Electronics Engineer
Company Profile
InnaLabs is a leading manufacturer of high-performance inertial sensors, including tactical grade, Coriolis Vibratory Gyroscopes and navigation grade, quartz servo accelerometers. InnaLabs offer solutions for the aerospace, subsea, marine, space, energy, industrial, civil engineering, and transportation markets.
Job Description
InnaLabs Ireland Ltd is seeking for an Electronics Engineer to join our engineering team. Are you looking for a rewarding experience? As an Electronics Engineer at InnaLabs, you will need to be a highly motivated experienced engineer with 3+ years proven experience developing Electronics systems. If this is the job for you, please get in touch. This role requires full on-site presence
Responsibilities
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Create schematics and PCB layouts for Inertial systems (gyroscope, accelerometers, IMU…), test equipment and production equipment
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Design and develop electronics for test and production equipment from specification to validation
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Maintain and update existing electronics design
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Perform verification, testing and debugging using lab equipment such as oscilloscope, logic analyser, function generators or spectrum analyser
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Create technical documentation (design justification, test procedure, test report…)
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Working collaboratively with other engineering teams (product, automation, mechanical, control) and manufacturing team
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Work with suppliers & partners to ensure rigorous standards and requirements are satisfied.
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Provide assistance to customers queries and iaise with PCB, PCBA and component suppliers
Qualification and Skills Required
Minimum Requirements
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Experience of analogue electronics (in particular signal conditioning), micro controllers and data interface (e.g. RS-422, RS-485, CAN…) circuit design
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Experience in layout of mixed signal multilayer PCB board
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Hardware test experience – design verification, debug and failure analysis to component level and experience in using Lab test equipment
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Knowledge of writing technical documents (boards schematics, design report, design justification document)
Preferred Requirements
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Knowledge of IPCX electronic standards (to build the bare board)
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Familiar with SPICE model simulations
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Knowledge Power supply design (linear and switched mode, loop compensation)
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Knowledge of working with Sensors (especially inertial sensors) & embedded systems
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Knowledge of electronics design CAD (Cadence OrCAD preferred)
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Experience with microcontroller and FPGA based design
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Knowledge of EMC/EMI design best practices
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Experience in ECSS/MIL standards
Benefits
