Khaled Elfakharany
Back to Skills
methodologyadvanced

Research Methodology

6+ years experience
2 projects
Confidence: 8/10
Proficiency Leveladvanced
Skill Evolution
Sep 2014
First Exposure

Introduced to academic research methodology from first semester at Nile University, which emphasized research-first approach

Jan 2015
Professional Use

Applied research methodology to robotics and engineering projects, writing professional research papers

Jan 2016
Breakthrough

Published research on inverse kinematics for humanoid robots, demonstrating ability to tackle complex theoretical problems

Successfully combined mathematical rigor with practical robotics applications in published academic research

Jan 2018
Mastery

Unknown

Technical Depth

Core Concepts

  • Scientific method - The systematic approach of observation, hypothesis, experimentation, and conclusion that underpins all rigorous research
  • Literature review - Comprehensive analysis of existing research to understand the current state of knowledge and identify gaps
  • Research paper composition - Structured academic writing that clearly communicates methodology, findings, and contributions to knowledge
  • Cross-disciplinary integration - Combining insights and methods from multiple fields to solve complex problems that span traditional boundaries

Advanced Topics

  • Inverse kinematics research for robotics applications
  • Mathematical modeling for encryption systems
  • Applied research connecting theory to practical implementations
  • Innovation research translating academic findings to products

Tools & Ecosystem

Academic databases and literature search toolsCitation management softwareStatistical analysis toolsTechnical writing and documentation toolsPeer review and collaboration platforms
Evidence & Achievements

Key Achievements

  • Published research paper on inverse kinematics for robotics during undergraduate studies
  • Conducted extended research on humanoid robot inverse kinematics
  • Applied research methodology to linear algebra encryption systems
  • Demonstrated cross-disciplinary research ability combining mathematics, robotics, and security

Metrics

  • 📊 Research papers written from first semester of university
  • 📊 Multiple research projects spanning robotics, cryptography, and IoT
  • 📊 Applied research approach to competition and industry projects
Interview Talking Points
  • 💬Strong academic foundation with research experience beginning from first university semester, demonstrating early adoption of rigorous methodology
  • 💬Published research on complex topics including inverse kinematics for humanoid robots, showing ability to tackle theoretical challenges
  • 💬Cross-disciplinary research approach combining mathematics, engineering, and practical applications to solve real-world problems