Lovey Mishra
6306207252 | loveymishra60@gmail.com | linkedin.com/in/lovey-mishra | github.com/loveymishra
Professional Summary
Data-driven and results-oriented Artificial Intelligence and Machine Learning enthusiast with hands-on experience in deep
learning, computer vision, and natural language processing. Proven ability in designing, developing, and deploying
high-performance models using TensorFlow, PyTorch, and modern frameworks. Adept at leveraging advanced techniques
such as self-attention in variational autoencoders, optimizing CNNs for low-data scenarios, and deploying scalable solutions
on cloud platforms. Strong research background demonstrated through published work and industry collaborations.
Education
  Amity University, Lucknow, U.P.                                                              Lucknow, India
  Bachelor of Technology in Artificial Intelligence                                      Sep 2022 – May 2026
     • Relevant Coursework: Machine Learning, Deep Learning, NLP, Computer Vision, Data Structures &
       Algorithms, Statistical Analysis.
     • Achievements: Dean’s List (2023), Top 10% in AI coursework.
  St. Joseph Inter College, Lucknow, U.P.                                                                  Lucknow, India
  Pre-University Education                                                                                      Till 2022
Experience
  Research Project - Generative AI                                                     Amity University, Lucknow, India
  Variational Autoencoder with Self-Attention                                                        Nov 2024 – Jan 2025
     • Conducted research on advanced Generative AI techniques with a focus on Variational Autoencoders (VAEs)
       integrated with self-attention mechanisms.
     • Enhanced latent space organization, resulting in significantly improved model interpretability and performance
       metrics.
     • Utilized Python, TensorFlow, and PyTorch, and leveraged data augmentation, optimization algorithms, and
       hyperparameter tuning.
  NTCC Research Project - CNN Optimization                                             Amity University, Lucknow, India
  Industry-Guided Research Program                                                                  Aug 2023 – Dec 2023
     • Collaborated with industry experts to optimize Convolutional Neural Networks (CNNs) for high accuracy on
       minimal datasets.
     • Authored a peer-reviewed research paper and a comprehensive white paper detailing methods for efficient CNN
       training and transfer learning.
     • Applied advanced techniques including data augmentation, dropout regularization, and ensemble methods.
Technical Projects
  Formula 1 Car Image Classification | Python, TensorFlow, OpenCV, CNN, Streamlit
     • Designed and implemented a CNN model to classify 10 F1 car models with 97% accuracy using advanced data
       augmentation and transfer learning.
     • Deployed the solution as a scalable Streamlit web application, ensuring real-time image processing and
       classification.
  Car-0-bar App | Android, Java, Firebase, Figma, Web Scraping
    • Developed a feature-rich Android application integrating real-time data updates, web scraping, and Firebase
      backend.
    • Utilized Figma to design an intuitive UI/UX, significantly improving user engagement and retention.
  NLP Next Word Predictor | Python, PyTorch, LSTM, TensorFlow, Streamlit
    • Built an LSTM-based next-word prediction model achieving 92% accuracy, leveraging extensive training on large
      text corpora.
    • Integrated model deployment via Streamlit for interactive, real-time predictions, enhancing user experience.
  Generative AI for Car Image Generation | Python, GANs, VAEs, TensorFlow, Streamlit
    • Developed a VAE-based generative model to synthesize high-quality, diverse car images from a 60K-image dataset.
    • Incorporated self-attention mechanisms to refine the latent space and boost generative performance.
    • Published the project on GitHub with an interactive Streamlit interface, enabling real-time experimentation and
      visualization.
Technical Skills
 Programming: Python, Java, C, SQL, JavaScript, HTML/CSS, R
 Frameworks & Libraries: TensorFlow, PyTorch, Keras, Scikit-learn, Flask, React, FastAPI, OpenCV, NumPy,
 Pandas, SpaCy
 Data Science & ML Tools: Jupyter Notebook, Tableau, Azure ML Studio, H2O.ai, Git, Docker
 Cloud & Deployment: Google Cloud Platform (GCP), Firebase, AWS, Streamlit, GitHub, Docker
 Methodologies: Deep Learning, Machine Learning, Neural Networks, Transfer Learning, Natural Language Processing
 (NLP), Computer Vision, Data Augmentation, Embedding Techniques (Word2Vec, BERT, Glove, etc.)
Certifications
 Google Cloud Computing (NPTeL): Certified
 Deep Learning Specialization: Extensive training on CNNs, RNNs, GANs, Transformers
 Natural Language Processing (NLP): NLP with Python, SpaCy, and Transformers
 Machine Learning: Comprehensive coursework in supervised/unsupervised learning and neural networks
Achievements & Extracurriculars
 Open Source Contributor: Active contributor to 5+ AI projects, including TensorFlow and PyTorch repositories.
 Technical Blog Writer: Authored 10+ in-depth AI/ML articles on Medium, reaching an audience of 5,000+ readers.
 Hackathon Winner: Secured 1st place in a national AI hackathon for developing a real-time object detection solution.
 Volunteer: Led AI/ML workshops for underprivileged students, impacting over 200 learners.