Description:Agilent inspires and supports discoveries that advance the quality of life. We provide life science, diagnostic and applied market laboratories worldwide with instruments, services, consumables, applications and expertise.

Agilent enables customers to gain the answers and insights they seek so they can do what they do best:
improve the world around us. Information about Agilent is available at

Agilent's Diagnostics and Genomics Group (DGG) Engineering team is a global group focused on development of automated workflow solutions (both clinical and RUO). The Santa Clara team is focused on automation, including liquid and sample handling.

This is an opportunity to join an enthusiastic and dynamic team and work closely with a cross functional array of technical and application experts, stake holders, manufacturing, and service teams.



Position Description and Responsibilities:

This will be an exciting role, with opportunities for significant impact.You will be responsible for leading the system-level electrical architecture design for new, complex instrument platforms.In some cases, you will also create and implement low-level solutions, and in other cases, you will team up with other Agilent teams around the world.You are an engaged leader with extensive knowledge about system design, PCBA circuit design, motion control, power management, and EMI compliance.You are sharp, driven, and independent.You have a demonstrable track record of successful project implementations.

You are successful with collaborative teamwork across organizations, cultures, geographies, and disciplines.Ideally, you have experience developing medical devices in accordance with FDA regulations.




Responsible for providing technical leadership and robust, cost effective electrical engineering design solutions for highly automated, complex clinical lab instrumentation products.
Responsible for complete, top-to-bottom electrical solutions, from system-level architectural concept generation and evaluation to detailed module design and documentation.
Works closely with the mechanical, firmware, and software architects to reduce broad instrument requirements into structured concepts; includes component research, high level concept modeling, and identification of low level specifications needed to achieve functional requirements.
Responsible for detailed control circuit designs, PCB layout designs, FPGA programming, noise management, power supply, communication infrastructure, component selection, and complete documentation.


Designs and analyzes circuits involving, but not limited to:
filtering, signal conditioning, integration of sensors, motors, and microcontrollers, interfaces with and conversion between analog and digital signal domains, and interfaces between electrical subsystems.
Owns product designs through all phases of the product life cycle, from concept feasibility, through design and test, to effective transfer to manufacturing, and support for field and manufacturing escalations.
Responsible for documentation, per FDA regulations for developing diagnostic products, including requirements, design input specifications, risk assessments, design intent, theory of operations, design reviews, technical analysis supporting critical design decisions and component selections, test plans for verifying the design, test reports, cost analysis, power budget analysis, block diagrams, circuit schematics, PCB layouts, PCA BOMs, cable drawings, and manufacturing instructions.
Closely communicates with and manages electrical CAD resources in development of schematics and PCB layout designs and documentation; may directly enter schematics and create PCB layouts.


Hands-on in the lab, including, but not limited to:
bread board prototyping, PCA first article inspection, design verification testing, and troubleshooting.
Considers and documents multiple solution options, showing why the selected option best meets product and module requirements.
Collaborates with cross functional disciplines, including mechanical, firmware, and software design engineers, applications scientists, technicians, manufacturing and field service/support engineers, marketing, quality, and QA, within and across company divisions.
Serves as an escalation point for complex issues and uses wide-ranging experience to apply broad concepts and theories to achieve innovative and effective solutions.
Contributes to development of new theories and methods, uses advanced approaches and concepts where information is seldom available, proactively shares progress and solicits ideas, and communicates vision and strategy.
Assesses technical risks, distinguishes between major factors and noise, identifies and communicates trade-offs, proposes priorities as well as strategic and tactical plans, and owns execution of tasks, on time, to meet project milestones.


Description:
Agilent inspires and supports discoveries that advance the quality of life. We provide life science, diagnostic and applied market laboratories worldwide with instruments, services, consumables, applications and expertise.

Agilent enables customers to gain the answers and insights they seek so they can do what they do best:
improve the world around us. Information about Agilent is available at

Agilent's Diagnostics and Genomics Group (DGG) Engineering team is a global group focused on development of automated workflow solutions (both clinical and RUO). The Santa Clara team is focused on automation, including liquid and sample handling.

This is an opportunity to join an enthusiastic and dynamic team and work closely with a cross functional array of technical and application experts, stake holders, manufacturing, and service teams.



Position Description and Responsibilities:

This will be an exciting role, with opportunities for significant impact.You will be responsible for leading the system-level electrical architecture design for new, complex instrument platforms.In some cases, you will also create and implement low-level solutions, and in other cases, you will team up with other Agilent teams around the world.You are an engaged leader with extensive knowledge about system design, PCBA circuit design, motion control, power management, and EMI compliance.You are sharp, driven, and independent.You have a demonstrable track record of successful project implementations.

You are successful with collaborative teamwork across organizations, cultures, geographies, and disciplines.Ideally, you have experience developing medical devices in accordance with FDA regulations.




