As an Industrial Mobile Devices Software Developer, you will need to master following:

• ICT debugging tools
• Internet of Things
• analyse software specifications
• debug software
• design application interfaces
• develop software prototype
• embedded systems
• integrated development environment software
• interpret technical texts
• mobile operating systems
• tools for software configuration management
• use an application-specific interface
• use software design patterns
• use software libraries
• utilise computer-aided software engineering tools

More generally, an industrial mobile devices software developer is also versed in:

• computer programming
• create flowchart diagram
• industrial software
• provide technical documentation
• use different communication channels

It also helps to know the following:

• ABAP
• AJAX
• APL
• ASP.NET
• Android (mobile operating systems)
• Ansible
• Apache Maven
• Assembly (computer programming)
• BlackBerry
• C#
• C++
• COBOL
• CoffeeScript
• Common Lisp
• Eclipse (integrated development environment software)
• Erlang
• Groovy
• Haskell
• ICT security legislation
• Java (computer programming)
• JavaScript
• Jenkins (tools for software configuration management)
• KDevelop
• Lisp
• MATLAB
• ML (computer programming)
• Microsoft Visual C++
• Objective-C
• OpenEdge Advanced Business Language
• PHP
• Pascal (computer programming)
• Perl
• Prolog (computer programming)
• Puppet (tools for software configuration management)
• Python (computer programming)
• R
• Ruby (computer programming)
• SAP R3
• SAS language
• STAF
• Salt (tools for software configuration management)
• Scala
• Scratch (computer programming)
• Smalltalk (computer programming)
• Swift (computer programming)
• TypeScript
• VBScript
• Visual Studio .NET
• Windows Phone
• Xcode
• adapt to changes in technological development plans
• design user interface
• iOS
• integrate system components
• migrate existing data
• mobile device software frameworks
• object-oriented modelling
• software anomalies
• use automatic programming
• use concurrent programming
• use functional programming
• use logic programming
• use object-oriented programming
• World Wide Web Consortium standards
• collect customer feedback on applications
• develop creative ideas
• identify customer requirements
• use word processing software