Crocus Jobs

Description:

Crocus Technology is seeking a Staff Analog IC Layout Engineer for high-precision & high-voltage analog physical design in advanced CMOS, bipolar, BiCMOS & BCD process technologies with integrated TMR magnetic sensors. The engineer will be hands-on with all phases of physical design and back-end verification including DRC, LVS and parasitic extraction. The engineer must be an expert in high-precision & high-voltage analog design flows and tools. The self-motivated engineer must be able to anticipate problems and devise effective solutions in a fast-paced and team-oriented R&D environment.

Responsibilities:

  • Required – support physical design of high-precision & high-voltage integrated analog ICs & magnetic sensors
  • Required – support back-end verification including DRC, LVS and parasitic extraction
  • Required – support analog IC design teams and magnetic sensor design teams
  • Preferred – maintain tools, scripts and PDKs for advanced CMOS, bipolar, BiCMOS & BCD process technologies
  • Preferred – support custom TMR magnetic sensor physical design & back-end verification flows
  • Preferred – support tapeouts as well as establish and maintain EDA/CAD flows

Minimum Expertise Requirements:

  • Required – expert in high-precision & high-voltage analog IC physical design concepts and must demonstrate superior critical thinking skills, problem solving capabilities and engineering judgment
  • Required – fluent with high-precision & high-voltage analog IC front-end and back-end EDA /CAD tools & skills & methodologies
  • Required – Cadence Virtuoso & ADE – high-precision & high-voltage analog layout & schematic
  • Required – Mentor Calibre – DRC & LVS & parasitic extraction
  • Strongly Preferred – physical design experience with custom semiconductor process such as TMR magnetic sensors and/or Hall magnetic sensors and/or MEMS & other semiconductor sensors
  • Strongly Preferred – physical design experience of ESD structures
  • Strongly Preferred – physical design of flip-chip analog IC layout floorplans
  • Preferred – Assura parasitic extraction & SKILL programming & Ocean scripting
  • Preferred – strong UNIX/Linux and scripting language (Perl/TCL/csh/etc)
  • Preferred – FlexLM license management & Linux OS support
  • Preferred – physical design rule deck construction and modification

Education Requirements:

  • BS 10+ years
  • MS 7+ years

Minimum Experience Requirements:

  • Required – 10 years minimum experience with high-precision & high-voltage analog IC layout and back-end verification with Cadence & Mentor Graphics Tools & other IC design platforms
  • Required – must have experience with multiple product cycles of high-precision & high-voltage analog physical design in advanced CMOS, bipolar, BiCMOS & BCD process technologies
  • Work Environment – must be comfortable working in a fast-paced environment – must be strong individual contributor with superior initiative & drive for business results – must be able to work effectively as member of a small team
  • Communication – must have excellent written & verbal communication skills – must have excellent presentation skills

Contact

  • Please submit CV/resume to Crocus

Generic Job Description:

Crocus Technology is seeking a Principal Analog IC Design Engineer to create innovative products in a fast-paced and collaborative team environment.  The engineer will be hands-on with all phases of R&D including product definition, system analysis, circuit design, layout, verification, bring-up, DVT, qualification, test and production ramp-up.  As a member of a multi-disciplinary team, the engineer will be directly supporting customers and will be closely working with product, operations and reliability teams.  The engineer must be an expert in high-precision analog circuit and system design and analysis.  A demonstrated ability to synthesize compelling solutions from complex requirements while meeting product and operational constraints is critical.  The self-motivated engineer must be able to anticipate problems and devise effective solutions as well as handle multiple projects at different phases of development.  This is a high impact position with significant visibility.

Responsibilities:

Responsible for all aspects of IC product development, including product definition, system analysis, circuit design, layout, verification, foundry compliance, bring-up, DVT, failure analysis, qualification, test, production ramp-up, release to manufacture and systems customer support.

Work with cross-functional systems & design teams to define the IC products, ascertain design feasibility, assess process technology options and devise the IC electrical, thermal and reliability specifications.

Key design responsibilities include ownership of blocks, subsystems and/or top level designs.  The engineer will conduct high-precision analog circuit design, front-end verification plan development, simulation, layout and physical design verification.  The engineer will ensure the designs meet electrical and thermal specifications, process variations, design rules as well as manufacturing, design-for-test and reliability guidelines.