Responsible for providing technical leadership and robust, cost effective electrical engineering design solutions for highly automated, complex clinical lab instrumentation products.
Responsible for complete, top-to-bottom electrical solutions, from system-level architectural concept generation and evaluation to detailed module design and documentation.
Works closely with the mechanical, firmware, and software architects to reduce broad instrument requirements into structured concepts; includes component research, high level concept modeling, and identification of low level specifications needed to achieve functional requirements.
Responsible for detailed control circuit designs, PCB layout designs, FPGA programming, noise management, power supply, communication infrastructure, component selection, and complete documentation.


Designs and analyzes circuits involving, but not limited to:
filtering, signal conditioning, integration of sensors, motors, and microcontrollers, interfaces with and conversion between analog and digital signal domains, and interfaces between electrical subsystems.
Owns product designs through all phases of the product life cycle, from concept feasibility, through design and test, to effective transfer to manufacturing, and support for field and manufacturing escalations.
Responsible for documentation, per FDA regulations for developing diagnostic products, including requirements, design input specifications, risk assessments, design intent, theory of operations, design reviews, technical analysis supporting critical design decisions and component selections, test plans for verifying the design, test reports, cost analysis, power budget analysis, block diagrams, circuit schematics, PCB layouts, PCA BOMs, cable drawings, and manufacturing instructions.
Closely communicates with and manages electrical CAD resources in development of schematics and PCB layout designs and documentation; may directly enter schematics and create PCB layouts.


Hands-on in the lab, including, but not limited to:
bread board prototyping, PCA first article inspection, design verification testing, and troubleshooting.
Considers and documents multiple solution options, showing why the selected option best meets product and module requirements.
Collaborates with cross functional disciplines, including mechanical, firmware, and software design engineers, applications scientists, technicians, manufacturing and field service/support engineers, marketing, quality, and QA, within and across company divisions.
Serves as an escalation point for complex issues and uses wide-ranging experience to apply broad concepts and theories to achieve innovative and effective solutions.
Contributes to development of new theories and methods, uses advanced approaches and concepts where information is seldom available, proactively shares progress and solicits ideas, and communicates vision and strategy.
Assesses technical risks, distinguishes between major factors and noise, identifies and communicates trade-offs, proposes priorities as well as strategic and tactical plans, and owns execution of tasks, on time, to meet project milestones.


Qualifications:
Education: BS in Electrical Engineering with 8+ years of relevant experience or MS/PhD with 5+ years of relevant experience or a combination of education and experience.



Qualifications:

History of producing creative, simple solutions to broad and complex problems.


Effective communication skills:

Proactive
Written and oral
Can appropriately shift between low level, detailed technical discussions and high level project planning/updates with management
Able to explain complex technical issues to broader audiences, in simple terms, without using technical jargon or oversimplifying
Independent and self-driven, with reputation for initiating action to quickly and effectively address issues.
Strong problem solving and decision making skills.
Thorough, with high standards for quality work product.
Proven record for meeting commitments in schedule-driven environments, accurately estimating time required to perform tasks, and managing time between multiple projects.
Comfortable adapting to changing project goals.
Experienced with and effective at mentoring junior engineers.



Required Skills:

Years of experience, thorough understanding of, and proven track record with successfully:
Developing electrical systems architectural layouts, including power management, communications, and EMC compliance.
Integrating digital signal processors, FPGAs, micro controllers, and communication interfaces (e.g. USB, I2C, SPI, CAN, Ethernet) to control various types of robotic and liquid handling components and sensors, including, but not limited to brushless DC and stepper motors, heaters, TECs, solenoids, valves, pumps, liquid sensors, temperature sensors, pressure sensors, bar code readers, cameras, and encoders.
Designing robust, cost effective, RoHS compliant, and C.E. (or equivalent) compliant control circuits that include proper management of noise and consideration for tolerance stack-ups.
Broad and deep expertise with methods for debugging and troubleshooting complex issues, including issues with EMC.
Competence using test equipment such as multi-meters, oscilloscopes, data acquisition devices, and logic analyzers.
Experience with supporting products through compliance and environmental testing and familiarity with compliance standards, e.g. C.E.



