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Viviane AlencarVA
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Viviane Alencar

@vivianealencar1

I specialize in AI content quality and LLM evaluation, combining 12+ years in technical documentation QA with AI research.

Brazil
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What I'm looking for

I’m looking for remote roles where I can strengthen AI content quality and LLM evaluation with rigorous linguistic QA, technical writing, and data-driven testing—so outputs are clear, consistent, and reliable for expert users.

I’m a technical documentation and linguistic quality assurance professional focused on AI content quality and LLM evaluation. With 12+ years in complex engineering software, I identify ambiguity, inconsistency, and structural failures where precision matters most.

In parallel, I built hands-on research depth through a B.Sc. in Applied Mathematics and Physics, with a thesis on CLIP-like embedding space analysis and zero-shot learning. I trained and benchmarked 17 custom neural network models against an OpenAI ViT baseline, studying how batch size, dimensionality, and dataset scale affect image-text embedding geometry.

Professionally, I advise on visual identity and design decisions for technical audiences, strengthen scannability and reading flow, and provide editorial reviews across articles and technical publications. I bring the same rigor to AI-related content—evaluating clarity, coherence, and failure modes so outputs meet professional communication standards.

Previously, I delivered localization and documentation quality end-to-end at Autodesk and Delcam: maintaining UI/help content, building internal terminology infrastructures on Confluence, and coordinating with development teams through Jira. I also contributed to metrology documentation by designing controlled experiments, documenting results with traceability, and turning findings into cleaner technical specifications.

Experience

Work history, roles, and key accomplishments

Education

Degrees, certifications, and relevant coursework

Technische Hochschule Nürnberg Georg Simon Ohm logoTO

Technische Hochschule Nürnberg Georg Simon Ohm

Bachelor of Science, Applied Mathematics and Physics

2020 - 2025

Grade: Thesis awarded highest grade in the program

Activities and societies: Thesis: Embedding Space Analysis and Zero-Shot Learning in CLIP-Like Models. Trained and benchmarked 17 custom neural network models against OpenAI's ViT-B/32 baseline; analyzed effects of batch size, dimensionality, and dataset scale.

B.Sc. in Applied Mathematics and Physics at Technische Hochschule Nürnberg Georg Simon Ohm (Oct 2020–Mar 2025). Thesis focused on embedding-space analysis and zero-shot learning in CLIP-like models, including benchmarking 17 custom neural network models against a ViT-B/32 baseline.

Tech stack

Software and tools used professionally

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