The engineer will work closely with verification, CAD, product and test engineering teams to devise and conduct DVT plans, characterization and compliance matrix evaluation, qualification, failure analysis and corrective action as well as yield analysis and optimization.

Minimum Expertise Requirements:

The engineer must be an expert in high-precision analog IC design, analysis and techniques.  The engineer must be an expert with system design for high-performance sensor applications.  The engineer must demonstrate superior critical thinking skills, problem solving capabilities and engineering judgment.

Expertise with high-performance analog IC design with multi-disciplinary systems, design and process technology groups would be a strong asset.  Expertise with automotive IC design methodologies would be a strong asset.

Expertise with CMOS process technologies is required.  Expertise with high-voltage CMOS, BCD, BiCMOS and bipolar process technologies would be a strong asset.  Expertise with advanced CMOS process technologies would be a strong asset.

A deep understanding of high-precision continuous time and sampled-data circuit architectures is required.  A deep understanding of amplifier design tradeoffs of gain, linearity, noise and power dissipation is required.  A deep understanding of precision band-gap circuits, op-amps and biasing circuits is required.

Expertise with high-precision data converter architectures, self-calibration and background-calibration would be a strong asset.  Expertise with delta-sigma, SAR and algorithmic ADC architectures would be a strong asset.  Expertise with delta-sigma and segmented DAC architectures would be a strong asset.

Expertise with design, analysis, modeling and measurement of on-chip semiconductor and passive structures is required.  Expertise with high-precision matching and trimming design techniques applied in high-volume manufacturing is required.

Expertise with front-end design tools for high-precision analog & mixed-signal circuit design, simulation and verification is required.  Strong skills with periodic stead-state methods preferred.  Strong skills with mixed-mode co-simulation preferred.

A deep understanding of high-precision analog IC layout techniques is required.  Strong skills with layout tools and LRC parasitic extraction tools required.  Strong skills with physical verification tools preferred.

Strong skills with device physics and impact on analog circuits and techniques to improve performance required.

Strong skills with on-chip semiconductor and passive structure and interconnect failure modes and methods to ascertain and improve reliability required.  Familiarity with ESD/LU design techniques would be an asset.

Strong skills with laboratory methods, techniques, equipment and evaluation of high-precision analog ICs required.  Strong skills with debug, DVT, failure analysis and qualification (HTOL/ESD/LU) required.  Familiarity with ATE production flows would be an asset.  Familiarity with DFT methods to improve ATE efficiency would be an asset.  Familiarity with ATE yield and failure Pareto analysis required.

Strong organizational and detail oriented approaches to articulate, execute and continuously improve verification methods, analysis and documentation is required.  Familiarity with SoC verification intensity and thoroughness is preferred.  Familiarity with SystemVerilog, VerilogA and RNM for mixed-mode design & verification would be an asset.  Familiarity with CAD scripting languages (Skill, python, shell scripts) would be an asset.

Familiarity with statistical analysis would be an asset.  Proficiency with several SW languages (Visual Basic.NET, C, C++, MATLAB, python, shell scripts) would be an asset.

Education Requirements:

  • BS 15+ years – MS/PhD preferred
  • MS 12+ years
  • PhD 10+ years

Minimum Experience Requirements:

The engineer must have specified, designed, verified, characterized, qualified, ramped to production and introduced to market at least 10 or more high-precision analog designs including key blocks, subsystems and/or top level.

The engineer must be a team player who can participate in a fast-paced and collaborative team environment.

Strong time management and project management skills are required. Detail oriented with all aspects of technical work. Experienced with engineering documentation and control processes, version control processes, bug tracking.

Excellent verbal and written communication skills are required.

Contact

  • Please submit CV/resume to Crocus

Description:

Crocus Technology is seeking an EDA/CAD Engineer to support and develop EDA tools for high-performance analog ASIC design.  The engineer will be hands-on with all phases of design including foundry interface, PDK/tool flow installation, database archive and validation, tapeout and support. The engineer must be an expert in analog and mixed-signal circuit design flows and tools. The self-motivated engineer must be able to anticipate problems and devise effective solutions.

