Resume

• Deliver lectures and tutorials in Industrial Physics with focus areas in electronics, materials science, and renewable energy systems.
• Supervise undergraduate research projects, guiding students in experimental design, data analysis, and academic writing.
• Conduct research on sustainable energy materials, including nanocomposite electrodes for solar applications.
• Assist in curriculum development and assessment planning for physics-related modules.
• Participate in departmental meetings, academic advising, and university-wide initiatives to support student learning and academic excellence.

• Developed email marketing expertise while supporting 15+ client campaigns, achieving average
  open rates of 25% during training period
• Practiced CRM navigation and real-world customer interaction tools
• Assisted in backend documentation and reporting for training evaluations

• Coordinated schedules and virtual events for 5+ team members, achieving 95% scheduling accuracy
  using Google Calendar and Zoom
• Managed inboxes and calendars via Gmail and Google Workspace to ensure timely responses and
  optimized planning
• Participated in task execution simulations with emphasis on virtual collaboration and process
  documentation

• Conducted 50+ compliance inspections across manufacturing facilities, ensuring 100% adherence to
  national standards and reducing non-compliance issues by 30%
• Responded to stakeholder inquiries and maintained documentation for audit processes
• Identified inefficiencies in inspection routines, contributing to a 20% process improvement rate

• Developed responsive pages using HTML, CSS, JavaScript, and Bootstrap
• Collaborated on internal mini-projects focused on UI/UX refinement and deployment
• Gained foundational experience in version control (Git) and web optimization

Class of Degree: First Class Honours

Master’s Dissertation – Green Synthesis and Characterization of Titanium Dioxide-Silica Composite Electrode for Dye-Sensitized Solar Cell (2023 – 2024)

Class of Degree: Second Class Upper Division

Bachelor’s Research Project – A Review of Solar Simulator and Theoretical Study of Quantum Efficiency and Spectral Response of Solar Cells (2019 – 2020)