Electronics Hardware Engineer

Company Description

Bosch is a multinational engineering and electronics company that produces automotive components and industrial products.

The company also manufactures industrial products such as drives and controls in addition to building products like powers tools and security systems.

The Aftermarket Electronics Engineer is responsible for supporting electronic products throughout their post-launch lifecycle, including troubleshooting, redesign, validation, obsolescence management, and continuous improvement activities. This role works closely with cross-functional teams to analyze field issues, develop electronic solutions, support product sustainment, and ensure long-term product reliability and serviceability.

Analyze customer, service, and business requirements and translate them into electronic design proposals and technical solutions.

Design, modify, and maintain electronic circuits and schematics using industry-standard CAD tools.

Bring up and validate prototype hardware, proof-of-concept designs, and engineering mockups.

Investigate field failures and perform root cause analysis to identify corrective actions.

Develop and execute validation and verification test plans and document test results.

Perform electrical characterization, debugging, and troubleshooting using laboratory equipment.

Collaborate with Mechanical, Firmware, Software, Manufacturing, Quality, and Service teams to develop and implement robust solutions.

Create and maintain technical documentation including schematics, test reports, design specifications, and engineering change documentation.

Experience with electronic circuit simulation and validation tools.

Harness and cable assembly design experience.

Familiarity with engineering change management and product lifecycle management systems.

Strong troubleshooting and root cause analysis capabilities.

Ability to manage multiple projects and priorities simultaneously.

Collaborative approach to working with global and cross-functional teams.

Continuous improvement mindset with a focus on quality and operational excellence.

Experience with control interfaces including I2C, SPI, UART, SPMI, and related communication protocols.

Knowledge of power electronics including linear regulators, DC-DC converters, and switched-mode power supplies (SMPS).

Understanding of electrical noise, signal integrity, and coupling mechanisms including conducted, radiated, and near-field effects.

Familiarity with reliability testing, failure analysis, and corrective action processes.

Experience working in automotive, power tools, consumer electronics, or industrial electronics environments.

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