Responsibilities:

  • Support CAD environment for the design of high-performance, high-precision mixed-signal, integrated circuits for magnetic sensor applications
  • Contribute to the development of design standards, IC development processes, CAD tools and design flows
  • Serve as CAD engineer with external IP, tool and foundry vendors:
    • Design, setup, and maintain CAD interfaces between IP vendor and Crocus Technology teams
    • Troubleshoot CAD interface issues as required
    • Tapeouts

Minimum Expertise Requirements:

  • Expert in analog and mixed-signal IC design concepts and must demonstrate superior critical thinking skills, problem solving capabilities and engineering judgment
  • Fluent with analog EDA front and back-end tools
    • Cadence Virtuoso, ADE
    • SKILL programming
    • Mentor Calibre (end user support and rule deck writing)
  • Detailed understanding of layout concepts and guidelines
  • FlexLM license management
  • Strong UNIX/Linux and scripting language (Perl/TCL/csh/etc)
  • Linux/Windows hardware, server storage, networking, infrastructure set-up, maintenance, debug capabilities
  • Not required but preferred
    • Perforce
    • Ocean scripting
    • Linux OS support
    • Custom Pcell development
    • Custom PDK development

Education Requirements:

  • BS 8+ years – MS/PhD preferred
  • MS 5+ years
  • PhD 3+ years

Minimum Experience Requirements:

  • Overall:
    • 5 years of experience working as a professional mixed signal IC CAD engineer is required
  • IC Technologies:
    • High-performance, high-precision, high-voltage IC technologies: CMOS, bipolar, BiCMOS, BCD
    • Automotive: AEC-Q100, Grade0
  • IC Design Software:
    • Experience with setting up, documenting, and maintaining analog and digital IC design flows is required
    • Experience with transistor-level IC design and verification software, e.g. Cadence Composer, Cadence Virtuoso, Cadence Spectre, Virtuoso AMS, Mentor Calibre, Cadence Assura, Skill language, is required
    • Experience with digital design flows, e.g. RTL coding, synthesis, formal verification, place and route, RC extraction, timing closure, is preferred
  • Third Party IP:
    • Experience in designing, setting up, and maintaining CAD interfaces with external IP vendors
  • Work Environment:
    • Comfortable working in a fast-paced environment
    • Must be strong individual contributor, and also able to work as member of a small team

Contact

  • Please submit CV/resume to Crocus

Description:

Crocus Technology is seeking a Staff Analog & Mixed-Signal IC Verification Engineer to create innovative products in a fast-paced and collaborative team environment.  The engineer will be hands-on with all phases of R&D including product definition, system analysis, circuit design, layout, verification, bring-up, DVT, qualification, test and production ramp-up.  As a member of a vertically-integrated team, the engineer will be directly supporting system level customers and will be closely working with product, operations and reliability teams.

The engineer must be an expert in analog IC design – including but not limited to high-performance & high-accuracy design across multiple process technologies.  The role is not digital design and is not digital design verification (DV).  The engineer must be an expert in analog and mixed-signal circuit and system verification.  A demonstrated ability to synthesize compelling solutions from complex requirements while meeting product and operational constraints is critical.  The self-motivated engineer must be able to anticipate problems and devise effective solutions.  This is a high impact position with significant visibility.

Responsibilities:

Responsible for analog & mixed-signal IC front-end verification, foundry compliance definition & compliance, thermal simulation & measurement, EMIR analysis, HCI/NBTI analysis, reliability analysis and semiconductor device measurement & characterization.

Contribute to all aspects of IC product development, including product definition, system analysis, circuit design, layout, verification, foundry compliance, bring-up, DVT, failure analysis, qualification, test, production ramp-up, release to manufacture and systems customer support.

Work with cross-functional systems & design teams to define the IC products, ascertain design feasibility, assess process technology options and devise the IC electrical, thermal and reliability specifications.

Key verification responsibilities include ownership of blocks, subsystems and/or top level designs.  The engineer will conduct analog & mixed-signal front-end verification, provide design & verification support for design engineers and conduct semiconductor device measurement & characterization.  The engineer will ensure the designs meet electrical and thermal specifications, process variations, design rules as well as manufacturing, design-for-test and reliability guidelines.

The engineer will work closely with design, CAD, product and test engineering teams to devise and conduct DVT plans, characterization and compliance matrix evaluation, qualification, failure analysis and corrective action as well as yield analysis and optimization.

