Wiktoria
Przykucka
creative technologist
creative technologist
Creative Technology & AI student building end-to-end intelligent systems — from data pipelines and models to deployment on edge devices and in the cloud.
I work across software, hardware and applied ML: Python, RAG, computer vision, microservices with Docker and Kubernetes, and edge AI on Raspberry Pi.
Long-term goal: contribute to research at the intersection of AI, systems and real-world sensing — rigorous experiments, reproducible pipelines, and work that holds up outside the lab.
Targeting competitive computer science and quantum computing master's tracks — strong foundations in maths, physics and programming, with research-oriented project work.
Personal research interest: computer vision for equine posture and early lameness cues — combining biomechanics with pose estimation and time-series models on real riding footage.
Exploring how embodied agents and quantum algorithms can extend classical ML — from Unity RL simulators to reading up on qubit-based optimisation and hybrid classical–quantum workflows.
Currently based in Kortrijk for my BSc at Howest — internships and industry projects in Belgium.
Home city in Poland — secondary school (extended maths & physics) and family base between semesters.
Available for internships and student roles in AI, ML, computer vision and applied RAG — especially teams building real products, not just slide decks.
Native speaker — comfortable in technical and academic contexts, presentations, and bilingual project documentation.
Studying and working in English daily — coursework, industry internships, technical writing and team communication.
2024–2027 · Kortrijk, Belgium. Hands-on programme mixing AI/ML, software engineering, IoT and creative technology — project-led from day one.
2019–2024 · Koszalin, Poland. Secondary school with extended mathematics and physics — foundation for engineering and CS studies.
2026 · Belgium. Industry internship building production RAG systems from messy Excel exports to searchable, dockerized chat interfaces.
Presented two projects at the Tech Connect expo — ASL recognition on Raspberry Pi and an LLM-powered workflow — demoing live to visitors and industry guests.


Gymnastics coaching assistant: extracts pose landmarks with MediaPipe, segments routines with an LSTM, and scores movement quality against reference grades.
Shipped as a dockerized stack with FastAPI backend and Gradio UI for coaches to upload clips and get structured feedback.


Real-time American Sign Language letter recognition on a Raspberry Pi — MediaPipe hand landmarks fed into a lightweight classifier, rendered with OpenCV and served through Flask.
Built for edge deployment: low latency, no cloud dependency, demoed at Tech Connect.


Industry RAG system for Actemium (under NDA): ingests structured Excel exports, builds hybrid retrieval over PostgreSQL/pgvector and a Neo4j knowledge graph, and answers via an Azure-hosted chatbot.
End-to-end ownership from data cleaning and embedding pipelines to dockerized deployment and evaluation.


Low-poly show-jumping simulator in Unity where an agent learns to navigate courses via ML-Agents — curriculum learning and reward shaping for stable gaits and clean jumps.
Custom C# environment logic, procedural obstacles, and training loops tuned for sample efficiency on consumer hardware.
Primary language for ML, RAG pipelines, FastAPI/Flask backends, data wrangling and automation across coursework and industry projects.
Relational modelling, queries and migrations — PostgreSQL in production RAG stacks and normalized schema design (3NF).
Unity game logic and ML-Agents environments — gameplay systems, reward functions and simulation tooling.
Supervised pipelines end-to-end: feature engineering, training, evaluation and deployment — scikit-learn, PyTorch and TensorFlow.
Pose estimation, hand tracking, segmentation and real-time inference — MediaPipe, OpenCV, YOLO on desktop and edge devices.
Retrieval-augmented generation: chunking, embeddings, vector search and orchestration for domain-specific chatbots.
Hybrid retrieval combining knowledge graphs (Neo4j) with vector search for structured enterprise data.
Policy learning in simulated environments — Unity ML-Agents, reward design and curriculum schedules.
Dimensionality reduction for visualization and feature compression before downstream models.
Structured prompts, tool use and evaluation for LLM-backed assistants in RAG workflows.
Production LLM workflows — chatbots, tool use, structured outputs and domain-specific assistants beyond basic prompting.
Input/output validation, content filters and safety layers for LLM apps — used in industry RAG chatbot delivery.
Training and deploying compact custom models on Raspberry Pi and constrained hardware for real-time inference.
Azure ML pipelines, automated cloud training jobs, CI/CD for models, and Hugging Face deployment workflows.
Deep learning for sequence models and custom training loops — LSTM pose segmentation in trAIner.
Neural network coursework and experimentation alongside PyTorch stacks.
Classical ML baselines, preprocessing and model selection for tabular and feature-vector data.
Data cleaning and feature tables — especially Excel ingestion for RAG pipelines.
Numerical arrays underpinning CV feature vectors and ML preprocessing.
Capture, draw and post-process video frames for real-time ASL and pose demos.
Pose and hand landmark extraction for trAIner and ASL — fast enough for edge devices.
Object detection experiments for coursework and rapid prototyping.
Lightweight HTTP APIs and video streaming endpoints on Raspberry Pi.
Typed async APIs behind trAIner inference and microservice boundaries.
Quick demo UIs for model inference — coaches upload video, get scores back.
Containerized ML services and RAG stacks for reproducible deploys.
Multi-service local stacks — API, vector DB and graph DB wired together.
Orchestration concepts for scaling microservices — coursework and cloud labs.
Version control for team projects, feature branches and portfolio repos on GitHub.
Cloud-hosted LLM and deployment targets for industry RAG chatbots.
Local LLM inference for prototyping RAG without cloud spend.
Offline document Q&A experiments with local embeddings and models.
Exploratory notebooks for EDA, model tuning and coursework deliverables.
AI-assisted IDE for faster iteration on portfolio and project codebases.
Model Context Protocol servers — connecting LLMs to external tools, APIs and data sources.
Robot Operating System — nodes, topics and integration for robotics coursework and perception pipelines.
Model hosting, Hub workflows and deployment for trained checkpoints as part of MLOps pipelines.
Automated build and deploy pipelines on Azure — model training jobs, image builds and release workflows.
Primary relational store with pgvector extension for embedding search in RAG.
Knowledge graphs for GraphRAG — entities, relations and Cypher queries.
Time-series storage for IoT sensor coursework and monitoring dashboards.
Dashboards on top of InfluxDB and metrics pipelines.
Search and log analytics — indexing and querying unstructured text.
Visualization layer for Elasticsearch indices and operational dashboards.
Normalized relational schemas — reducing redundancy before scaling data layers.
GPIO programming on Raspberry Pi for sensors, LEDs and IoT coursework.
Serial bus for attaching sensors and displays to microcontrollers and Pi boards.
Reading environmental and motion sensors into IoT pipelines and dashboards.
Bluetooth Low Energy serial bridges for wireless sensor prototypes.
Robot software stacks with ROS — perception, control and CV pipelines on physical platforms.
3D modelling for assets and visual coursework — low-poly and textured meshes.
Game engine for the show-jumping RL simulator — scenes, physics and ML-Agents integration.