1. Research & Innovation

• Smart Materials & Robotics

  • Bio-Inspired Sensors: Developed artificial lateral line systems (inspired by fish) for underwater robotics.

  • Soft Actuators: Patented hot water-activated artificial muscles (2022) for lightweight robotic applications.

  • Publications: 15+ papers in Scopus-indexed journals on IPMC sensors, solar energy, and AI-driven control.

• Renewable Energy Solutions

  • Solar PV Optimization: Analyzed weather impact on Kirkuk’s solar panels (published in NTU Journal of Renewable Energy).

  • Concentrated Solar Power (CSP): Simulated maximum energy harvesting models using MATLAB/COMSOL.

2. Academic & Institutional Projects

• Curriculum Development

  • Designed courses: Robotics & AI, FPGA/VHDL, Renewable Energy Systems.

  • Integrated Cisco CCNA modules into engineering programs.

• Lab Accreditation & Quality Assurance

  • Achieved ISO 17025 certification (2022) for Kirkuk’s engineering labs.

  • Led ABET-aligned reforms for 6 technical colleges.

3. Student Supervision & Mentorship

• Graduation Projects (25+ supervised):

  • AI-based intrusion detection for IoT.

  • Solar-powered smart irrigation systems.

  • Robotic arms with PVC gel sensors.

• Master’s Theses (4 supervised):

  • Topics in smart materials, renewable energy, and digital communication security.

4. Community & STEM Outreach

• RoboGuys Center (Founded 2019):

  • Trained 100+ students in robotics programming (Arduino, Python).

  • Hosted workshops on 3D printing and AI basics.

• Public Lectures:

  • Renewable energy awareness campaigns in Kirkuk.

5. Technical Demonstrations

• Software & Simulations:

  • MATLAB/Simulink: Control system modeling for solar arrays.

  • COMSOL: Fluid-structure interaction in bio-inspired sensors.

  • SolidWorks: Prototyped mechatronic assemblies (gears, actuators).

• Hardware Prototypes:

  • IPMC Sensors: Tested in hydrodynamic environments.

  • Solar Tracker: Designed for optimal PV panel alignment.