1. MAJOR RESPONSIBILITIES:
- Teamwork skills with strong interpersonal communication and responsibility.
- Design and develop accurate signal conditioning chains, signal converters, sampling system, drivers and so on for high precision measurement instruments.
- Architect analog front-end (AFE) solutions for sensor interfacing — covering thermocouples, RTDs, strain gauges, photodiodes, electrochemical cells, and other transducers
- Perform detailed analog signal chain analysis including noise budgeting, bandwidth optimization, dynamic range assessment, and distortion characterization
- Select and evaluate critical components (op-amps, ADCs, DACs, voltage references, analog switches, multiplexers) based on performance, cost, and supply chain considerations
- Design and implement high-resolution ADC and DAC subsystems (SAR, Sigma-Delta, pipelined) with careful attention to grounding, shielding, and clock distribution
- Develop low-noise, low-ripple power supply architectures tailored for sensitive analog circuits with detailed power budget and noise control.
- Conduct SPICE simulation (LTspice, PSpice, or equivalent) for circuit verification, worst-case analysis, and Monte Carlo tolerance evaluation
- Design and debug multi-layer PCB layouts with emphasis on analog-digital partitioning, ground plane integrity, thermal management, and EMC compliance
- Build and characterize prototypes using oscilloscopes, spectrum analyzers, network analyzers, precision multimeters, source-measure units, and thermal chambers
- Perform design-for-manufacturability (DFM) and design-for-test (DFT) reviews to ensure smooth transition from prototype to volume production
- Contribute technical documentation including design specifications, test procedures, validation reports, and application notes
- Participate in cross-functional design reviews and support system-level integration and troubleshooting
- Stay current with emerging semiconductor technologies, converter architectures, and analog design methodologies relevant to instrumentation
2. REQUIREMENTS:
- Bachelor’s or Master’s degree in Electrical Engineering, Electronics Engineering, MS EE or above desired.
- 5+ years of hands-on experience in analog circuit design for measurement, test, or instrumentation applications
- Strong theoretical foundation in analog electronics — feedback theory, stability analysis, noise theory, and linear circuit design
- Proven experience designing circuits with precision op-amps (low offset, low noise, low drift), instrumentation amplifiers, and high-resolution ADCs/DACs (≥16-bit)
- Proficiency in SPICE-based circuit simulation (LTspice, PSpice, TINA-TI, or equivalent)
- Hands-on PCB layout experience using Cadence HDL, Allegro, or similar EDA tools — with demonstrated ability to design 4+ layer mixed-signal boards
- Solid understanding of grounding techniques, shielding practices, and electromagnetic compatibility (EMC/EMI) design principles
- Experience with laboratory instrumentation for circuit characterization — oscilloscopes, spectrum analyzers, precision sources, LCR meters, and thermal test equipment
- Strong problem-solving skills with a methodical approach to debugging and root-cause analysis
- Proficiency in English (written and spoken) for documentation and technical communication
3. EXPERIENCE OF INTEREST:
- Low noise, PPM precision, Op amps, filters, ADC/DAC, amplifiers, loop analysis.
- Experience with FPGA-based digital signal processing for instrument calibration, linearization, or real-time filtering
- Knowledge of embedded C/C++ for microcontroller-based data acquisition and instrument control
- Familiarity with industrial communication protocols (SPI, I²C, RS-485, CAN, Modbus, 4–20 mA)
- Experience designing circuits that comply with IEC 61010, IEC 61326, or similar safety and EMC standards for laboratory/test equipment
- Understanding thermal design principles and temperature compensation techniques for precision analog circuits
- Exposure to data acquisition system (DAQ) architecture design and multi-channel synchronized sampling
- Experience with design for intrinsic safety (IS) or explosion-proof environments is a plus
- Track record of published technical articles, patents, or contributions to open-source hardware projects
About Us
Fortive Corporation Overview
Fortive’s essential technology makes the world stronger, safer, and smarter. We accelerate transformation across a broad range of applications including environmental, health and safety compliance, industrial condition monitoring, next-generation product design, and healthcare safety solutions.
