BS MECHANICAL ENGINEERING · UMT LAHORE

AWAIS
ALI

Mechanical Engineering student, hands-on builder. Working across thermodynamics, fluid mechanics, mechanics of materials, and CAD design — with a year of professional sales & communication experience behind me too.

4th
SEMESTER COMPLETED
6
PROJECTS BUILT
3.17
CURRENT CGPA
// 01

ABOUT ME

I'm Awais Ali, a Mechanical Engineering student at the University of Management and Technology (UMT), Lahore, with 4 semesters completed. My coursework covers thermodynamics, fluid mechanics, statics, engineering dynamics, and mechanics of materials — backed by hands-on SOLIDWORKS design work.

Alongside my studies, I spent a year working as a Call Operator, handling sales and customer communication across two companies. That experience sharpened my communication, teamwork, and problem-solving skills in fast-paced, target-driven environments — skills I now bring into engineering teamwork and project work.

I'm a quick adapter and self-motivated learner, always looking for the next challenge to grow both technically and personally.

UNIVERSITY
UMT Lahore
DEGREE
BS Mechanical Eng.
PROGRESS
4th Semester Completed
CGPA
3.17 / 4.00
LOCATION
Lahore, Pakistan
STATUS
Open to Opportunities
// TECHNICAL SKILLS
SOLIDWORKSPROFICIENT
ThermodynamicsPROFICIENT
Fluid MechanicsPROFICIENT
Statics & DynamicsPROFICIENT
Electrical & Electronics FundamentalsINTERMEDIATE
// INTERPERSONAL & COMPUTER
Communication Teamwork Adaptability Customer Service Sales General Computer Literacy
// 02

PROJECTS

🧮
LIVE TOOL · WEB

MECHANICAL ENGINEERING CALCULATOR

A self-directed web-based calculator applying core mechanical engineering formulas — built from scratch to reflect technical curiosity and independent problem-solving.

HTML/CSS/JS Self-Directed
→ OPEN CALCULATOR
☀️
THERMODYNAMICS

SOLAR-POWERED CAR

Designed and built a small-scale solar-powered car as part of thermodynamics coursework, applying energy conversion and power system concepts to a working model.

Solar Energy Energy Conversion
→ THERMODYNAMICS COURSE PROJECT
🌬️
FLUID MECHANICS

DRAG FORCE ON A CAR

Studied and calculated the aerodynamic drag force acting on a car body, applying fluid mechanics principles to understand how vehicle shape affects resistance.

Aerodynamics Drag Analysis
→ FLUID MECHANICS COURSE PROJECT
🔥
MECHANICS OF MATERIALS

HOT FORGING METHODS ON METAL

Explored different hot forging techniques used to shape metal, studying how each method affects material properties and structural behavior.

Metal Forming Material Behavior
→ MECHANICS OF MATERIALS PROJECT
🪵
MECHANICS OF MATERIALS

DEFLECTION OF A WOODEN BEAM

Calculated the deflection of a wooden beam under load, applying beam theory to predict bending behavior under different support and loading conditions.

Beam Theory Load Analysis
→ MECHANICS OF MATERIALS PROJECT
⚙️
CAD DESIGN · SOLIDWORKS

PISTON–CRANKSHAFT ASSEMBLY

Modeled a piston-crankshaft assembly in SOLIDWORKS, complete with isometric and 2D orthographic drawings to fully document the design.

SolidWorks Isometric Drawing 2D Drawing
→ CAD ASSEMBLY & DRAWINGS
// 03

EDUCATION & EXPERIENCE

BS Mechanical Engineering
University of Management & Technology (UMT), Lahore · 4th Semester Completed · CGPA: 3.17/4.00
1 YEAR
Call Operator
Handled sales and customer communication across two companies, building strong client relationships and working effectively in fast-paced, target-driven environments.
// KEY COURSEWORK
Thermodynamics
Fluid Mechanics
Statics
Engineering Dynamics
Mechanics of Materials
SOLIDWORKS
Electrical Engineering
Electronic Engineering
// 04

GET IN TOUCH

I'm a Mechanical Engineering student looking to connect with people and opportunities in mechanical, energy, or manufacturing fields — whether that's an internship, a project collaboration, or just a conversation about engineering.

Feel free to reach out through any of the channels below.