FT Engineering Opportunities

For the past 50 years, Analog Devices has been inventing innovative technologies that transform lives.  Get hands-on experience working with the brightest minds to solve complex problems that matter: from autonomous vehicles, drones and factories to augmented reality to remote healthcare. Enjoy a culture that values aligned goals, balanced work-life priorities, continuous learning throughout your career and shared rewards. At ADI, we invest in you and succeed together because we believe that happy, healthy, intellectually-challenged people drive our growth and market leadership.

ADI at A Glance- ADI helps customers bridge the physical and digital worlds with unmatched technologies that solve real-life problems and make the world smarter, healthier, greener and safer. With over $5 billion in revenue, ADI specializes in high-performance analog, mixed-signal, power, and digital signal processing (DSP) integrated circuits that sense, measure, interpret, connect, power, secure and transform how the world experiences the world around them.

·       Define and analyze to sustain CMOS and Bipolar technologies

·       Improve yields, handle test chip definition and documentation

·       Evaluate statistical analysis of device characteristics and electrical test data

·       BSEE, MSEE, Chemical Engineering, Material Science, Physics

·       Knowledge of semiconductor physics, along with CMOS and Bipolar technologies

·       Characterization experience with CMOS and Bipolar transistors

·       Assist in the design and evaluation of customer analog solutions

·       Understanding and disseminating Customers' system needs versus wants

·       Proposing system solutions to customers

·       Educating customers on Analog Devices' solutions and products

·       Selling the company's products or services to prospective customers, providing technical and administrative product information and/or demonstrations

·       BSEE or BS Computer Engineering

·       Strong verbal and written communication and presentation skills

·       Excellent organizational skills and ability to multi-task projects and set priorities.

·       Ability to collaborate as a team member or leader

·       Natural curiosity, creative thinking and problem solving

·       Ability to travel 25-50% of time

·       Flexibility and desire to relocate within the continental United States upon completion of the development program.

·       Update, adjust, and input data into existing applications

·       Support new product development

·       Assist engineers with the development of new test methodologies

·       Create application notes/spreadsheets

·       Relay results to test engineers

·       Examine and solve problems

·       BSEE, MSEE, PhD

·       Strong technical skills

·       Great interpersonal and communication skills

·       Ability to work independently and part of a team

·       Strong ability to problem solve

·       Learn from customer feedback to understand their real-world problems

·       Collaborate with the development team and mentors to define and specify new products and applications

·       Develop and simulate new circuits

·       Develop layout plans and work with layout engineers

·       Evaluate and debug engineering samples

·       Implement fixes as needed to bring circuits into production

·       BSEE, MSEE, PhD

·       Understanding of the fundamentals of circuit design

·       Passion and dedication to take ownership of a project from start to finish

·       Ability to find and fix complex circuit problems in the laboratory

·       Diligence to work independently

Commitment to collaboration and sharing knowledge with

·       Increase yield and quality within ADI’s product line.

·       Drive, support, failure/risk analysis and generate reports

·       BSEE or MSEE preferred

·       Knowledge of IC manufacturing processes

·       Build customer demo circuits.

·       Work with multiple engineers in a cooperative environment.

·       Assist in the design and evaluation of customer analog solutions.

·       Generate detailed test reports using the latest documentation software.

·       Use of safe operating skills and practices for the electronic lab environment.

·       BSEE

·       Hands-on lab experience with analog circuitry including: DC power supplies, Op amps, Data converters.

·       Experience building and soldering circuits.

·       Ability to use electronic test equipment such as multi-meter and oscilloscopes.

·       Design, Develop and Validate embedded firmware and low-level system software for RADAR front end, chips and products.

·       Understand sub-system requirements and Functional Safety mechanisms, and validate chip/system operation

·       Develop test code/scripts for logical and functional test of the software. Familiarity with SW methods, C, Python, and Labview programming and microprocessors is a definite plus.

·       Follow coding standard and code documentation requirements.

·       Bachelor’s Degree or higher in Electrical, Electronics, Computer Science or a related field.

·       Working experience with embedded software, embedded framework and device drivers in an asset.

·       Knowledge of system architectures, and programming experience in C, Python, NET framework and Labview is a definite plus, as is familiarity with microprocessors and related toolchains.  

·       Responsible and ability to take ownership for developing innovative ATE/bench hardware and software

·       Utilize precision ATE and apply functional and parametric test measurement techniques and tools required to establish performance metrics

·       Must be able to format, analyze and reach valid conclusions from data and be able to present process/product improvement recommendations

·       BS or MS degree in EE or ECE or equivalent

·       Strong analytical and problem-solving skills

·       Ability to solve complex problems through design and analysis of complex data

·       Experience with performing circuit evaluation and characterization using bench/ production test equipment

·       Working knowledge of LabVIEW, Python, Visual BASIC, HTML, and/or C/C++

·       Knowledge of Bipolar and CMOS process technology

·       Create novel algorithms specialized for applications relevant to Analog Devices.

·       Develop software simulations and analyze performance of algorithms.

·       Lead or contribute to hardware prototyping efforts and integrated circuit designs.

·       Work with other researchers and engineers, inside and outside the Algorithmic Systems Group, to connect Algorithmic Systems Group work with the goals of business units throughout Analog Devices.

·       Stay abreast of state-of-the-art algorithms, and research advances beyond the state of the art in areas relevant to Analog Devices.

Assumes PhD degree or equivalent experience. A research scientist in the Algorithmic Systems Group should have a strong background in two or more of the following areas: signal processing, computer vision, machine learning, algorithm development, ASIC circuit design, FPGA prototyping, and software development. This search is open to new Ph.D.’s as well as more experienced candidates. More senior candidates should have experience in organizing and leading technical projects.

·       Develop processor subsystem used on High Speed Converter Transmit and Receive Boards.

·       Develop functional subsystems operating within the High-Speed Converter evaluation software platform. Understanding the platform architecture and close collaboration with other technical leads to meet subsystem interoperability goals.

·       Configure, enhance and support product evaluation software and hardware for all new High-Speed Converter product evaluations.

·       Strong C/C++ programming and UNIX/LINUX skills along with excellent problem solving and algorithm development skills.

·       Familiar with Python and other high-level scripting languages.

·       EE background and knowledge interfacing with hardware

·       Device optimization for different applications, design of experiments to understand reliability limits, development of GaN measurement systems and thermal/ electrical device simulation

·       Master’s of PhD in a field related to semiconductor devices

·       Should have course work and/or experience with Gallium Nitride device physics and semiconductor device fabrication

·       Device modeling, RF circuit design knowledge, semiconductor device testing and reliability measurements

·       Experience with other non-GaN III-V materials is advantageous