The Role
Develops and validates computational models and simulations for electronic and electromechanical medical-device systems. Performs signal and power integrity, electromagnetic, circuit, and system-level analyses; conducts trade studies and sensitivity analyses; supports virtual prototyping, design reviews, verification, and regulatory submissions. Collaborates with hardware, firmware, systems, and manufacturing teams to resolve performance issues and documents modeling methods, assumptions, validation, and results.
Summary Generated by Built In
Job Summary
We are looking for a highly skilled engineer with expertise in
computational modeling and simulation for electronic and electro mechanical systems used in medical devices.
The role focuses
on SI/PI, electromagnetic analysis, and system-level modeling to evaluate and optimize product performance, reliability, and
robustness. The engineer will drive simulation-driven design, reduce
physical prototyping, accelerate development timelines, and support
regulatory submissions.
Key Responsibilities
- Perform SI/PI analysis for high-speed interfaces.
- Develop validated electrical simulation models under varying
operating conditions.
- Conduct trade studies and sensitivity analyses to support
engineering decisions.
- Contribute to virtual prototyping initiatives to reduce design
iterations.
- Present simulation findings and design recommendations to
stakeholders.
- Maintain documentation of methodologies, assumptions, validation,
and results.
- Support design reviews and verification activities with simulation
based analyses.
Requirements
Required Skills
- Perform Signal Integrity (SI) and Power
Integrity (PI) analysis for high-speed digital
interfaces (DDR4, DDR5, MIPI, USB).
- Develop simulation models for impedance
discontinuities, crosstalk, timing margins,
and electromagnetic compatibility.
- Conduct pre-layout and post-layout
PCB/package analyses.
- Apply electromagnetic, circuit, and
system-level simulation techniques to
optimize product design.
- Support regulatory submissions and
design verification with simulation-based
evidence.
- Collaborate with hardware, firmware,
systems, and manufacturing teams to
resolve performance issues.
Preferred Skills
- Transmission line theory, PCB design, and power distribution
networks.
- Tools: Ansys HFSS, Ansys SIwave, Cadence, CST Studio Suite,
Altium.
- Experience with schematic capture and PCB layout.
- Programming/scripting in Python, MATLAB, Tcl for automation and
data analysis.
- EMI/EMCfundamentals.
- Background in medical devices, consumer electronics, or
embedded systems.
Education
- Bachelor’s Degree, Master’s, or Ph.D. in
Electrical or Electronics or a related field.
- Equivalent experience accepte
Skills Required
- Perform Signal Integrity and Power Integrity analysis for high-speed digital interfaces, including DDR4, DDR5, MIPI, and USB.
- Develop simulation models for impedance discontinuities, crosstalk, timing margins, and electromagnetic compatibility.
- Conduct pre-layout and post-layout PCB and package analyses.
- Apply electromagnetic, circuit, and system-level simulation techniques to optimize product design.
- Support regulatory submissions and design verification using simulation-based evidence.
- Collaborate with hardware, firmware, systems, and manufacturing teams to resolve performance issues.
- Bachelor's, master's, or Ph.D. degree in electrical engineering, electronics, or a related field; equivalent experience accepted.
- Knowledge of transmission line theory, PCB design, and power distribution networks.
- Experience with Ansys HFSS, Ansys SIwave, Cadence, CST Studio Suite, and Altium.
- Experience with schematic capture and PCB layout.
- Programming or scripting experience in Python, MATLAB, or Tcl for automation and data analysis.
- Knowledge of EMI/EMC fundamentals.
- Background in medical devices, consumer electronics, or embedded systems.
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The Company
What We Do
CADFEM India Pvt Ltd is the Indian operation of CADFEM, a simulation and digital-engineering provider. The company supplies engineering simulation software and hardware, supports Ansys users, and delivers consulting, implementation, engineering, workflow-automation, and training services. Its solutions help organizations apply numerical simulation in product development and research, with expertise spanning many industries and applications, including aerospace and defense. The India role specifically serves government aerospace and defense customers.
