$150K — $200K *
NATURE AND SCOPE:
This position is responsible for both development and production functions.
The incumbent leads the design of ASIC devices for use within Moog products and for sale to customers as discrete devices. The incumbent provides valuable input into new ASIC design requirements and in conjunction with marketing inputs, frequently develops the specifications which direct new product design activity.
This position is one of technical leadership with respect to digital system and ASIC design and production. The incumbent will often work with other engineers (including vendors) in the design phase and be responsible for the overall progress of the project. Since the ASIC product will frequently be produced by external semiconductor vendors the incumbent must interface, consult and coordinate internal design and vendor capabilities to achieve a cost effective and reliable product which can be obtained on schedule.
The responsibilities of this position include design, development, analysis, testing, prototype and production, performance specifications, material specifications, failure analysis, test reports, proposal preparation, program scheduling and reviews, vendor and customer interface, and cost estimates.
The incumbent must possess a thorough knowledge of his/her discipline and the additional capabilities needed to support the program, in advance, in order to develop a team, either internal or external, that can provide the required resources effectively.
This position may assist in training less experienced engineering personnel and at times may have one or more people assigned to him/her for this purpose. Participation in various training activities is also required for the incumbent to remain current in their field.
The incumbent should possess the following required experience:
A BSEE Degree and at least ten years experience or a MSEE Degree and six years experience is required.
High level of competence in the VHDL or VERILOG digital design languages.
High level of competence in digital design including discrete low level functions and abstracted high level constructs.
Capable of creating low level ASIC design requirements from high level specifications.
Capable of architecting and designing the internal logic of a complex digital ASIC.
High level of familiarity with ASIC packaging technology and capable of making tradeoffs towards choosing the appropriate package design for a complex digital ASIC.
Ability to create digital system architectures that consist of embedded microprocessors, state machines, high speed I/O, memory and cache structures.
Ability to write RTL for synthesis based on requirements.
Capable of writing test vectors and test cases for ASIC design verification.
Experienced using System Verilog or System C for verification and validation.
Capable of performing model based design and verification using high level modeling tools such as MATLAB/Simulink or similar.
Experienced using digital simulation tools such as Mentor Graphics Modelsim or Synopsys.
Experienced in performing behavioral simulation after synthesis.
Capable of ASIC prototyping using FPGAs.
Understanding of the semiconductor fabrication process for current and future process technology.
Knowledge of current and future semiconductor design trends.
Valid through: 12/11/2020