Data Science Undergraduate · Aspiring MLOps Engineer
Enthusiastic and research-driven data science student at SLIIT, passionate about building scalable ML pipelines, intelligent systems, and bridging the gap between model development and production engineering.
I am Suchindu Malith, a final-year undergraduate at the Sri Lanka Institute of Information Technology (SLIIT), specialising in Data Science under the BSc (Hons) in Information Technology programme. My academic journey has been shaped by a deep curiosity about the intersection of data, machine learning, and scalable systems engineering.
My core interest lies in MLOps — the discipline that brings machine learning models from research notebooks into reliable, monitored, production-grade systems. I am drawn to the engineering challenges of model versioning, automated retraining pipelines, container orchestration, and cloud deployment, and I actively build projects that reflect these interests.
Beyond technical skills, I value clear communication, collaborative problem-solving, and a research-driven mindset. I am a member of both IEEE EMBS and SEDS at SLIIT, where I have taken on leadership roles that have sharpened my project management and team coordination abilities.
My education at SLIIT has given me a strong foundation in statistics, algorithms, and software engineering — and the PPW module has deepened my awareness of the professional communication skills needed to succeed in the industry.
My long-term career goal is to become a Machine Learning Operations (MLOps) Engineer — someone who bridges the gap between data science research and scalable, reliable production systems. This is where my technical passions converge: machine learning, cloud infrastructure, containerisation, and automation.
The roadmap below outlines the progression I intend to follow, building both technical depth and professional breadth at each stage.
Strengths: Strong Python and ML foundations, hands-on data engineering experience (SSIS, SSAS, Power BI), cloud exposure (AWS, Azure, Docker, Kubernetes), research-driven learning style, leadership through IEEE and SEDS.
To develop: Production MLOps tooling (MLflow, Kubeflow, Airflow), advanced CI/CD pipeline configuration, real-world model monitoring and drift detection, and stronger communication of technical work to non-technical audiences.
Malabe, Sri Lanka
Combined Maths: A · Physics: C · Chemistry: C — Matara, Sri Lanka
nuwan.chamara@global.ntt · +94 77 748 9384
samadhi.r@sliit.lk · +94 71 467 2084
End-to-end data integration and analytics solution including ETL processes with SSIS, Snowflake schema-based warehousing, OLAP cube deployment via SSAS for multidimensional analysis, and interactive Power BI and SSRS dashboards for data-driven decision-making.
Loan default prediction model using SVM and Random Forest with Grid Search optimisation. Includes rigorous data preprocessing, evaluation using precision, recall, and F1-score, and real-time deployment via Streamlit for interactive predictions.
Secure web application for text summarisation and analysis using Flask, Hugging Face Transformers, and KeyBERT. Features user authentication, PDF processing, and multiple NLP capabilities including keyword extraction and sentiment analysis.
Deep learning system for Alzheimer's MRI classification using TensorFlow and Flask, enabling real-time dementia stage prediction via image preprocessing and REST API integration. Demonstrates expertise in medical imaging and DL deployment.
Issued by WSO2 on 06 March 2026. Signed by Sanjiva Weerawarana, Ph.D. (Founder & CEO) and Yasith Nakalanda (Senior Director / Chief Information Officer).
This intensive training programme covered the full DevOps and Linux systems engineering stack — topics directly aligned with my goal of becoming an MLOps Engineer:
Container orchestration, IaC, and platform engineering are the backbone of production ML systems. This certification proves hands-on capability in the exact tools MLOps engineers use daily in enterprise environments.
Issued August 2025
This certification from Google covers the foundational concepts and practical applications of artificial intelligence, including generative AI principles, prompt engineering techniques, AI ethics and responsible use, and how to evaluate and integrate AI tools into real-world workflows.
Completing this course deepened my understanding of AI not only as a developer but as a practitioner who needs to explain and apply these tools responsibly in a team setting — a key skill for any MLOps engineer bridging research and production.
Issued October 2024
AWS Academy
Validates core knowledge of cloud computing concepts, AWS infrastructure, and core services including compute, storage, networking, and databases. Establishes a solid understanding of the AWS global infrastructure and the shared responsibility model.
Cloud platforms — particularly AWS SageMaker, ECS, and S3 — are central to modern ML deployment pipelines. Understanding cost optimisation, IAM security, and service selection directly informs how I architect ML systems at scale.