Postdoctoral Researcher Compiler Development for Advanced DSP and AI Compute Architecture

Join a cutting-edge research project at IIT Kanpur focused on developing a high-performance compiler for an advanced RISC-V DSP and AI Compute architecture featuring 256-bit SIMD vector engine. This project involves state-of-the-art compiler research, optimization, and software development. Responsibilities: - Conduct original research on compiler optimizations for DSP, AI compute, and vector architectures including instruction selection, scheduling, and register allocation. - Design and prototype auto-vectorization strategies for SIMD pipelines. - Collaborate closely with hardware architects and software engineers to align compiler technology with architectural features. - Publish high-quality research papers in relevant conferences and journals. - Mentor junior researchers and contribute to technical documentation and presentations. Qualifications: - PhD in Computer Science, Electrical Engineering, or related field with focus on compilers, embedded systems, or parallel computing. - Strong publication track record in compiler optimization, vectorization, or DSP architecture. - Expertise in LLVM or other advanced compiler frameworks. - Knowledge of RISC-V ISA and SIMD architectures preferred. - Proficient in C/C++ and systems programming. - Excellent written and verbal communication skills. - Ability to work independently and collaboratively in interdisciplinary teams. Desired Skills: - Experience with AI compute, DSP algorithms, and signal processing. - Familiarity with LLVM backend development. - Understanding of compiler optimization passes and IR transformations. Please note that the company details were not included in the provided job description.,