Careers

In this role, you have the opportunity to make life better:

The Senior Reliability Engineer will provide reliability input/analysis as an important part of a multi-disciplined product development team helping to bring leading edge medical ultrasound products to market and improving healthcare worldwide.

You are responsible for:

• Contributing as a key member of new product development teams to ensure the reliability of new and modified transducer products.
• Responsible for guiding the new product development and sustaining change teams to meet product reliability goals.
• Participates in the development of design specifications and verification test plans and reports.
• Responsible for developing Reliability Plans for each development project, creating Reliability Growth Test Plans and Reports and tracking initial field reliability metrics. 
• Provides input to a risk management plan that will anticipate reliability-related and non-reliability-related risks that could adversely affect field reliability. 
• Facilitate DFMEA and Safety Risk analysis. 
• Works with the Transducer Service Repair function to understand and track field failure modes, determine root cause of failure and coordinates the development of engineering solutions to repetitive failures and other problems that adversely affect product reliability and the customer experience.
• Structured Problem-solving techniques: Fault Tree, 5 Why, Problem/solution Definition, Weibull analysis
• Data analysis techniques: Statistical Process Control (SPC), Root Cause Analysis (RCA), Reliability Modeling/Prediction

You are part of:

Our talented, industry leading Ultrasound Transducer R&D team, which is responsible for the complete product development life cycle, working cross-functionally with each of the Business Segments- Cardiology, General Imaging, Value Segment, Ultra Mobile, and Service, Supply Chain, Procurement, Finance, Regulatory, and Business Development. Engineers work with a focus on total customer solutions across a wide range of clinical applications, a diverse set of geographies, and a full range of price-performance levels for Ultrasound Systems.  

To succeed in this role, you’ll need a customer-first attitude and the following:

• Minimum of a BS in: Mechanical, Electrical, Reliability, Industrial, Systems, Quality or other related Engineering disciplines
• Minimum 3+years’ experience in Reliability engineering, test and analysis
• ASQ Certified Reliability or Quality Engineering Certification a Plus
• Experience in: HALT, HASS, SPC, MTBF, DFMEA, Root Cause/Failure Analysis, Weibull
• Experience in a Regulated product development environment- Medical Device (preferred), Aerospace, Consumer, DOD, Automotive, etc…
• Structured Problem-solving techniques: Fault Tree, 5 Why, Problem/solution Definition, Weibull analysis
• Data analysis techniques: Statistical Process Control (SPC), Root Cause Analysis (RCA), Reliability Modeling/Prediction

In this role, you have the opportunity to

Work with connected devices, applications and services.

You are responsible for

• Ensuring that end-to-end solution complies with best practices and security standards
• Defining and implementing security and software/hardware life cycle updates and strategies
• Assessing, designing, and deploying network and perimeter security
• Identifying potential threats and attacks to the IoT services and products and define mitigation plans
• Collaborating with other teams of engineers, developers, architects and security specialists across various projects and stages in the project lifecycle
• Support proof of concepts for new technologies and solutions

You are a part of

The physiological measurement team. This team will be responsible for the transformation and innovating in the market specializing on connectivity and software solutions. As we value diversity, we have a multi-functional and diverse team, with different points of view, different ways of thinking, new capabilities to strengthen and improve the digital strategy for our customers.

To succeed in this role, you should have the following skills and experience

• Working knowledge of delivering secure IoT products and services globally using modern technologies
• In-depth understanding of AWS solutions and security best practices
• Experience in working in agile surrounding
• Industry certification and/or relevant vendor certification is an advantage
• A university degree in computer science or equivalent 
• Excellent command of written and spoken English
• Independent and goal-driven personality

In this role, you have the opportunity to:

Make an impact on the future of image guided therapy together with a fast-moving, creative, and multi-functional team.  You will define, coordinate, and drive research activities in the area of novel interventional therapy devices with a customer-centric approach that combines cutting-edge technologies into a clinical solution. 

