Job Description:
We are seeking an Image Sensor Integration & Validation Engineer to drive the development and verification of next-generation imaging systems.Beyond validation, you will implement secure sensor interfaces and build robust automation frameworks.The ideal candidate combines expertise in MIPI and SPDM protocols with strong scripting skills and a disciplined approach to ASPICE-compliant workflows
Key Responsibilities
1. Sensor Integration & Implementation: Lead the end-to-end integration of Image Sensors, ensuring seamless communication between the sensor hardware and the system software.
2. Secure Protocol Deployment: Implement and verify Secure MIPI and SPDM (Security Protocol and Data Model) to establish secure device authentication and encrypted data transmission.
3. Advanced Scripting & Automation: Design and develop automation scripts and test frameworks (using Python ) to increase efficiency, reduce manual testing, and accelerate the integration lifecycle.
4. Compliance & Quality Assurance: Ensure all development, integration, and testing activities are fully documented and traceable in alignment with ASPICE process standards.
5. ISP Algorithms and Device Drivers: Need to have fair knowledge about ISP Pipelines and device drivers.
6. Full-Stack Debugging: Conduct deep-dive debugging of the HW/SW interface, utilizing scripting tools and hardware Analyzers to resolve complex protocol errors or signal integrity issues.
Required Qualifications
Experience: 4-6 years in Embedded Systems or Semiconductors, specifically focusing on Automotive Imaging or Sensor subsystems.
Mastery: Expert-level proficiency in Python for automation, tool development, and data analysis, alongside strong C/C++ skills for low-level implementation.
Expertise: Hands-on experience with Image Sensors , ÂSecure  MIPI , and the SPDM protocol.Its good to have Knowledge on HAPS based FPGA validation.
Exposure: Proven track record of working within an ASPICE framework, ensuring high standards of traceability and verification.
Education: Bachelors or Master’s degree in Electrical Engineering, Computer Science, or a related field.
Preferred Skills Tools: Proficiency with Logic Analyzers, Oscilloscopes, and Protocol Analyzers for MIPI/I2C debugging.
Knowledge: Android OS, LINUX Knowledge RTL and FPGA. It is add on to have Knowledge on HAPS based FPGA validation