We are a global industrial technology innovator with a startup spirit. Our forward-looking companies lead the way in software-powered workflow solutions, data-driven intelligence, AI-powered automation, and other disruptive technologies. We’re a force for progress, working alongside our customers and partners to solve challenges on a global scale, from workplace safety in the most demanding conditions to groundbreaking sustainability solutions.
We are a diverse team 18,000 strong, united by a dynamic, inclusive culture and energized by limitless learning and growth. We use the proven Fortive Business System (FBS) to accelerate our positive impact.
At Fortive, we believe in you. We believe in your potential—your ability to learn, grow, and make a difference.
At Fortive, we believe in us. We believe in the power of people working together to solve problems no one could solve alone.
At Fortive, we believe in growth. We’re honest about what’s working and what isn’t, and we never stop improving and innovating.
Fortive: For you, for us, for growth.
About the TeamSkills Required
- Bachelor’s or Master’s degree in Electrical Engineering or Electronics Engineering
- 5+ years of hands-on analog circuit design experience for measurement, test, or instrumentation applications
- Strong foundation in analog electronics, feedback theory, stability analysis, noise theory, and linear circuit design
- Experience designing precision op-amp, instrumentation amplifier, and high-resolution ADC/DAC circuits of 16-bit or higher
- Proficiency with SPICE-based circuit simulation tools such as LTspice, PSpice, or TINA-TI
- Hands-on PCB layout experience using Cadence HDL, Allegro, or similar EDA tools
- Experience designing four-layer or higher mixed-signal circuit boards
- Understanding of grounding, shielding, EMC, and EMI design principles
- Experience using laboratory instrumentation for circuit characterization
- Strong problem-solving, debugging, and root-cause analysis skills
- Proficiency in written and spoken English
- FPGA-based digital signal processing experience
- Embedded C or C++ experience for data acquisition and instrument control
- Familiarity with SPI, I²C, RS-485, CAN, Modbus, or 4-20 mA protocols
- Experience with IEC 61010, IEC 61326, or similar safety and EMC standards
- Experience with intrinsic safety or explosion-proof environments
- Published technical articles, patents, or open-source hardware contributions
Fortive Compensation & Benefits Highlights
The following summarizes recurring compensation and benefits themes identified from responses generated by popular LLMs to common candidate questions about Fortive and has not been reviewed or approved by Fortive.
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Parental & Family Support — Parental leave is fully paid for 12 weeks for all parents, with fertility coverage via Progyny and generous adoption/surrogacy support. Backup child and adult care plus inclusive eligibility extend support across diverse family structures.
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Healthcare Strength — Multiple PPO and HSA medical options include telemedicine and second-opinion services, alongside robust mental-health access through Spring Health with no‑cost therapy sessions. The breadth of medical and behavioral health resources is highlighted as a strength.
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Retirement Support — The 401(k) provides a competitive employer match each pay period, with an additional company retirement contribution after one year of service. Financial wellness tools and an employee stock purchase plan further bolster long‑term savings.
Fortive Insights
What We Do
Fortive’s essential technology makes the world stronger, safer, and smarter. We accelerate transformation across a broad range of applications including environmental, health and safety compliance, industrial condition monitoring, next-generation product design, and healthcare safety solutions. We are a global industrial technology innovator with a startup spirit. Our forward-looking companies lead the way in software-powered workflow solutions, data-driven intelligence, AI-powered automation, and other disruptive technologies. We’re a force for progress, working alongside our customers and partners to solve challenges on a global scale, from workplace safety in the most demanding conditions to groundbreaking sustainability solutions. We are a diverse team 18,000 strong, united by a dynamic, inclusive culture and energized by limitless learning and growth. We use the proven Fortive Business System (FBS) to accelerate our positive impact. At Fortive, we believe in you. We believe in your potential—your ability to learn, grow, and make a difference. At Fortive, we believe in us. We believe in the power of people working together to solve problems no one could solve alone. At Fortive, we believe in growth. We’re honest about what’s working and what isn’t, and we never stop improving and innovating. Fortive: For you, for us, for growth.