You are responsible for:

• Identifying new opportunities for improving image-guided therapy by creating novel interventional devices and new uses of existing interventional therapies in combination with interventional imaging.
• Designing, implementing, and testing prototypes in a hands-on laboratory environment.
• Identifying, ranking, and mitigating technical and non-technical risks.
• Leading performance analysis studies and safety testing for early feasibility prototypes.
• Translating benchtop prototypes into pre-clinical and clinical use and interacting with clinicians to further develop prototypes.
• Conducting studies, publishing peer-reviewed manuscripts, creating intellectual property, authoring technical reports, and contributing to value proposition creation.

To succeed in this role, you’ll need a customer-first attitude and the following

• MS in Mechanical, Biomedical, or Electrical Engineering, or a related field; PhD preferred
• Minimum of 5 years experience in the medical device field working on novel research activities or new product development
• Extensive experience in the design, prototyping, and development of endovascular medical devices (e.g. catheter-based devices, angioplasty balloons, stents, atherectomy, thrombectomy, intravascular ultrasound, pressure wires)
• Experience with material selection, knowledgeable of material sciences and processes (i.e. injection molding, extrusion); rapid prototyping techniques
• Knowledge in the area of minimally invasive solutions for cardiology, interventional radiology, or vascular surgery, with a focus on cardiovascular catheterization procedures.
• Experience with translational research and working with clinical partners to translate customer needs to design requirements.
• Experience in developing test methods and protocols, conducting hands-on testing (in vitro and in vivo environments), analyzing data, presenting scientific results through technical reports and publications
• Self-motivated, team-oriented professional with excellent interpersonal and communication skills that can work in a multi-functional and international team

You will be responsible for

• End to end product development from Advanced Development (AD) stage, Product development, Launch and Maintenance (PDLM) for domestic appliances.
• Develop an electronics hardware including requirement definition, design, implementation, testing, and documentation.
• Create products according to the specifications and electronics hardware development process.
• Create engineering documentation to comply with product development policies, practices and procedures.

To succeed in this role, you should have the following skills and experience

• Bachelor degree or Master in Electrical & Electronic Engineering or equivalent with minimum of 5 years working experience in electronics appliance development.
• Able to translate design requirement to schematics design, PCBA layout, component specification and selection.
• Proficient in Altium Designer (preferred) or other electronics design CAD tools.
• Able to conduct test & verify design against requirements, including EMC test.
• Able to apply DFSS method in design, and able to perform FMEA, de-rating and tolerance analysis for electrical design.
• Experiences in wireless communication (Wifi & BLE) protocol, IoT (internet of thing) and embedded firmware programming would be added advantage.
• Experiences in designing hand-held devices with rechargeable batteries would be added advantage.
• Strong analytical mindset and problem-solving skill.
• Good communication skills (both verbal and written).
• Ability to work independently or in a team, positive attitude and willing to learn.

You are responsible for 

• Interacting with clinicians to assess patient and respiratory care provider needs
• Proposing, designing, implementing, testing and validating mechanical ventilation related algorithms and systems and computer simulations thereof
• Leading and providing vision for a team of scientists
• Creating intellectual property
• Writing scientific publications and presenting at scientific conferences
• Writing technical documentation

To succeed in this role, you should have the following skills and experience 

• Ph.D. in Mechanical or Biomedical Engineering or related field
• 5+ years of related job experience beyond education
• Demonstrated skills and experience with Mechanical Engineering and Respiratory physiology
• Must understand the fundamentals of mechanical ventilators and hospital respiratory care
• Self-motivated and skillful in problem-solving
• Excited about hands-on design of experimentation with hardware and software
• Developing, testing, and using experimental physical setups (including data acquisition), computer simulations in Matlab/Simulink, and software applications in Python
• Modeling, simulating, and analyzing (e.g. physiological) systems
• Basic software engineering techniques (version control, …)
• Leading a team of scientists
• Creating intellectual property, creating research proposals, publishing scientific papers, and grant writing
• Working with multidisciplinary, cross-cultural teams