Overview
Research-oriented M.S./Ph.D. scholar role to explore and develop novel Deep Learning architectures and build efficient, trustworthy AI systems, including a model-agnostic external Recursive Reasoning Engine for smaller models on repository-grounded software engineering tasks.
What you'll do
- Research, design, and develop advanced Deep Learning models and novel neural architectures.
- Explore architectures beyond Transformers, including State Space Models (SSMs), Liquid Neural Networks (LNNs), and Hybrid approaches.
- Design and implement Agentic AI systems, Recursive Reasoning Engines, and tool-augmented architectures.
- Fine-tune models using PEFT (e.g. LoRA, QLoRA etc.) and Knowledge Distillation.
- Optimize model performance, inference efficiency, latency, and memory utilization.
- Design rigorous experiments, evaluation frameworks, and benchmarks to validate research hypotheses.
- Translate cutting-edge research into scalable, production-grade AI systems.
What you'll need
- M.Tech./M.S./Ph.D. in AI/ML or related disciplines.
- 2-3 years of experience in Deep Learning, Machine Learning, or Applied AI Research.
- Strong foundations in Linear Algebra, Probability, Statistics, Optimization, and Deep Learning algorithms.
- Proficient in frameworks like PyTorch/JAX, with hands-on model development experience.
- Demonstrated ability to implement, reproduce, and extend research papers, including building neural architectures from scratch.
- Strong understanding of experimental design, model evaluation, benchmarking, and statistical validation.
- Demonstrated research aptitude through publications, open-source contributions etc.
Nice to have
- Understanding of evaluation benchmarks for software engineering tasks and human-agent collaborations.
- Familiarity with distributed computing, GPU acceleration, and scalable ML infrastructure.
Details
Read the full description and apply on the company’s own careers page.