Electrical Engineer II: HW Design & Testing

Dover-Corporation; Salem (NH); On-site; USD 90,000 - 130,000; Full time

Job summary

Dover Imaging & Identification (DII) is seeking an Electro-Mechanical Design Engineer to create next‑gen marking and coding hardware. You’ll work with suppliers and cross‑functional teams to validate designs, implement tests, and build robust test benches for product validation and reliability.

The role demands strong schematics and FPGA/VHDL capabilities, experience with PLC/Arduino style test beds, and a commitment to design for manufacturing and cost targets.

Qualifications

• Bachelor's degree in Electrical Engineering, Firmware and Hardware verification required.
• Ability to read and understand electrical/electronic schematics.
• Experience with FPGA VHDL coding (simple to mid complexity).
• Experience with circuit design, analysis, and SPICE simulations.
• Familiarity with Altium and common test instruments.

Responsibilities

• Design engineering for new and legacy products.
• Implement hardware designs based on specifications.
• Perform circuit analysis and simulations for environmental factors.
• Develop hardware test plans and harnesses for validation.
• Support manufacturing and cost targets with DFM considerations.
• Collaborate across electrical, software, and reliability teams.

Skills

Schematics reading

VHDL for FPGA

Circuit design & SPICE

Altium

Electrical instrumentation

PLC/Arduino hardware test beds

Ethernet/USB/Serial/SPI/I2C

Fine-pitch assembly & rework

Education

Bachelors in Electrical Engineering, Firmware, Hardware verification

Master’s degree (plus)

Tools

Altium

Job description

Dover Imaging & Identification (DII) is seeking an Electro-Mechanical Design Engineer to create next‑gen marking and coding hardware. You’ll work with suppliers and cross‑functional teams to validate designs, implement tests, and build robust test benches for product validation and reliability.

The role demands strong schematics and FPGA/VHDL capabilities, experience with PLC/Arduino style test beds, and a commitment to design for manufacturing and cost targets.