Muhammad Abdullah

Recently did a master’s degree from Teesside University, pursued the MSc Chemical Engineering with emphasis on HSE, Sustainability, Process Optimization and Advanced Fluid Dynamics and
Equipment Design. I am seeking a challenging role where I can utilize my expertise in process safety management to ensure safe and compliant operations, minimize risks, and to work on the sustainable development goals, net zero and renewable energy and fuels to protect the environment

Agritech Limited (Formerly Pak American Fertilizer Limited)
Worked as “Intern”, July 2022- SEP 2022
Responsibilities/Accomplishments:
Performed and observe operating parameters related to energy and mass balance of Synthesis, High
Pressure Recovery Section, Purification, Recovery Section and Concentration Section of ammonia and
urea plant.

Trainee Team leader, Feb 2023- present
Working Fast-food chain
Responsibilities/Accomplishments:
Team Leadership, Customer Service, Operations, Stock Checks, Training, Cash Handling, Problem
Solving and Time management

Teesside University, UK
Working on a “Dissertation Research Project", September 2024 – January 2025
Responsibilities/Accomplishments:

• Determine the safest and most efficient means of delivering hydrogen gas, including options
  such as compressed gas, liquefied hydrogen, pipelines, or chemical carriers.
• Perform a risk assessment of these procedures, emphasizing health and safety concerns.
• Assess the economic viability of each option, taking into account both capital and operational
  expenditures.

M.Sc. Chemical Engineering, Teesside University, Middlesbrough, UK (Jan
2023- Jan 2025)

(Accredited by the IChemE) (Pass with Merit – Equivalent 2:1)

B.Sc. Chemical Engineering, UET, Lahore, Pakistan (2018 – 2022)

(Accredited by the Washington Accord) (2.97/4.00 CGPA - Equivalent to 74.25%)
PROJECTS:

• B.Sc. RESEARCH PROJECT: Process Design for Formaldehyde from Methanol as a Case
  Study
• Production of Maleic Anhydride by using CO2 and n-butane in ASPEN HYSYS
  In this project, I designed and worked on specific working conditions of process to produce Maleic
  anhydride by Using Aspen Hysys.
• Investigation of flow using disc and doughnut baffles, and 40% cut segmental baffles by ANSYS
  Fluent.