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Junaid K.

"Mastering Designs: A Journey through Mechanical Engineering with SolidWorks Expertise"

Lahore, Pakistan

Global rank:

3,127 / 135,506

Skill pts: 11

2D & 3D Modeling 3D Modeling 3D Product Design CAD Design Mechanical Engineer

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About

I am a Mechanical Engineer specializing in advanced SOLIDWORKS 3D modeling and assembly design. I deliver precise, manufacturing-ready designs tailored to your needs. From simple parts to complex assemblies, I ensure accuracy and performance. Services include 3D modeling, assemblies, and technical drawings.

Files Provided:
• STL
• STEP
• SLDPRT
• SLDASM
• FBX
• HTML
• 2D Drawings

Professional, reliable, and focused on engineering excellence.

Portfolio

Experience

Student assistant Cyprus International University · Part-time Jan 2022 – Present 4 yrs 5 mos Nicosia, Nicosia, Cyprus Hey, I work as an Workshop Student Assistant in the Cyprus International University. My key role is to explain about the machinery how does it work and basic of it, and secondly show how the machine works .on daily basis i am learning the machinery and and teaching to other student through my experience, secondly i am also giving classes as a voluteer for a beginer level Solid works Design as a part time in Cyprus International University
Mecchanical Engineer Intern Pak Elektron Limited · Full-time Aug 2022 – Sep 2022 1 mos Lahore, Punjab, Pakistan I work as an intern in the PEL manufacturing department . I was specifically assigned to work on the the deep freezer department which gave a great chance to experience, how the machinery works in order produce from its body, mechanical components to its testing phase , I also got the chance to experience other department such as Refrigerator, washing machine and water dispenser.

Education

Cyprus International University Engnieering, Mechanical Engineering, 3.0 CGPA 2019 – 2023 Activities and Societies: SCAP Project (Sustainable Capstone Projects) ) Sustainable Capstone Projects (SCAP) Program is a program that provides opportunity to CIU engineering students for realizing creative projects in a sustainable way.
Sustainable Capstone Project (SCAP) Program aims to utilize/reuse old electronic equipment and scrap/recyclable materials to create engineering projects. Current focus of the program is based on renewable energy related projects in order to achieve sustainability not only in terms of material usage, but also in terms of environment.

Other experience

Solar Parabolic Micro Power Plant The solar parabolic power plant incorporates parabolic troughs to concentrate sunlight onto a receiver
tube, heating a heat-transfer fluid. The heated fluid powers a 12V hydroelectric generator, producing
electricity. This renewable energy system harnesses solar radiation efficiently, converting it into
electrical energy through a hydroelectric mechanism. It offers a sustainable and eco-friendly solution
for power generation, suitable for smaller-scale applications or areas with limited grid access
Parabolic Solar Distillation system This engineering project focuses on designing a solar distillation system to purify saltwater using a
parabolic dish. The Solar Parabolic System concentrates sunlight at a specific point, causing water
evaporation. A collector gathers the evaporated water, leaving the salt and impurities behind. This
process harnesses solar energy efficiently to produce pure water from saltwater, providing a sustainable
and environmentally friendly solution for water purification.
Sterling engine In this engineering project, a Sterling engine is assembled using cans, syringes, and a rotating disc. The
syringes function as the hot and cold chambers, and a metal disc acts as the displacer. Air pathways are
established using tubing. When heat is applied to the hot chamber, the air inside expands, moving the
disc and generating cyclic compression and expansion. This cyclical motion causes the disc to rotate,
demonstrating the Sterling engine's ability to convert heat energy into mechanical work
Solar Electric Hybrid Car Project A solar micro power plant employs a parabolic reflector as a concentrator to focus sunlight onto a
carbon steel pipe. The concentrated thermal energy is utilized to generate steam or heat a working fluid,
thereby driving a 12V hydroelectric generator for electricity production. The parabolic reflector