Mr. AREEB TARIQ
Mechanical Engineer
+966 501602843; +966 547918325
[email protected]
Riyadh, Saudi Arabia
Valid. Transferable Iqama
Career Objective
Looking for a challenging and rewarding future in a healthy and competitive
organization and to prove my will power, resolution and mental make-up both as a team
player as well as a leader through hard work and dedication is the ambition of my life. I offer
my enthusiasm, dynamism and commitment in achieving my goals.
Profile Summary
Professionally, I started my career as a Mechanical Engineer Internee in Diamer
Basha Dam project where I gained practical exposure to large-scale hydropower and dam
construction projects which was followed with my work experience in no. of organizations as
a Mechanical Engineer & Projects Advisor in Pakistan. I have just moved to Saudi Arabia to
show my excellence in energetic environment and challenging organization, on a transferable
iqama visa.
BS in Mechanical Engineering from a reputed institute The University of Lahore
(UOL), Pakistan, with the batch of (2019 – 2023) accredited with Pakistan Engineer
Council (PEC) ending with the achievement of remarkable grades with demonstration of no.
of project such as Design & Analysis of Shell & Tube Heat Exchanger & Controlling DC
Motor speed & direction using micro-controller.
Professional Experience:
Optimum Engineering Solutions
Mechanical Engineer Trainee – HVAC
(Aug - 2023 – MAR - 2026) Executed multiple technical tasks across MEP systems, specifically focusing on the
maintenance, installation, and management of HVAC infrastructure.
Assisted in installation, testing, and commissioning of HVAC systems (AHU, ducting,
split/VRF units)
Supported preventive and corrective maintenance of HVAC equipment.
Helped in basic heat load calculations and system sizing under supervision.
Reviewed HVAC drawings using AutoCAD and assisted in site execution.
Participated in site inspections and ensured compliance with safety procedures.
Coordinated with mechanical, electrical, and civil teams for smooth project execution.
Monitored system performance including airflow, temperature, and pressure.
Understand duct sizing and equipment selection.
Pak Railway Carriage Factory Ltd, Pvt. Islamabad, Pakistan.
Mechanical Engineer Internee
(Aug - 2022 – OCT - 2022)
Developed designs for railways in a design and drawing office and performed various lathe
machining processes, including turning, facing, grooving, parting, threading, knurling,
drilling, reaming, and boring.
Applied mechanical engineering techniques for the fabrication and maintenance of 50
Russian and Chinese Railway coaches, ensuring adherence to Quality Standards.
Collaborated across multiple departments, including machining, woodwork, forging,
painting, welding, and joining, at CFI, acquiring insights into process optimization and
achieving a 20% reduction in production time.
Suzuki Sahiwal Motors, Islamabad, Pakistan.
Mechanical Engineer Internee
(Jul - 2022– Aug – 2022)
Engaged with customers to gather specific vehicle issue descriptions, collaborating closely
with the technical team on the workshop floor; streamlined communication and reduced
customer wait time by 15%.
Conducted thorough Pre-Delivery Inspections (PDI) on new vehicles, ensuring a 98%
accuracy rate in identifying and addressing potential issues before delivery.
Complete all tasks associated with the body shop, tire shop (including wheel alignment and
balancing), mechanical shop, service shop, and turner shop.
Generate monthly and weekly reports encompassing the overall status of operations within
the workshop.
Diamer Basha Dam project KPK, Pakistan. Mechanical Engineer (Internee)
PowerChina-FWO09(JV) (June - 2020 – Jul - 2020)
Gained practical exposure to large-scale hydropower and dam construction projects.
Assisted engineers in site inspections and daily construction activities.
Observed Roller Compacted Concrete (RCC) dam construction techniques.
Supported documentation, reporting, and progress tracking.
Learned safety standards and quality control procedures on-site.
Collaborated with multidisciplinary teams including civil and mechanical engineers.
Areas Of Expertise
Design & Analysis of Shell & Tube Heat Ex changer.
Design of Coconut DE-husking Machine.
Controlling DC Motor speed & direction using micro-controller.
Combustion Efficiency analysis related to air-fuel ratio in combustion lab.
Design of HVAC system for building.
EDUCATIONAL QUALIFICATIONS
The University of Lahore (UOL), Pakistan
BS in Mechanical Engineering
(2019 – 2023)
Bachelor of Science (BS) in Mechanical Engineering from a well-reputed university in my
country Pakistan, QS World University Rankings (#1001-1200) & accredited by
PAKISTAN ENGINEERING COUNCIL(PEC).
Certified Mechanical engineer From Pakistan engineering council(MECH/056524)
Registration date: May23,2024
Major Subjects in Mechanical Engineering
1. Engineering Mechanics
Static & Dynamics & Force Systems
Equilibrium & Motion
2. Strength of Materials (Mechanics of Materials)
Stress-Strain Analysis & Torsion
Bending, Shear & Deflection 3. Fluid Mechanics
Fluid properties & flow dynamic
Bernoulli’s equation
Pipe flow, Pumps & Turbines
4. Machine Design
Design of mechanical elements (shafts, bearings, fasteners,
springs)
Failure theory & Fatigue
5. Heat and Mass Transfer
Conduction, Convection & Radiation
Heat exchangers & Thermal systems
6. Manufacturing Technology / Processes
Casting, Welding, Machining & Forming CNS
Automation & Additive manufacturing
7. Dynamics & Vibrations
Free and forced vibrations
Damping, Resonance & System
8. Computer-Aided Design (CAD) / CAM / CAE
Solid modeling (e.g using solid works, AutoCAD)
Finite Element Analysis (FEA)
ACADEMICS & FINAL YEAR PROJECTs
Design and fabrication of multipurpose pelletizer machine
We make Pelletizer machine that was multipurpose uses Ansys software to calculate stresses at
different points on the frame in which motor was placed. We use meshing technique to get better
Result.
Solar tracking system
Solar tracking system components were plate, battery, servo motor, aurdino system, on and off
switch, jumping wires and sunlight. Single axis solar tracking system use a simple principle that is
to keep the solar panels perpendicular to the sun rays as it moves across the sky. This maxim the
amount
