Virtual Simulation

The HiL/MiL/SiL Virtual Environment Team specializes in creating and maintaining virtual testing environments. They develop simulation models and virtual platforms that replicate real-world scenarios for Hardware-in-the-Loop (HiL), Model-in-the-Loop (MiL), and Software-in-the-Loop (SiL) testing, enabling efficient validation and verification of systems under development.

**Tasks**:

- **Simulation Model Developer**
- Develop detailed and accurate simulation models representing various system components (e.g., mechanical, electrical, software logic, environmental factors).
- Validate simulation model behavior against real-world data, analytical models, or physical test results to ensure fidelity.
- Refine and update models iteratively based on new requirements, system design changes, or validation feedback.Manage model versions and maintain a library of validated simulation assets.
- **Virtual Environment Engineer**
- Design and architect the overall virtual testing environment infrastructure, including hardware (for HiL), software platforms, and network configurations.
- Set up, configure, and maintain the virtual platforms and associated toolchains (e.g., simulation software, test automation frameworks).
- Integrate simulation models, control software, and test scripts within the virtual environment.Ensure seamless compatibility and data flow between different simulation components and external tools.
- **Environment Maintenance & Optimization**:

- Regularly update and maintain the virtual environments, including software patches, hardware upgrades (for HiL rigs), and model updates, to reflect the current state of the system under test.
- Monitor environment performance and troubleshoot issues to ensure reliable and efficient test execution.Optimize virtual environments for performance, scalability, and resource utilization to support a growing number of users and complex test cases.

**Deliverables**:

- Maintain and update virtual environments to reflect system updates.
- Collaborate with the Architecture and Mechatronics teams to ensure consistency.
- Document simulation setups, configurations.
- Provide training and support on simulation tools and environments.Develop high-fidelity simulation models representing system components.

**Work Products**:

- Simulation model files (Simulink models, C++ code)
- Configuration files for simulation software and hardware interfaces (I/O mappings for HiL and MiL)
- Scripts for environment setup, automation, and deployment
- Technical documentation (user manuals, setup guides, architecture diagrams, model documentation)
- Validation reports for simulation models
- Performance monitoring data and logs from the virtual environments
- Training modules or presentations

**Desired Skills and Experience**:

- **Bachelor's or Master's degree in Electrical Engineering, Mechatronics Engineering, or a related field.**:

- **Minimum 2+ years of experience in electronics and mechatronics design and development.**:

- **Strong understanding of electronics principles, including circuit design, microcontrollers, and sensor/actuator interfacing.**:

- **Experience with embedded programming using both Python and C++.**:

- **Knowledge of control theory, robotics, or automation.**:

- **Experience with communication protocols such as SPI, I2C, UART, and Ethernet.**:

- **Proficiency in using electronic design automation (EDA) tools and software.**:

- **Familiarity with version control systems like Git.**:

- **Excellent problem-solving and analytical skills.**:

- **Strong communication and interpersonal skills.**:

- **Ability to work independently and as part of a team.**:

- **Passion for electronics, mechatronics, and software development.**

**Work Products**:

- Simulation model files (Simulink models, C++ code)
- Configuration files for simulation software and hardware interfaces (I/O mappings for HiL and MiL)
- Scripts for environment setup, automation, and deployment
- Technical documentation (user manuals, setup guides, architecture diagrams, model documentation)
- Validation reports for simulation models
- Performance monitoring data and logs from the virtual environments
- Training modules or presentations