AI Research Engineer; Applied AI

AI Research Engineer (Applied AI)

Job Title: AI Research Engineer (Applied AI)

Location: 100% Remote (Continental United States)

Position Type: In-house Bright Vision Technologies SOW engagement (no third-party client or vendor)

Experience: 6+ years

Sponsorship: No new H1B sponsorship available. H1B transfers welcomed for qualified candidates.

Employment Type: Full-time, direct W2 with Bright Vision Technologies (no C2C, no 1099, no third-party)

Engagement: Long-term, multi-year, aligned to the Bright Vision SOW delivery roadmap

Compensation: Competitive base salary commensurate with experience, plus benefits.

We are seeking an AI Research Engineer to bridge cutting-edge applied research and production engineering, designing and shipping advanced machine learning systems that solve high-impact business problems. The role blends scientific rigor with practical software engineering, requiring deep understanding of modern ML and deep learning techniques alongside the ability to build robust, scalable, and well-instrumented production pipelines. The ideal candidate stays current with evolving AI research, critically evaluates new techniques for real-world applicability, and is comfortable operating across the full lifecycle from problem framing and experimentation to deployment and continuous improvement.

• Design, prototype, and evaluate applied AI solutions across natural language, vision, recommendation, and structured data domains.
• Translate ambiguous business problems into well-scoped ML formulations with clear success metrics and evaluation strategies.
• Stay current with the latest research in deep learning, large language models, and adjacent areas, and assess applicability to internal use cases.
• Implement rigorous experimentation workflows including baselines, ablations, and statistically sound evaluation methodology.
• Build production-quality training and inference pipelines using modern ML frameworks and orchestration tools.
• Collaborate with ML platform engineers to ensure efficient use of compute, storage, and accelerator resources.
• Optimize models for accuracy, latency, throughput, and cost based on production requirements.
• Develop tooling for dataset construction, labeling, validation, and ongoing monitoring of data quality.
• Partner with product, design, and domain experts to ensure model behavior aligns with user needs and policy requirements.
• Implement safety, fairness, and reliability evaluations and incorporate findings into model selection decisions.
• Document research findings, design decisions, and operational characteristics clearly for both technical and non-technical audiences.
• Mentor engineers on applied ML methodology, evaluation rigor, and responsible deployment.
• Contribute to internal knowledge sharing, reading groups, and prototype-to-production playbooks.
• Influence the broader AI roadmap based on research insight, capability gaps, and emerging opportunities.

• Master’s or PhD in Computer Science, Machine Learning, Statistics, or a closely related field; or equivalent applied experience.
• Six or more years of combined research and applied ML engineering experience.
• Strong proficiency in Python and modern ML frameworks such as PyTorch or JAX.
• Hands‑on experience training, fine‑tuning, and evaluating deep learning models at non‑trivial scale.
• Solid grounding in mathematics, statistics, and the theoretical foundations of modern ML.
• Experience taking ML models from research prototype to production with appropriate observability and safeguards.
• Familiarity with distributed training, mixed‑precision training, and accelerator hardware.
• Strong written and verbal communication skills, including the ability to explain complex methods clearly.
• Demonstrated ability to read, evaluate, and adapt techniques from current research literature.
• Track record of shipping impactful applied AI projects.

• Published research at top‑tier AI/ML venues.
• Experience with large language model training, fine‑tuning, or evaluation.
• Familiarity with retrieval‑augmented generation, agentic systems, or multimodal architectures.
• Exposure to responsible AI, model…