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Speech Recognition Engineer Resume Example

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Speech Recognition EngineerSpeech RecognitionASRAutomatic Speech RecognitionMachine Learning EngineerAI EngineerData Scientist

Avg. Salary

$140,000 - $190,000

Level

Mid-Senior Level

Speech Recognition Engineer Resume Preview

Alex Johnson
Speech Recognition Engineer  |  alex.johnson@email.com  |  (555) 123-4567  |  San Francisco, CA  |  linkedin.com/in/alexjohnson
Summary
Speech recognition engineer with 4+ years of experience building and optimizing automatic speech recognition (ASR) systems for production applications. Skilled in end-to-end neural ASR architectures, language modeling, and audio signal processing with experience supporting 10+ languages. Skilled in Python, PyTorch, Kaldi, Whisper, CTC/Attention Models, and Language Modeling, Audio Signal Processing, C++ with hands-on experience across speech recognition, ASR, automatic speech recognition. Strong communicator who works effectively with cross-functional teams including product, design, and QA.
Experience
Senior Speech Recognition EngineerJan 2022 - Present
TechCorp Inc.San Francisco, CA
  • Trained a Conformer-based ASR model on 50,000 hours of transcribed audio data that achieved a word error rate (WER) of 5.8% on the internal test set, a 28% relative improvement over the previous production model.
  • Built a real-time streaming ASR pipeline processing 10,000 concurrent audio streams with end-to-end latency under 300ms, deployed on Kubernetes with auto-scaling that handled 3x traffic spikes during peak hours.
  • Developed a speaker diarization system combining x-vector embeddings with spectral clustering that achieved 8.2% diarization error rate on meeting recordings, enabling accurate speaker-attributed transcripts for a conference call product.
  • Implemented a custom language model fine-tuned on 5M domain-specific documents for a medical transcription application, reducing medical terminology errors by 45% compared to the general-purpose language model.
  • Created an audio data pipeline that processed 2,000 hours of raw recordings per week through noise reduction, VAD segmentation, and quality filtering, increasing the usable training data yield from 60% to 88%.
  • Optimized the ASR inference engine using ONNX Runtime and TensorRT quantization (FP32 to INT8), reducing model size by 4x and improving throughput from 150 to 600 utterances per second per GPU without WER degradation.
Speech Recognition EngineerJun 2019 - Dec 2021
InnovateLabsAustin, TX
  • Extended ASR support from 3 to 12 languages using transfer learning from a multilingual base model, achieving WER below 10% on 8 languages with as few as 500 hours of target language data per language.
  • Built an active learning pipeline that identified the 5% of production utterances most likely to improve model performance, reducing human transcription costs by 70% while maintaining the same rate of WER improvement per training cycle.
  • Developed a noise-robust ASR frontend using spectral subtraction and beamforming for a smart speaker product, improving recognition accuracy in noisy environments (SNR < 10dB) by 35% relative.
  • Implemented a confidence scoring module that flagged low-confidence transcriptions for human review, achieving 92% precision in detecting errors and saving the QA team from reviewing 80% of correctly transcribed utterances.
  • Collaborated with the product team to ship ASR-powered features including voice search, real-time captioning, and voice commands, handling a combined 5M+ daily recognition requests with 99.9% service availability.
Education
Bachelor of Science in Computer Science, University of California, Berkeley - Berkeley, CA2019
Skills

Languages & Frameworks: Python, PyTorch, Kaldi, Whisper

Tools & Infrastructure: CTC/Attention Models, Language Modeling, Audio Signal Processing, C++

Methodologies & Practices: CUDA, Kubernetes

Projects

Model Evaluation and Deployment Pipeline - Built a practical workflow for evaluating, deploying, and monitoring models using Python. Added repeatable performance checks, versioned experiments, and production-readiness criteria before release.

Training Data and Model Quality Framework - Created data review, labeling, and quality measurement processes around PyTorch, Kaldi, Whisper. Improved experiment reproducibility and helped teams identify model drift, data gaps, and reliability issues earlier.

Certifications

NVIDIA Deep Learning Institute - Building Conversational AI Applications

AWS Certified Machine Learning - Specialty

Professional Summary

Speech recognition engineer with 4+ years of experience building and optimizing automatic speech recognition (ASR) systems for production applications. Skilled in end-to-end neural ASR architectures, language modeling, and audio signal processing with experience supporting 10+ languages.

Key Skills

PythonPyTorchKaldiWhisperCTC/Attention ModelsLanguage ModelingAudio Signal ProcessingC++CUDAKubernetes

What to Include on a Speech Recognition Engineer Resume

  • A concise summary that states your speech recognition engineer experience level, strongest domain, and the business problems you solve.
  • A skills section that mirrors the job description language for Python, PyTorch, Kaldi, Whisper.
  • Experience bullets that connect speech recognition, ASR, automatic speech recognition to measurable outcomes such as cost savings, faster delivery, better quality, or improved customer results.
  • Tools, platforms, certifications, and methods that are current for ai & machine learning roles.
  • Recent projects that show ownership, cross-functional work, and a clear result instead of generic responsibilities.

