DFT Engineer

Digital Design Verification Engineer

Refinery Field Instrument Technician

Flight Control Law Engineer

Embedded Software Engineer

Responsibilities: <ul><li>Responsible for scan insertion, boundary scan, MBIST, ATPG for ultra-low power SoC based on subthreshold operation using standard EDA tools.</li><li>Develop and implement low-power DFT architecture and infrastructure.</li><li>Generate structural test vectors, analyze and improve coverage, test time and test cost.</li><li>Perform pre/post-layout scan and MBIST simulations.</li><li>Work with designers on STA, physical, power and logical issues related to DFT.</li><li>Work with test engineers to bring up test vectors on silicon.</li></ul> Requirements: BS/MS in ECE/EE and at least 10 years of experience in DFT implementation.Skilled in different types of DFT structures, including scan (Stuck-At, At-Speed, Path-Delay), scan compression, boundary scan and MBIST.Experience in creating and implementing hierarchical DFT architecture in complex SoC.Experience in Low-Power DFT and MBIST.Experience in test time and test coverage analysis for scan and MBIST patterns.Experience with working with test engineering team to bring up production test program.Extensive knowledge of timing concepts and constraint development.Experience in developing scan ATPG and MBIST test benches and simulation in pre/post-layout environments.Experience in RTL is required.Experience in scripting like is preferred.

Responsibilities : <ul><li>The Design Verification Engineer will be responsible for verification of digital designs for CMOS integrated circuits, including systems-on-chip with multiple CPUs, and digital signal processors, dedicated DSP hardware, and other digital logic for automotive radio applications.</li><li>Responsible for verification of block(s) that includes writing tests, assertion, and coverage for a block.</li><li>Create tests and verification environment to achieve verification goals.</li><li>Work closely with Design Verification Team to complete verification.</li><li>Work closely with Design Team and participate in specification/design review meeting and planning.</li><li>Debug failures in simulation to root cause problems.</li><li>Achieve defined code and functional coverage goals.</li></ul> Requirements : <ul><li>Master’s/PhD (or Bachelor of Science with relevant experience) in Electrical/Computer Engineering with experience in verification of chip at both unit and system level.</li><li>2+ years of experience in Design Verification.</li><li>Expertise in System Verilog simulation.</li><li>Experience with C programming required.</li><li>Minimum 2 years experience working with C or UVM based verification.</li><li>Experience with Perl, Python, SQL, and other scripting languages.</li><li>Experience with assertion-based verification.</li><li>Good knowledge of inter-processor communication with shared memory system, interconnect, and MCU peripherals (SPI, I2C, GPIO, RTC, ADC, etc.) is a plus.</li><li>Experience working with standards including ARM AMBA APB, AHB, AXI bus based SOCs is desirable.</li><li>Knowledge of mixed-signal design and behavioral modeling of analog blocks is a plus, or a strong desire to learn.</li><li>Excellent problem-solving skills dealing with complex system level issues related to hardware/software debug.</li><li>Experience developing or working with FPGA emulation platforms desirable.</li></ul>

Responsibilities: As the successful candidate you will be required to perform the following: <ul><li>Fabricate and connect different size of instrument tubings and fittings.</li><li>Utilize different types of hand-held field communicator (TREX, Rosemount Configurator and Honeywell MC Toolkit Configurator) and other instrument test equipment.</li><li>Perform maintenance for the instrumentation attached to pumps, turbines and compressors</li></ul> Requirements: <ul><li>You must have a minimum of eight years’ experience as a field instrument tech in refining &amp; NGL plants and or petrochemical industries.</li><li>You must have a full understanding and adherence of all work permit type requirements.</li><li>You must have a full understanding of all industrial field instrument principle of operation, types and applications.</li><li>You must also have a full understanding of related Instrument Loop Diagram (ILD), Piping and Instrument Diagram (P&amp;ID), Instrument Specification Sheet (ISS) cause and effect, and other related drawing for Instrumentation.</li><li>You should have the ability to measure and convert field instrument signal.</li><li>You should have Strong analytical and troubleshooting skills in the field of Instrumentation.</li><li>You should be fully skilled to perform preventive maintenance and troubleshooting with the below list of field instruments;&nbsp;</li><li>configuration and maintenance of different model of Smart Transmitter (HART, Fieldbus and Honeywell Digital Transmitter)</li><li>diagnose and calibrate GWR Level transmitter (Magnetrol, Rosemount, Endress Houser and VEGA) Different model of Displacer type Level Transmitter smart and analog.</li><li>diagnose and calibrate, repair and replace control valve and positioner (Masoneilan, Fisher, valtek, METSO, FLOWSERVE, LCP100)</li><li>Test and repair Solenoid valve, Pneumatic relay, Boosters and regulators.</li><li>Instal, adjust and maintain of probes and approximators.</li><li>Maintain and replace deferent model of furnace heater flame scanner.</li></ul>