Minimum Expertise Requirements:

  • Expert in analog and mixed-signal IC design concepts and must demonstrate superior critical thinking skills, problem solving capabilities and engineering judgment
  • Fluent with analog EDA front and back-end tools
    • Cadence Virtuoso, ADE
    • SKILL programming
    • Mentor Calibre (end user support and rule deck writing)
  • Detailed understanding of layout concepts and guidelines
  • FlexLM license management
  • Strong UNIX/Linux and scripting language (Perl/TCL/csh/etc)
  • Linux/Windows hardware, server storage, networking, infrastructure set-up, maintenance, debug capabilities
  • Not required but preferred
    • Perforce
    • Ocean scripting
    • Linux OS support
    • Custom Pcell development
    • Custom PDK development

Education Requirements:

  • BS 8+ years – MS/PhD preferred
  • MS 5+ years
  • PhD 3+ years

Minimum Expertise Requirements:

The engineer must be an expert in front-end analog & mixed-signal IC verification.  The engineer must demonstrate superior critical thinking skills, problem solving capabilities and engineering judgment.

Expertise with high-performance and high-precision analog ICs for industrial and automotive applications is strongly preferred.  Expertise with high-performance transceiver, data converter or frequency control architectures and circuits would be an asset.

Expertise with CMOS, bipolar, BiCMOS, BCD and high-voltage process technologies is required.

Expertise with advanced techniques for test bench development, performance simulations, corner simulations, regression analysis, mixed-mode co-simulation and RLC parasitic extraction & simulation is required.  Familiarity with EM & SI analysis would be an asset.  Expertise with thermal simulation, EMIR analysis and HCI/NBTI analysis is strongly preferred.

A deep understanding of high-performance and high-accuracy analog IC layout techniques is required.  Strong skills with layout tools and physical verification tools preferred.

Strong skills with device physics and impact on analog circuits and techniques to improve performance required.

Strong skills with bipolar, CMOS, passive structure and interconnect failure modes and methods to ascertain and improve reliability required.  Familiarity with ESD/LU design techniques would be an asset.

Semiconductor device electrical & thermal measurement & characterization expertise is required.  Semiconductor device modeling expertise would be an asset.  Familiarity with test structure definition, development and evaluation would be an asset.

Strong skills with laboratory evaluation, debug, DVT, failure analysis and qualification (HTOL/ESD/LU) required. Familiarity with ATE production flows would be an asset.  Familiarity with DFT methods to improve ATE efficiency would be an asset.  Familiarity with ATE yield and failure Pareto analysis required.

Strong skills with VerilogA and CAD scripting languages (Skill, python, shell scripts) is required.

Familiarity with statistical analysis would be an asset.  Proficiency with several SW languages (Visual Basic.NET, C, C++, MATLAB) would be an asset.

Minimum Experience Requirements:

The engineer must have specified, designed, verified, characterized, qualified, ramped to production and introduced to market at least 2-3 analog designs including key blocks, subsystems and/or top level.

The engineer must be a team player who can participate in a fast-paced and collaborative team environment.

Strong time management and project management skills are required. Detail oriented with all aspects of technical work. Experienced with engineering documentation and control processes, version control processes, bug tracking.

Excellent verbal and written communication skills are essential.

Contact

  • Please submit CV/resume to Crocus

Generic Job Description:

Responsible for developing test hardware for Wafer Sort and Final Test as well as test programs for new sensor product. A key requirement for this position is to develop probe cards for new products using Chroma, J750 and Eagle ETS-64 or similar test platforms. Probe card development requires external component to complement the tester specifications to meet product test requirements. Candidate must also be able to develop test programs for various test platforms outlined above. Additional functions include but not limited to yield enhancement, test time reduction and quality improvement programs. This position will require extensive experience and knowledge in test platform development utilizing prober, ATE platforms and test algorithm development. The position must work closely with design engineers, Application / System engineers and product engineers to ensure that the test platform will meet current and future production test requirements. The ideal candidate must be able to clearly articulate his/her ideas and manage projects efficiently and effectively. Some travel as well as extensive remote support may be required for overseas hardware and software support.

Complex Tasks:

  1. Design and manufacture probe cards at vendors, Final Test hardware design and development,
  2. Develop Test Programs for Wafer Sort, Final Test, and Characterization for J750, Chroma and ETS64,
  3. Validation and characterization of Magnetic Sensor product,
  4. This job requires proficiency using Logic Analyzers, Oscilloscopes, Auto Wafer Probers, Manual Wafer Probers and Handlers.

