Tech stack
Software Applications
C Sharp (Programming Language)
C++
Clinical Data Repository
Code Coverage
Data Structures
Dicom
Object-Oriented Software Development
Software Engineering
TypeScript
Fast Healthcare Interoperability Resources
Information Technology
Health Level Seven International
Web Technologies
Job description
It clearly needs top software developers to take it up with this challenging and responsible task, which is why we are establishing a dedicated new team of passionate software engineers for maintaining and evolving our base infrastructure applications.
So, if you bring significant experience in software development, a clear opinion of how professional and state-of-the-art software development should look like, plus an urge to move things forward, this might be the challenge that you have been waiting for.
In this position, you will
- be part of powerful agile team of software engineers
- dive deep into the existing infrastructure applications and their architecture
- maintain and modernize them to make sure they stay state-of-the-art
- ensure high-quality software by adequate software design, data structures and good code test coverage
- closely work together with software engineers of the clinical end-applications and related architects
- provide modern and comprehensive documentation
- share knowledge and provide technical guidance to your colleagues in- and outside of the team
- contribute to our success with your creative ideas and your independent and self-responsible way of working
Requirements
Do you have experience in TypeScript?, * passion for innovative high-tech products and for technological advancement
- excellent communication, collaboration and documentation skills (fluent in English)
- professional experience in software development
- degree in computer science, information technology or related discipline
- 2+ years professional experience in object-oriented software development (preferably C++, C# and/or Typescript plus modern Web technologies)
- profound understanding of concepts and trends in computer software and technology
- ability to quickly grasp new contexts and get familiar with new tools
- well-organized and clearly structured, agile working style
- open mind-set, finding creative solutions for challenges on a daily basis and willing to collaboratively define and improve the software code base at Brainlab
- hands-on mentality
- ideally experience with clinical data formats and protocols like FHIR, DICOM and/or HL7
About the company
At the forefront of health technology for over 35 years, Munich-based Brainlab digitizes medical workflows, from diagnosis to therapy, to offer clinicians and patients better treatment possibilities. Our innovative digital ecosystem forms the basis for modern healthcare technology in 4000 hospitals in 120 countries.
Our key to success is our creative, talented and hard-working team, which consists of around 2000 dedicated and inspiring individuals in 25 locations worldwide. To succeed in reaching our targets, we are seeking committed colleagues who can stand behind our core values curious, authentic and useful., Brainlab has been and keeps innovating significantly in the areas of surgery, radiation therapy, and digitalization of healthcare by developing software and hardware technology to help healthcare providers, physicians and their patients fight cancer and other conditions of the brain and body.
In recent years, there has been a tremendous increase in the volume and complexity of data acquired throughout the patient diagnosis and treatment process. New emerging technologies such as cloud computing, big data analysis, augmented and mixed reality as well as robotic assistance are gaining significance also in the medical field.
At Brainlab, our many clinical applications are expected to become more and more anticipative and intelligent by understanding and evaluating all kinds of information surrounding the patient and its clinical journey. Therefore, there is a clear need for a scalable, performant, feature-rich, stable and robust base infrastructure which the clinical applications can build upon.
As we don't want to reinvent the wheel for each and every application, we constantly evolve a set of base infrastructure applications. One can easily imagine that such a foundation on the one hand needs to be rock-solid and stable so that applications on top don't build on sand, and on the other hand be very flexible and constantly be evolved to stay up-to-date with current challenges and technologies.