Job Role: <ul><li>Bring your experience and ideas and help us develop software and hardware that will advance our future Military and Commercial products. </li><li>We are developing the future of Army Aviation with the Bell V-280 Future Long-Range Assault Aircraft (FLRAA) and the Bell 360 Invictus Future Attack and Reconnaissance Aircraft (FARA), part of the US Army’s Future Vertical Lift (FVL) modernization effort.&nbsp;</li><li>We are also developing the Bell 525 Relentless, Autonomous Pod Transport (APT), and Bells High-Speed Vertical Take-Off and Landing (HSVTOL) program, a next generation stop-fold tilt-rotor.</li></ul> Responsibilities: <ul><li>flight dynamics, and simulation modeling; understanding of Control Laws (CLAWs) design, linear and non-linear analysis techniques, time, and frequency domain analysis</li><li>the following analysis environments: desktop analysis, piloted software-in-the-loop simulation, piloted software and hardware-in-the loop test labs, and aircraft flight test</li><li>development, verification, validation, and certification of commercial or military aircraft to relevant industry or regulatory standards.</li><li>Exposure to with software development in an embedded or real-time operating systems (RTOS) environment utilizing Model Based Design (MBD) techniques with tools such as MathWorks MATLAB / Simulink with Stateflow and Embedded Coder</li><li>Exposure to the hardware and software associated with Flight Control Systems, Avionics, Electrical System, engine controllers (e.g. FADECs), inertial sensors, air data computers, analog sensors, mission systems, crew stations, and/or actuation devices</li></ul> Requirements: <ul><li>We are looking for inquisitive and driven engineers with a passion to innovate.&nbsp;</li><li>You’ll need a Bachelor’s degree, with a Major in Electrical Engineering, Computer Engineering, Aerospace Engineering, Mechanical Engineering, or Computer Science being preferred.&nbsp;</li><li>Advanced degrees will be considered as additional experience.&nbsp;</li><li>Related degrees with relevant experience will be considered.</li></ul>

Responsibilities: <ul><li>Duties include analyzing, designing, coding and code modification (typically in C/C++) of software designs of airborne embedded software implementations.</li><li>Participate in requirements management via DOORS, systems specifications, and interface management.&nbsp;&nbsp;</li><li>Manage software lifecycle data via DIMENSIONs configuration management tool.</li><li>Generate software requirements to integrate avionics sensors and equipment (i.e. engines, ARINC429, hydraulics, electrical systems, landing gear, RS-422, analog signals, discretes, CAN Bus, etc.)</li><li>Assist in the evaluation of software designs to identify design flaws.</li><li>Utilize a Windows and MOSA based software development environment.</li><li>Assist in the verification and validation testing of airborne embedded software using a desktop simulation environment, systems integration labs, surrogate platforms flight testing and aircraft flight testing.</li></ul> Requirements:&nbsp; <ul><li>Bachelor's Degree is required.</li><li>Major in in Computer Science, Electrical or Aerospace Engineering is preferred.&nbsp;</li><li>Applied Sciences (Physics) or Mechanical Engineering may be considered with applicable embedded software experience.</li></ul> Position Requirements:&nbsp; <ul><li>At least 5 years of relevant software experience, preferably in aerospace industry.</li><li>Ability to develop software in a RTOS environment.</li><li>Interest with ARINC653 software specification for space and time partitioning in safety-critical avionics real-time operating systems (RTOS)</li><li>Skilled in utilizing modern programming languages (e.g. C++, C#, Java, Python).</li><li>Skilled with embedded software development on Multicore processors.</li><li>Motivated person with strong problem-solving abilities, willingness to perform a wide variety of related tasks.</li><li>Effective communication skills (both verbal and written).</li><li>Interest in modern airborne sensors, avionics, mission systems, weapons systems, or electrical systems integration, development, and testing.</li><li>Familiarity with commercial certification and military qualification of aircraft systems is advantageous.</li><li>Experience with Eclipse based software is advantageous (most chip vendors and software vendors are moving to this IDE. TI-CodeComposer, NXP-CodeWarrior, DDC-I OpenArbor, etc.).</li><li>Linux/Unix experience (simple commands like ls (in windows dir), rm (del a file), md, cd, rd (make directory, change directory and remove directory) man – the builtin help documentation.</li><li>Software repositories – GiT , Tortoise GiT or some other tool that has been wrapped around GiT.</li><li>Experience with DO-178B/C software development lifecycle guidelines – Software Considerations in Airborne Systems and Equipment Certification (and the DO-178C supplements).</li><li>Interests with the integration of the Army’s Future Airborne Capability Environment (FACE) on vertical lift vehicles.</li></ul>

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5 analog Jobs found

DFT Engineer

Digital Design Verification Engineer

Refinery Field Instrument Technician

Flight Control Law Engineer

Embedded Software Engineer

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5 analog Jobs found

DFT Engineer

Digital Design Verification Engineer

Refinery Field Instrument Technician

Flight Control Law Engineer

Embedded Software Engineer

WhiteCrow WhiteCrow is on a mission to connect companies with the best talent across the globe.

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WhiteCrow is on a mission to connect companies with the best talent across the globe.