Work Flexibility: Onsite
Technical Responsibilities:
- Build prototypes to engineer-provided prints (drawings schematics BOMs build notes) and follow technical guidelines/work instructions where available.
- Use standard lab equipment to support build verification and fault-finding as needed including multimeters oscilloscopes LCR meters power supplies electronic loads and signal generators (where applicable).
- Perform rework/repair and prototype modifications to support iteration (component swaps jumper wiring connector changes repair of damaged pads/tracks where appropriate).
- Work confidently with small components (fine-pitch parts small passives delicate connectors) using appropriate tools (microscope hot air etc. where applicable).
- Read and interpret technical information including complex schematics pinouts assembly drawings and manuals; highlight ambiguities early.
- Collaborate with design engineers and cross-functional partners to clarify requirements prioritise builds and communicate status/blockers.
- Provide pragmatic prototyping/buildability guidance to design teams when needed (connector selection wiring approach assembly sequence parts availability/substitutions fixture ideas).
- Maintain excellent lab discipline and housekeeping (ESD practices tool control organised benches consumables management safe working).
- Support and guide Co-ops/Interns on build methods workmanship expectations and lab best practice.
Minimum Qualifications (Required):
Bachelors degree in EE or related discipline & 0 years of work experience
Preferred Qualifications (Strongly desired):
Technical Skills:
Basic knowledge of electrical components and manufacturing methods
Basic ability to read and interpret electrical drawings
Basic understanding of the electrical design process
Knowledge of design and concept generation CAD CAE or simulation tools
Knowledge of analysis tools and statistical methods
Knowledge of system components and associated requirements
Travel Percentage: 10%
Required Experience:
IC
Work Flexibility: OnsiteTechnical Responsibilities:Build prototypes to engineer-provided prints (drawings schematics BOMs build notes) and follow technical guidelines/work instructions where available.Use standard lab equipment to support build verification and fault-finding as needed including mult...
Work Flexibility: Onsite
Technical Responsibilities:
- Build prototypes to engineer-provided prints (drawings schematics BOMs build notes) and follow technical guidelines/work instructions where available.
- Use standard lab equipment to support build verification and fault-finding as needed including multimeters oscilloscopes LCR meters power supplies electronic loads and signal generators (where applicable).
- Perform rework/repair and prototype modifications to support iteration (component swaps jumper wiring connector changes repair of damaged pads/tracks where appropriate).
- Work confidently with small components (fine-pitch parts small passives delicate connectors) using appropriate tools (microscope hot air etc. where applicable).
- Read and interpret technical information including complex schematics pinouts assembly drawings and manuals; highlight ambiguities early.
- Collaborate with design engineers and cross-functional partners to clarify requirements prioritise builds and communicate status/blockers.
- Provide pragmatic prototyping/buildability guidance to design teams when needed (connector selection wiring approach assembly sequence parts availability/substitutions fixture ideas).
- Maintain excellent lab discipline and housekeeping (ESD practices tool control organised benches consumables management safe working).
- Support and guide Co-ops/Interns on build methods workmanship expectations and lab best practice.
Minimum Qualifications (Required):
Bachelors degree in EE or related discipline & 0 years of work experience
Preferred Qualifications (Strongly desired):
Technical Skills:
Basic knowledge of electrical components and manufacturing methods
Basic ability to read and interpret electrical drawings
Basic understanding of the electrical design process
Knowledge of design and concept generation CAD CAE or simulation tools
Knowledge of analysis tools and statistical methods
Knowledge of system components and associated requirements
Travel Percentage: 10%
Required Experience:
IC
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