Management/Organizational Skills:

  1. Must be able to effectively manage/drive complex technical issues with Design Team, Application/ System team, Technology Team,
  2. Must have the organizational skills to consistently meet schedule requirements and commitments,
  3. Ability to manage and cope with changing priorities,

Team and People Skills:

  1. Able to work effectively with cross functional teams across geographical boundaries,
  2. To clearly communicate functional needs to various teams in order to develop test software and hardware to specification meeting requirements established for product in development,
  3. Understand specific roles within the team and maintain both personal focus and group vision,

Project Deliverables Including but not limited to:

  1. Design new hardware, probe cards, Final Test load boards,
  2. Maintain and support probe cards and package test hardware,
  3. Develop software and validate with characterization plan,
  4. Design burn-in boards and device qualification is a plus,
  5. Deliver fully functional and robust hardware for the items above,
  6. Deliver Wafer Sort, Final Test, Reliability, Quality and Characterization Programs,
  7. Calibration and characterization of magnetic source is a plus.

Basic Qualifications:

Circuit knowledge of various analog and digital blocks is a must. In particular, experience with Magnetic Sensor products. Experience in designing and developing probe cards for various test platforms. Experience in planning and execution of complex projects to critical deadlines. Must possess good written and verbal communication skills.

Job Requirements:

  1. Minimum BSEE with 5-10 years of experience; MSEE preferred,
  2. Design and maintain probe cards and Final Test Hardware,
  3. Characterization test program and hardware development experience,
  4. Strong technical knowledge of electronic devices, circuits, and analog test techniques,
  5. Data analysis and statistical skills,
  6. Experienced with various lab equipment such as scopes, power supplies, signal generators, etc.
  7. Understanding of the IC product development process from concept to volume production,
  8. Ability to read, analyze and interpret technical procedures, operating and maintenance instructions,
  9. Ability to apply mathematical operations to such tasks as frequency distribution, determination of test reliability and validity, analysis of variance, correlation techniques, sampling theory and factor analysis,
  10. Ability to utilize knowledge of programming techniques, electronic test equipment and test specifications to develop test program within an acceptable time frame,
  11. In-depth understanding of the test processes and equipment to reduce the time spent performing engineering tasks,
  12. Ability to effectively interface with other departments to obtain, verify, or provide information.

Contact

  • Please submit CV/resume to Crocus

Crocus Technology:

Crocus Technology is a dynamic young company developing and suppling revolutionary magnetic sensors based on our patented XtremeSense® TMR technology. Crocus’ magnetic sensors bring significant advantages to industrial and consumer electronic applications requiring high sensitivity, stable magnetic performance over temperature, low power and low noise while lowering the overall total solution cost. We are headquartered in Santa Clara, California, with our Technology Center in Grenoble, France. Crocus has been partnering with Tower Semiconductor since 2007. We are an equal opportunity employer and offer comprehensive benefits and compensation packages. Crocus offers a fantastic work environment with a great international corporate culture.

Job Location:

  • Tower Semiconductor wafer fab, Migdal Haemek, Israel.
  • Tower Semiconductor is the wafer foundry partner of Crocus Technology.

Responsibilities:

  • As a Crocus engineer embedded at Tower Semiconductor, operate, coordinate, and facilitate magnetic sensor deposition and etch activities for Crocus Technology.
  • Work with the Crocus Technology team (located in Grenoble, France) to implement, coordinate, optimize, improve, and control deposition and etch processes for magnetic sensor products on Crocus-specific tools at Tower Semiconductor.
  • Work closely and effectively with Tower Semiconductor technical, engineering and maintenance teams to facilitate and assist in qualifications and monitoring tasks, maintenance planning, recipe development, process improvements, R&D activities, production planning, and relevant information exchange with Crocus team.
  • Facilitate and perform relevant data gathering, analysis and reporting relevant to activities above, and coordinate troubleshooting activities as needed.
  • Participate in regular remote/online meetings with Crocus Technology teams in Grenoble, France and California, USA.
  • Have access to the “Deposition, Etching and Annealing equipment” located inside Fab2 at Tower Semiconductor

Preferred Qualifications:

  • Process engineer with experience in magnetics and/or semiconductor process technology.
  • Demonstrated experience in silicon (Si) wafer process technology (sputtering deposition of metals and ion beam etching in particular).
  • Knowledge of vacuum tools.
  • Experience in semiconductor wafer fab environments including strict safety, wafer handling and documentation protocols.
  • Industrial experience or experience collaborating with industry partners.
  • Working knowledge of magnetic materials and technology is a plus.
  • Effective written and oral communications skills with a high degree of fluency in English. Fluency in French is desirable but not required.
  • Skills in database, project management and statistical data analysis tools including SPC, process monitoring and DOE.
  • High degree of organization and attention to details.
  • Ability to work independently in an efficient, flexible, and open manner in a diverse team environment.

