Job Description:



1) Gather system and hardware requirements from the customer

2) Apply principles and techniques of electrical engineering and circuit design in

development of hardware products for Defense, Industrial and Consumer applications

3) Demonstrate in-depth knowledge of hardware design and leverage technical experience to overcome design challenges.

4) Derive technical requirements from the product specification, estimate scope of work, develop hardware high level designs

5) Perform detailed design and schematic entry for digital systems involving CPUs, MCUs, and FPGAs.

6) Perform detailed design and schematic entry of analog and power supply circuits.

7) Demonstrate proficiency in RF subsystems sufficient to identify system dependencies andcollaborate with subject matter experts.

8) Oversee PCB layout containing analog, digital, RF, and power supply subsystems.

9) Perform and document the results of circuit level validation testing.

10) Collaborate with Firmware, Mechanical and Validation teams to ensure overall success of the project.

11) Ensure compliance to product safety, emissions, and performance standards supporting

3rd party certification labs as needed.

12) Provide MTBF and reliability data for the individual product subsystems.

13) Support and troubleshoot existing product design deficiencies reported by customers.

14) Be a technical in-charge to Electronic Manufacturer in proto build and production

Skills:

1) 5 – 8 years of experience in electronic board design for Defense or Industrial Applications

2) Proficiency in board design involving Processors, DDR3/DDR4 Memory, FPGAs, High Speed Serial Interfaces, back planes, etc

3) Expertise in circuit design involving Analog and Power Supply parts

4) Expertise in designing the hardware meeting compliance to emissions standards including FCC, IC, ETSI, Anatel, and ACMA.

5) Experience in hardware design incorporating DFT and DFM techniques.

6) Proficiency in design software such as Cadence OrCAD, Allegro, Altium, Hyperlynx, Solidworks, etc

7) Experience with HDL languages such as Verilog, VHDL, and SystemC will be an added advantage.

8) Good understanding of software languages and integration processes.

9) Exceptional attention to detail and precision.

10) Excellent diagnostic and problem-solving abilities.

11) Strong verbal, written communication and documentation skills.

12) Ability to stay up-to-date with latest advancements in technology and design