Electrical Design Engineer

As an Electrical Design Engineer at Katalyst Healthcares & Life Sciences, you will be responsible for designing advanced electrical circuitry for our Premium CT Hardware. Key duties include driving operational excellence, conducting feasibility and cost-benefit analyses, and developing prototypes. You'll also capture electrical design schematics using ECAD systems, approve layouts, and innovate designs that meet performance, reliability, and manufacturability standards.

To qualify for the Electrical Design Engineer position at Katalyst Healthcares & Life Sciences, candidates must hold a Master's or Ph.D. in Electrical Engineering or a Bachelor's degree with a minimum of 5 years of industry experience in circuit design. Proficiency in standard schematic practices, electronics modeling, and a solid understanding of both analog and digital circuit board design are also essential.

Ideal candidates for the Electrical Design Engineer role at Katalyst Healthcares & Life Sciences should possess strong communication skills, both written and verbal, to effectively document and plan projects. Additionally, multitasking abilities are crucial, as you will handle various projects within the electrical team. Proficiency in integrated circuit design, control system design, and familiarity with digital electronics are key skills that will help you excel in this role.

At Katalyst Healthcares & Life Sciences, Electrical Design Engineers will engage in projects focused on developing innovative products for clinical trials, specifically in the realm of drugs, biologics, and medical devices. From the initial design phase through to performance testing and final documentation, the projects will require a comprehensive approach to teamwork and engineering excellence.

The work environment for an Electrical Design Engineer at Katalyst Healthcares & Life Sciences is collaborative and dynamic, encouraging innovation and knowledge exchange among team members. You will work alongside professionals from various disciplines, creating a diverse atmosphere that promotes creative problem-solving and advancement in healthcare technology.

When asked about circuit design experience, it’s critical to highlight specific projects you have worked on. Outline the complexity of the circuits you’ve designed and how your contributions enhanced performance or reliability. Be sure to discuss the tools you used, such as ECAD systems, and the techniques applied to overcome challenges.

To ensure operational excellence, employ a structured approach to project management. Discuss methods you use for feasibility analysis and cost-benefit analysis. Be specific about how you prioritize tasks, manage resources, and drive projects from inception to closure.

When developing a new prototype, consider functionality, reliability, manufacturability, and cost. Explain your systematic process for iterating designs based on performance testing results, and how you incorporate feedback into subsequent revisions.

Select a relevant example that illustrates your problem-solving skills. Detail the specific challenge, your thought process in addressing it, and the ultimate outcome. Focus on how you utilized teamwork and engineering principles to find a solution.

List specific tools and software you have experience with, especially ECAD systems or any simulation tools relevant to circuit design. Elaborate on how your proficiency in these tools has contributed to the success of your projects.

Staying current in electrical engineering is vital. Share specific journals, websites, or conferences you follow. Discuss any professional organizations you are a member of and how you leverage these resources to enhance your knowledge.

Emphasize the importance of time management and quality control in your workflow. Describe techniques you employ to balance high quality with tight deadlines, such as systematic checks throughout the design process and employing agile methodology.

A successful design is one that meets all specifications for functionality, performance, and cost-effectiveness. Discuss the importance of meeting user needs and the iterative process of design and testing that ensures reliability and manufacturability.

Highlight your collaborative approach, mentioning how you encourage open communication and shared vision among team members. Provide examples of how you have facilitated discussions or resolved conflicts in a team setting.

Provide a few examples of innovative ideas you’ve introduced in past positions. Focus on how these innovations improved processes or products, and ensure you detail the impact they had on project outcomes or client satisfaction.