ETAS - Curricular Internship for Thesis | Optimizing AUTOSAR Code Generation for Resource-Constrained Embedded Architectures
Core
Investigate and optimize AUTOSAR code generation technologies for efficient operation on resource-constrained embedded platforms.
Role type
Curricular thesis intern (embedded systems/software optimization)
Builds
Proof-of-concept solutions for optimized AUTOSAR components across microcontroller architectures
Domain
Automotive embedded systems, AUTOSAR, code generation
Deliverable
production ML models | product features | research
Required skills
C programming, embedded systems knowledge, computer architecture, operating systems concepts, real-time concepts, analytical mindset
Preferred skills
microcontroller experience, embedded toolchains, automotive software concepts, AUTOSAR familiarity, Real-time OS knowledge, compiler technology, performance optimization
Technologies
AUTOSAR Classic, microcontrollers, embedded toolchains, compilers
Responsibilities
Analyse generated AUTOSAR software to identify optimization opportunities for memory footprint and CPU utilization; Develop proof-of-concept solutions for resource-constrained platforms; Define methodology for evaluating software portability and efficiency; Investigate platform-specific assumptions in generated code; Perform measurements and benchmarking to assess optimization strategies
Seniority
Student intern (final year Master's)