Preferred Skills:

Experience developing medical device products in compliance with FDA regulations.
Proficient using ECAD software for direct schematic entry and creation of PCB layouts, preferably Mentor Graphics DxDesigner.
Experience with motion control system design and tuning, including understanding of motor commutation, PID, and firmware development for microcontrollers and/or DSP chips.
Experience with circuit simulation software tools, such as SPICE, HyperLynx, and EMI Stream.
Experience with using software tools, such as LabVIEW, MATLAB, or equivalent, for creating controls for short term prototype test beds.
Familiarity with the Machinery Directive.
Proficiency with mechanical drafting tools for creating cable drawings.
Proficiency with PLM and ERP systems (such as Agile and SAP) for document control of designs, releasing designs to Manufacturing, and revising them per ECO process.
Success troubleshooting high speed circuits.
MS Project

Agilent Technologies, Inc. is an Equal Employment Opportunity and Affirmative Action employer. We value diversity at all levels. All individuals, regardless of personal characteristics, are encouraged to apply. All qualified applicants will receive consideration for employment without regard to sex, pregnancy, race, religion or religious creed, color, gender, gender identity, gender expression, national origin, ancestry, physical or mental disability, medical condition, genetic information, marital status, registered domestic partner status, age, sexual orientation, military or veteran status, protected veteran status, or any other basis protected by federal, state, local law, ordinance, or regulation and will not be discriminated against on these bases.


For more information about equal employment opportunity protections, please view the EEO is the Law poster available here:



Agilent Technologies, Inc., is committed to diversity in the workplace and strives to support candidates with disabilities. If you have a disability and need assistance with any part of the application or interview process or have questions about workplace accessibility, please contact +1-262-###-#### (US and Canada only) or email ...@agilent.com.

EOE AA M/F/Vet/Disability
Qualifications:
Education: BS in Electrical Engineering with 8+ years of relevant experience or MS/PhD with 5+ years of relevant experience or a combination of education and experience.



Qualifications:

History of producing creative, simple solutions to broad and complex problems.


Effective communication skills:

Proactive
Written and oral
Can appropriately shift between low level, detailed technical discussions and high level project planning/updates with management
Able to explain complex technical issues to broader audiences, in simple terms, without using technical jargon or oversimplifying
Independent and self-driven, with reputation for initiating action to quickly and effectively address issues.
Strong problem solving and decision making skills.
Thorough, with high standards for quality work product.
Proven record for meeting commitments in schedule-driven environments, accurately estimating time required to perform tasks, and managing time between multiple projects.
Comfortable adapting to changing project goals.
Experienced with and effective at mentoring junior engineers.



Required Skills:

Years of experience, thorough understanding of, and proven track record with successfully:
Developing electrical systems architectural layouts, including power management, communications, and EMC compliance.
Integrating digital signal processors, FPGAs, micro controllers, and communication interfaces (e.g. USB, I2C, SPI, CAN, Ethernet) to control various types of robotic and liquid handling components and sensors, including, but not limited to brushless DC and stepper motors, heaters, TECs, solenoids, valves, pumps, liquid sensors, temperature sensors, pressure sensors, bar code readers, cameras, and encoders.
Designing robust, cost effective, RoHS compliant, and C.E. (or equivalent) compliant control circuits that include proper management of noise and consideration for tolerance stack-ups.
Broad and deep expertise with methods for debugging and troubleshooting complex issues, including issues with EMC.
Competence using test equipment such as multi-meters, oscilloscopes, data acquisition devices, and logic analyzers.
Experience with supporting products through compliance and environmental testing and familiarity with compliance standards, e.g. C.E.



Preferred Skills:

Experience developing medical device products in compliance with FDA regulations.
Proficient using ECAD software for direct schematic entry and creation of PCB layouts, preferably Mentor Graphics DxDesigner.
Experience with motion control system design and tuning, including understanding of motor commutation, PID, and firmware development for microcontrollers and/or DSP chips.
Experience with circuit simulation software tools, such as SPICE, HyperLynx, and EMI Stream.
Experience with using software tools, such as LabVIEW, MATLAB, or equivalent, for creating controls for short term prototype test beds.
Familiarity with the Machinery Directive.
Proficiency with mechanical drafting tools for creating cable drawings.
Proficiency with PLM and ERP systems (such as Agile and SAP) for document control of designs, releasing designs to Manufacturing, and revising them per ECO process.
Success troubleshooting high speed circuits.
MS Project

Agilent Technologies, Inc. is an Equal Employment Opportunity and Affirmative Action employer. We value diversity at all levels. All individuals, regardless of personal characteristics, are encouraged to apply. All qualified applicants will receive consideration for employment without regard to sex, pregnancy, race, religion or religious creed, color, gender, gender identity, gender expression, national origin, ancestry, physical or mental disability, medical condition, genetic information, marital status, registered domestic partner status, age, sexual orientation, military or veteran status, protected veteran status, or any other basis protected by federal, state, local law, ordinance, or regulation and will not be discriminated against on these bases.


For more information about equal employment opportunity protections, please view the EEO is the Law poster available here:



Agilent Technologies, Inc., is committed to diversity in the workplace and strives to support candidates with disabilities. If you have a disability and need assistance with any part of the application or interview process or have questions about workplace accessibility, please contact +1-262-###-#### (US and Canada only) or email ...@agilent.com.

EOE AA M/F/Vet/Disability

Associated topics:
design, diagram, hardware, image processing, msee, plc, rf, schema, solar, wire

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