Sample Experience Bullets

  • Trained a Conformer-based ASR model on 50,000 hours of transcribed audio data that achieved a word error rate (WER) of 5.8% on the internal test set, a 28% relative improvement over the previous production model.
  • Built a real-time streaming ASR pipeline processing 10,000 concurrent audio streams with end-to-end latency under 300ms, deployed on Kubernetes with auto-scaling that handled 3x traffic spikes during peak hours.
  • Developed a speaker diarization system combining x-vector embeddings with spectral clustering that achieved 8.2% diarization error rate on meeting recordings, enabling accurate speaker-attributed transcripts for a conference call product.
  • Implemented a custom language model fine-tuned on 5M domain-specific documents for a medical transcription application, reducing medical terminology errors by 45% compared to the general-purpose language model.
  • Created an audio data pipeline that processed 2,000 hours of raw recordings per week through noise reduction, VAD segmentation, and quality filtering, increasing the usable training data yield from 60% to 88%.
  • Optimized the ASR inference engine using ONNX Runtime and TensorRT quantization (FP32 to INT8), reducing model size by 4x and improving throughput from 150 to 600 utterances per second per GPU without WER degradation.
  • Extended ASR support from 3 to 12 languages using transfer learning from a multilingual base model, achieving WER below 10% on 8 languages with as few as 500 hours of target language data per language.
  • Built an active learning pipeline that identified the 5% of production utterances most likely to improve model performance, reducing human transcription costs by 70% while maintaining the same rate of WER improvement per training cycle.
  • Developed a noise-robust ASR frontend using spectral subtraction and beamforming for a smart speaker product, improving recognition accuracy in noisy environments (SNR < 10dB) by 35% relative.
  • Implemented a confidence scoring module that flagged low-confidence transcriptions for human review, achieving 92% precision in detecting errors and saving the QA team from reviewing 80% of correctly transcribed utterances.
  • Collaborated with the product team to ship ASR-powered features including voice search, real-time captioning, and voice commands, handling a combined 5M+ daily recognition requests with 99.9% service availability.

ATS Keywords for Speech Recognition Engineer Resumes

Use these terms naturally where they match your experience and the job description.

Role keywords

speech recognition engineer

Technical keywords

PythonPyTorchKaldiWhisperCTC/Attention ModelsLanguage ModelingAudio Signal ProcessingC++

Process keywords

language modelingacoustic modeling

Impact keywords

acoustic modelingspeech-to-textaudio processingbeam search decodingspeaker diarization

Recommended Certifications

  • NVIDIA Deep Learning Institute - Building Conversational AI Applications
  • AWS Certified Machine Learning - Specialty

What Does a Speech Recognition Engineer Do?

  • Design, develop, and maintain software solutions using Python, PyTorch, Kaldi and related technologies
  • Collaborate with cross-functional teams including product managers, designers, and QA engineers to deliver features on schedule
  • Write clean, well-tested code following industry best practices for speech recognition and ASR
  • Participate in code reviews, technical discussions, and architecture decisions to improve system quality and team knowledge
  • Troubleshoot production issues, optimize performance, and ensure system reliability across all environments

Resume Tips for Speech Recognition Engineers

Do

  • Quantify impact with specific numbers - team size, users served, performance gains
  • List Python, PyTorch, Kaldi prominently if they match the job description
  • Show progression - more responsibility and scope in recent roles

Avoid

  • Vague phrases like "responsible for" or "helped with" without specifics
  • Listing every technology you have ever touched - focus on what is relevant
  • Including outdated skills that are no longer industry standard

Frequently Asked Questions

How long should a Speech Recognition Engineer resume be?

One page is ideal for most Speech Recognition Engineer roles with under 10 years of experience. If you have 10+ years, major leadership scope, publications, or highly technical project history, two pages can work as long as every section is relevant.

What skills should I highlight on my Speech Recognition Engineer resume?

Prioritize skills that appear in the job description and match your real experience. For Speech Recognition Engineer roles, Python, PyTorch, Kaldi, Whisper are strong starting points, but the final list should reflect the specific posting.

How do I tailor my resume for each Speech Recognition Engineer application?

Compare the job description with your summary, skills, and most recent bullets. Add exact-match terms like speech recognition, ASR, automatic speech recognition, voice AI, language modeling where they are truthful, then reorder bullets so the most relevant achievements appear first.

What should I avoid on a Speech Recognition Engineer resume?

Avoid generic responsibilities, long paragraphs, outdated tools, and soft claims without evidence. Replace phrases like "responsible for" with action verbs and measurable outcomes.

Should I include projects on a Speech Recognition Engineer resume?

Include projects when they prove relevant skills or fill gaps in work experience. Strong projects show the problem, your role, the tools used, and the result. Skip personal projects that do not relate to the job.

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