sam wonder

sa***96@gmail.com

Work experience

Implement and maintain best practices for warehouse processes, including receiving,
inspecting, storage, and order fulfillment.
Ensure inventories are accurate in that physical count tallies with system balance.
Plan layout and space utilization areas for easy storage, access and retrieving of finished
goods.
Supervise month-end Stock Count within stipulated time and submit report on discrepancies
Ensure all quality and safety processes are complied with at all times to prevent customer
goods return
and prevent employee accidents and injury.
Collaborate with production department to address damages, defects or stock discrepancies.
Maintain stock records and documentation relating to stock receipts, storage and issuing for
making daily reports.
Oversee day-to-day warehouse operations, ensuring efficiency, accuracy in inventory
management and smooth work flow.
Ensure updating computer system with newly produced goods for the various stock areas
(galvanized plates).
Monitoring the labelling and coding of items with the right item code and serial numbers

Education

1. Classical Mechanics – The study of motion, forces, and energy.
2. Electromagnetism – Understanding electric and magnetic fields, and their interactions.
3. Thermodynamics and Statistical Mechanics – Exploring heat, work, and energy, along with the statistical behavior of systems.
4. Quantum Mechanics – The study of physics at the microscopic scale, including wave-particle duality and uncertainty principles.
5. Optics – The behavior of light, including reflection, refraction, and diffraction.
6. Modern Physics – Topics like relativity, atomic models, and the basics of nuclear and particle physics.
7. Mathematical Methods – Techniques for solving physical problems, such as calculus, linear algebra, and differential equations.
8. Solid State Physics – Study of the properties of materials and their atomic structure.
9. Experimental Physics – Hands-on laboratory work to apply theoretical knowledge in real-world experiments.
10. Computational Physics – Using computers and simulations to solve physical problems.