology
Common Lisp
computational linguistics
computer engineering
computer programming
computer science
construction industry
contract law
cost management
defence standard procedures
design principles
Eclipse (integrated development environment software)
electrical engineering
electromechanics
electronics
environmental engineering
Erlang
grammar
green logistics
Groovy
Haskell
human-robot collaboration
ICT debugging tools
ICT security legislation
industrial engineering
information architecture
information structure
integrated development environment software
Internet of Things
Java (computer programming)
JavaScript
Jenkins (tools for software configuration management)
KDevelop
laboratory techniques
labour legislation
linguistics
Lisp
logistics
machine translation
manufacturing processes
mathematics
MATLAB
mechanical engineering
mechatronics
Microsoft Visual C++
ML (computer programming)
model based system engineering
modern languages
natural language processing
object-oriented modelling
Objective-C
OpenEdge Advanced Business Language
Pascal (computer programming)
Perl
PHP
physics
precision engineering
precision mechanics
principles of artificial intelligence
probability theory
product data management
product packaging requirements
production processes
Prolog (computer programming)
Puppet (tools for software configuration management)
Python (computer programming)
quality standards
R
robotic components
robotics
Ruby (computer programming)
Salt (tools for software configuration management)
SAP R3
SAS language
Scala
scientific research methodology
Scratch (computer programming)
semantics
Smalltalk (computer programming)
software anomalies
speech recognition
STAF
supply chain management
Swift (computer programming)
task algorithmisation
tax legislation
terminology
tools for software configuration management
transcreation
transportation engineering
TypeScript
Vagrant
VBScript
Visual Basic
warehouse operations
World Wide Web Consortium standards
Xcode
Ayrıca şu adlarla bilinir
ingenieur systeemontwikkeling
ingenieur informaticaontwikkeling
ingenieur applicatieontwikkeling
software-ingenieur
ingenieur informaticatoepassingen
ingenieur IT-applicaties
Maaş
€4.000 – €6.700
brüt aylık
Medyan: €5.200
Kaynak: CBS (2024)
Gerekli eğitim
WO