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Hardware/Electrical Engineer – Functional Safety in Electronics(m/w/x)
Modeling ASICs, FPGAs, and microcontrollers into SPICE models for AI-powered safety analysis software. 3+ years with analog/digital circuits, hardware design, and simulation tools required. Stock option packages, home office setup assistance.
Requirements
- Strong fundamentals in electronics
- Bachelor’s or Master’s degree in electronics, electrical engineering, related field, or equivalent practical experience
- Experience designing and analyzing real hardware
- 3+ years with analog/digital circuits, hardware design, simulation tools
- Deep familiarity with electronic components and their behavior
- Hands-on experience with circuit simulation tools
- Experience building or debugging simulation models
- Comfort with solver configuration, convergence optimization, simulation debugging
- Solid mathematical intuition for simulation and solver behavior
- Programming ability (strong advantage)
- Experience with Matlab, Python, Java, C++, or similar languages
- Experience with functional safety analysis (significant plus)
- Clear communication and strong sense of ownership
- Ability to work independently and contribute effectively in a team
Tasks
- Develop and simulate models for integrated circuits.
- Model ASICs, FPGAs, and microcontrollers.
- Use manufacturer data and internal requirements.
- Translate datasheets and IBIS files into SPICE models.
- Model complex digital ICs and discrete semiconductors.
- Ensure accurate model functionality under failure modes.
- Ensure models are computationally feasible.
- Ensure technical integrity of automated safety analyses.
- Assess systems using circuit elements and interactions.
- Capture system behavior and failure effects.
- Contribute to research and development initiatives.
- Explore new approaches for automated safety analysis.
- Propose innovative methods.
- Prototype AI-assisted model development.
- Develop new failure-mode modeling techniques.
- Digitalize safety standards.
- Develop VHDL-based modeling approaches.
- Create prototypes using Matlab, Python, Java, C#.
- Further develop the product.
- Influence product performance metrics.
- Collaborate with engineers and stakeholders.
- Coordinate tasks with team members.
- Tackle complex modeling challenges.
- Participate in model and documentation reviews.
- Contribute to technical discussions.
Work Experience
- 3 years
Education
- Bachelor's degree
Languages
- English – Business Fluent
Tools & Technologies
- OrCAD
- LTspice
- KiCad
- Cadence
- Siemens Xpedition
- Matlab
- Python
- Java
- C++
Benefits
Competitive Pay
- Stock option packages
Purpose-Driven Work
- Autonomous responsibilities
Mentorship & Coaching
- Constructive feedback
Flexible Working
- Remote work
- Flexible work hours
Modern Equipment
- Home office setup assistance
- Equipment provided
Learning & Development
- Continuous learning and development
Career Advancement
- Career advancement opportunities
Informal Culture
- Diverse and inclusive environment
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Hardware/Electrical Engineer – Functional Safety in Electronics(m/w/x)
Modeling ASICs, FPGAs, and microcontrollers into SPICE models for AI-powered safety analysis software. 3+ years with analog/digital circuits, hardware design, and simulation tools required. Stock option packages, home office setup assistance.
Requirements
- Strong fundamentals in electronics
- Bachelor’s or Master’s degree in electronics, electrical engineering, related field, or equivalent practical experience
- Experience designing and analyzing real hardware
- 3+ years with analog/digital circuits, hardware design, simulation tools
- Deep familiarity with electronic components and their behavior
- Hands-on experience with circuit simulation tools
- Experience building or debugging simulation models
- Comfort with solver configuration, convergence optimization, simulation debugging
- Solid mathematical intuition for simulation and solver behavior
- Programming ability (strong advantage)
- Experience with Matlab, Python, Java, C++, or similar languages
- Experience with functional safety analysis (significant plus)
- Clear communication and strong sense of ownership
- Ability to work independently and contribute effectively in a team
Tasks
- Develop and simulate models for integrated circuits.
- Model ASICs, FPGAs, and microcontrollers.
- Use manufacturer data and internal requirements.
- Translate datasheets and IBIS files into SPICE models.
- Model complex digital ICs and discrete semiconductors.
- Ensure accurate model functionality under failure modes.
- Ensure models are computationally feasible.
- Ensure technical integrity of automated safety analyses.
- Assess systems using circuit elements and interactions.
- Capture system behavior and failure effects.
- Contribute to research and development initiatives.
- Explore new approaches for automated safety analysis.
- Propose innovative methods.
- Prototype AI-assisted model development.
- Develop new failure-mode modeling techniques.
- Digitalize safety standards.
- Develop VHDL-based modeling approaches.
- Create prototypes using Matlab, Python, Java, C#.
- Further develop the product.
- Influence product performance metrics.
- Collaborate with engineers and stakeholders.
- Coordinate tasks with team members.
- Tackle complex modeling challenges.
- Participate in model and documentation reviews.
- Contribute to technical discussions.
Work Experience
- 3 years
Education
- Bachelor's degree
Languages
- English – Business Fluent
Tools & Technologies
- OrCAD
- LTspice
- KiCad
- Cadence
- Siemens Xpedition
- Matlab
- Python
- Java
- C++
Benefits
Competitive Pay
- Stock option packages
Purpose-Driven Work
- Autonomous responsibilities
Mentorship & Coaching
- Constructive feedback
Flexible Working
- Remote work
- Flexible work hours
Modern Equipment
- Home office setup assistance
- Equipment provided
Learning & Development
- Continuous learning and development
Career Advancement
- Career advancement opportunities
Informal Culture
- Diverse and inclusive environment
About the Company
Modelwise
Industry
Engineering
Description
Modelwise has developed the first mathematically complete solution for accelerated and improved safety analysis.
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