Syeda Samah Daniyal

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Syeda Samah Daniyal

Graduate of 2026
BS Computer Science

Aspiration Statement

I am driven by AI/ML and Data Science to solve complex problems. I aim to pursue impactful professional roles in machine learning and predictive analytics.

Core Skills

  • Data Analysis & Visualization
  • Large Language Models (LLMs)
  • Python
  • PostgreSQL/MS SQL Server
  • PyTorch

Core Competencies

  • Agility
  • Collaborates Openly
  • Strategic Thinking

Preferred Career Paths

First priority: AI Engineer

Second priority: Data Scientist

Third priority: Product Manager

Academic Awards / Achievements

  • Dean's List 2025

Experience

Leadership / Meta-curricular

  • Participated In Texas A&M's Invent For The Planet 2025
  • Ta For Linear Algebra & Data Structures And Algorithms
  • Volunteered For Wintercamp'22 Workshop, Wise (Women in Science and Engineering)
  • Pr Lead, Computer Science And Engineering Club
  • Event Manager (Pr Team), Computer Science And Engineering Club

Internship / Volunteer Work

  • Campus Ambassador - Graduate Trainee Program, Salesflo (January – March 2026)
  • Ai Data Analyst Intern, Excelerate (October – November 2025)
  • Undergraduate Research Assistant, Habib University (June – August 2024)

Publications / Creative Projects

  • Research Paper – Research Project Poster on Data Visualization of "Data Analysis Across Boundaries" accepted in the International IEEE VIS Conference 2025.

Final Year Project

Project Title

Al Khidmat Public Chat Portal

Description

The AI-powered multilingual chat portal for Alkhidmat Foundation addresses manual query-handling delays by providing a centralized, inclusive solution. Using a Self-RAG (Retrieval-Augmented Generation) and Agentic AI pipeline, it automates responses for donor, healthcare, and general domains in English, Urdu, and Roman Urdu. The system utilizes multilingual-e5-base embeddings and pgvector for semantic search, with OpenAI and Alif for generation. To ensure accuracy, it employs a domain classification and confidence scoring engine that fuses retrieval quality with token probability. Key benefits include 24/7 accessibility for underserved communities, reduced staff workload, and automatic human-agent escalation for complex queries. Moreover, there is a dedicated admin dashboard to view LLM analytics and update the RAG Knowledge Base.

Project Pictures