Electrical Engineer
The candidate will be a pivotal member in a multi-discipline team to develop new life science instruments, ensuring that designs meet and exceed performance within budget, schedule and of good quality.
While no two days that are the same, the candidate will work on some of the following tasks in a given day, including but not limited to contemplating architectures, capturing ideas in schematic, analyzing circuits, simulating results, executing or supervising layouts, soldering PCBA, devising test strategies, creating verification plans, conducting experiments, and building prototypes etc.
Interacting with other team members is a must and on a daily basis; witty jokes are allowed and welcomed, but rigorous rules for high design quality is the focus.
How You'll Make An Impact:
- Pursue passion and curiosity, ceaselessly learn new knowledge for electronic circuit designs and creatively apply it for life science instruments' advancement.
- Push limits, creatively devise new methods to finish tasks with high quality and optimized cost.
- Conduct meticulous test protocols, directly and indirectly contribute to human health.
- Foster trust, candidly communicate the levels of circuit understandings and seek help as needed.
- Thrive in a teamwork environment, together produce more advanced life science instruments.
- Familiar with IEC/UL/CSA/CE is a plus.
- Design for Manufacturing (DFM) experience is preferred.
- Knowledge of SAP or similar MRP desirable.
- Experience of control circuit designs and control algorithm developments strongly desired.
- BS, MS or PhD in Electrical Engineering or related disciplines.
- 5
years relevant engineering experience, this requirement can be reduced for master or PhD applicants.
- Microprocessor based digital circuit design knowledge and experience mandotory.
- Thorough training for electronic circuit theories, signal in systems, control theories, device physics and electromagnetics required.
- Demonstrate knowledge on how to meet reliability targets.
- Fluent in using lab instruments and demonstrate passion in debugging designs and finding root causes.
- Experience with EMC improvement skills required.
- Know design rules to meet safety standards.
- Experience with OrCAD or PADS EDA tools.
- FPGA/CPLD high speed differential signal placement and routing, time budget analysis and test bench simulation.
Fluent with one hardware language, VHDL or Verilog.
- Demonstrate good communication and coordination skills with co-workers.
- Mentor junior engineers.
Recommended Skills Algorithms Attention To Detail Biology Communication Control Theories Coordinating Estimated Salary: $20 to $28 per hour based on qualifications.
While no two days that are the same, the candidate will work on some of the following tasks in a given day, including but not limited to contemplating architectures, capturing ideas in schematic, analyzing circuits, simulating results, executing or supervising layouts, soldering PCBA, devising test strategies, creating verification plans, conducting experiments, and building prototypes etc.
Interacting with other team members is a must and on a daily basis; witty jokes are allowed and welcomed, but rigorous rules for high design quality is the focus.
How You'll Make An Impact:
- Pursue passion and curiosity, ceaselessly learn new knowledge for electronic circuit designs and creatively apply it for life science instruments' advancement.
- Push limits, creatively devise new methods to finish tasks with high quality and optimized cost.
- Conduct meticulous test protocols, directly and indirectly contribute to human health.
- Foster trust, candidly communicate the levels of circuit understandings and seek help as needed.
- Thrive in a teamwork environment, together produce more advanced life science instruments.
- Familiar with IEC/UL/CSA/CE is a plus.
- Design for Manufacturing (DFM) experience is preferred.
- Knowledge of SAP or similar MRP desirable.
- Experience of control circuit designs and control algorithm developments strongly desired.
- BS, MS or PhD in Electrical Engineering or related disciplines.
- 5
years relevant engineering experience, this requirement can be reduced for master or PhD applicants.
- Microprocessor based digital circuit design knowledge and experience mandotory.
- Thorough training for electronic circuit theories, signal in systems, control theories, device physics and electromagnetics required.
- Demonstrate knowledge on how to meet reliability targets.
- Fluent in using lab instruments and demonstrate passion in debugging designs and finding root causes.
- Experience with EMC improvement skills required.
- Know design rules to meet safety standards.
- Experience with OrCAD or PADS EDA tools.
- FPGA/CPLD high speed differential signal placement and routing, time budget analysis and test bench simulation.
Fluent with one hardware language, VHDL or Verilog.
- Demonstrate good communication and coordination skills with co-workers.
- Mentor junior engineers.
Recommended Skills Algorithms Attention To Detail Biology Communication Control Theories Coordinating Estimated Salary: $20 to $28 per hour based on qualifications.
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