Contact

  • Please submit CV/resume to Crocus

General Job Description:

Hands on experience working with and setting up testers, probers, meters and other lab equipment in a semiconductor engineering lab environment. Responsible for operating and setup of laser programing machine. Able to perform Incoming and outgoing inspection of 8” wafers. Also support engineering activities including but not limited to wafer sort and final test setup, magnetic setup at wafer level, conduct tests and collect data.

Complex Tasks:

  1. Able to setup different types of semiconductor equipment.
  2. Able to operate the semiconductor equipment.
  3. Inspect products and processes for flaws and identify areas of improvement.
  4. Conduct tests and collect data.
  5. Prepare and conduct experiments.
  6. Calculate or record results during experiments.

Organizational Skills:

  1. Must be able to perform tasks without direct supervision.
  2. Must have the organizational skills to consistently meet schedule requirements and commitments.
  3. Assist engineers as they create, modify, and test products and processes.
  4. Quality first mindset evident in quality of work and organization of workspace.
  5. Understanding and experience working in a class 10K cleanroom environment.

Team and People Skills:

  1. Able to work effectively with engineering team.
  2. Understand specific roles within the team and maintain both personal focus and group vision.
  3. Effective communication and sense of ownership and accountability.

Projects and deliverables:
Deliverables for a project include but are not limited to:

  1. Operate the Laser Programing machine.
  2. Ensure proper operation of all equipment by performing audits and maintaining checklists,
  3. Support engineering for data collection.
  4. Support engineering to setup Probers and Testers.

Basic Qualifications:

Must possess good written and verbal communications skills.

Job Requirements:

  1. Minimum High School Diploma, preferred AA with 5 years of experience.
  2. Hands on experience in a semiconductor environment with specific experience in equipment setup.
  3. Experience using Microscope for incoming and outgoing wafer inspection.
  4. Ability to read, analyze and interpret engineering and machine instructions.
  5. Able to perform the work without or with minimum supervision.
  6. Other activities as may be required.

Contact

The Applications/Hardware Engineer will be responsible for the testing, characterization and application electronics development of our TMR Magnetic Sensor Product Portfolio.

What You Will Be Doing

  • Immersed in Applications Engineering activity including generation of application circuits and demo boards with circuit design steps, component selection, circuit schematic, bill of materials, PCB layout, test procedures and reports
  • Support Applications Team’ documentation efforts to enable customers to build and customize reference designs provided
  • Ensure customer support by providing guidance for troubleshooting/analysis, competitive analysis, and solution generation, including FA support relative to applications and systems issues.
  • Involved with automation of Lab Measurements and development of new test methods to characterize and benchmark TMR Magnetic Sensors
  • Other duties as assigned

What You Need for this Position

Required Skills/Experience:

  • BS and/or MS in Electrical, Electronics Engineering, or a related discipline with minimum 5-7 years of experience in the Electronics Industry in an Applications or Electronics Design role.
  • Experience and strong knowledge of sensors, preferably magnetic sensor, readout circuitry is a plus
  • Demonstrated related experience in the areas of sensors, integrated circuit, PCB design with good hardware debugging skills is mandatory
  • Experience in measurement automation (LabView, VEE, Python) as well proficiency in programming microcontrollers (STM32/MSP430/PICs) to enable rapid prototyping of sensors.
  • An effective communicator with the ability to interface at all levels within the organization and cross functional teams both written and orally.

Desired Skills/Experience:

  • Ability to do basic GUI development in Windows as needed to support demonstration boards.
  • Experience with analog, mixed signal testing for multiple industrial and consumer applications

What’s In It for You

  • Competitive Base Salary with Bonus
  • Medical/Dental/Vision
  • PTO
  • Retirement Plan
  • Career advancement at a sensor startup

Contact