About

I am a Mechanical Engineer with over 7 years of specialized experience in SolidWorks design, 3D modeling, and CAD drafting. My expertise spans multiple industries, including medical devices, automotive engineering, consumer electronics, and industrial machinery. I offer tailored design solutions, from creating precise 3D models and assemblies to producing detailed 2D drawings that meet international standards such as ANSI and ISO.

Throughout my career, I have collaborated on diverse projects, refining my skills in 3D modeling, engineering simulations, and product development. I leverage SolidWorks to deliver innovative, accurate, and functional designs, ensuring they are optimized for manufacturing and ready for production. My hands-on experience with various clients has given me a deep understanding of mechanical systems, enabling me to provide practical and effective design solutions.

Core Competencies
SolidWorks Expertise: Proficient in 3D modeling, assemblies, simulations, and technical drawings.
3D Modeling & Rendering: Skilled in creating detailed, accurate models and realistic renderings for presentations.
CAD Drafting: Experience in producing clear, industry-standard 2D drawings with precise dimensions and tolerances.
Engineering Simulations: Performing FEA and motion studies to validate design performance.
Product Development: Managing projects from concept to prototype, ensuring functionality, cost-effectiveness, and quality.
Problem Solving: Approaching each project with innovative solutions to design and engineering challenges.

Strengths
Attention to Detail: I prioritize precision, ensuring that every design is optimized for performance and manufacturability.
Timely Delivery: Committed to meeting project deadlines without compromising on quality.
Client-Focused: Building strong client relationships through clear communication, regular updates, and a collaborative approach.
Continuous Learning: Staying up-to-date with industry trends and technological advancements, ensuring that my designs incorporate the latest innovations.
Professional Experience
Over the past 7 years, I have successfully completed projects in various industries. Here are some highlights:

MedTech Innovations: Designed critical mechanical components for medical devices, ensuring compliance with regulatory standards while improving functionality and durability.
AutoDrive Solutions: Developed and optimized automotive parts, resulting in reduced manufacturing costs and enhanced product reliability.
Innovative Gadgets Inc.: Created ergonomic and aesthetically pleasing consumer products, contributing to their market success and improved user experience.
Renewable Energy Systems: Worked on structural designs for solar panel installations, ensuring durability under harsh environmental conditions while optimizing cost efficiency.
Robotic Engineering Projects: Provided detailed 3D models and simulations for robotic arms used in automated production lines, ensuring accuracy and reliability in performance.

Education
I hold a Bachelor of Science in Mechanical Engineering, which has provided me with a solid foundation in mechanical principles, materials science, thermodynamics, and engineering design. This educational background, combined with practical experience, equips me to approach each project with both technical expertise and creative problem-solving skills.

Certifications and Continuous Development
In addition to my degree, I am certified in SolidWorks, and I regularly pursue training in areas like Finite Element Analysis (FEA) and product lifecycle management (PLM) to stay current with industry trends. My commitment to continuous learning ensures that I am always equipped with the latest tools and methodologies to deliver exceptional results.

Communication & Collaboration
Effective communication is key to a successful project, and I pride myself on maintaining clear and regular updates with my clients. I am flexible with communication channels, whether it’s through email, video calls, or messaging platforms. I believe in a collaborative approach, actively seeking feedback throughout the project to ensure the final deliverable aligns perfectly with your expectations.

Why Work with Me?
Experience: Over 7 years of hands-on experience in delivering high-quality designs across industries.
Precision: I focus on accuracy and functionality, ensuring every design is ready for manufacturing.
Commitment: I am dedicated to delivering projects on time, within budget, and to the highest quality standards.
Client Satisfaction: My ultimate goal is to exceed your expectations by providing designs that not only meet your needs but also drive success in your projects.

Let’s Collaborate
I am passionate about helping clients bring their ideas to life. Whether you need intricate 3D models, accurate technical drawings, or detailed engineering simulations, I am here to provide the expertise you need.

3D Models

Experience

  • Mechaincal Designer OGDCL · Full-time May 2024 – Present 7 mos Islamabad, Islamabad Capital Territory, Pakistan As a Mechanical Designer at OGDCL, I have been responsible for delivering high-quality mechanical designs and solutions that meet the unique demands of the oil and gas industry. My role has involved working closely with engineers and project managers to develop detailed designs, 3D models, and technical drawings for a variety of equipment, components, and systems.

    Key Responsibilities:
    3D Modeling & Drafting: Utilizing SolidWorks and AutoCAD to create detailed 3D models and 2D technical drawings of mechanical components, piping systems, and equipment used in oil and gas exploration and production.
    Design Optimization: Collaborating with engineers to optimize mechanical designs, ensuring they meet safety standards, performance requirements, and efficiency goals.
    Technical Documentation: Developing and maintaining detailed engineering documentation, including part lists, assembly instructions, and engineering change requests (ECRs), ensuring that all designs adhere to OGDCL’s standards and industry regulations.
    Simulation & Analysis: Conducting finite element analysis (FEA) and stress testing to validate the strength and performance of mechanical designs under various operational conditions, particularly in harsh environments such as offshore rigs and drilling sites.
    Collaboration with Cross-Functional Teams: Working closely with other departments, including procurement, operations, and maintenance, to ensure that the mechanical designs are practical, cost-effective, and ready for implementation.
    Problem Solving & Innovation: Addressing design challenges by applying creative problem-solving techniques to improve the reliability and functionality of equipment and systems in oil and gas operations.
    Compliance & Safety: Ensuring all designs adhere to OGDCL’s safety protocols and meet relevant international standards (e.g., API, ISO) to guarantee safe and efficient operation in the field.

    Key Projects & Achievements:
    Successfully designed and implemented piping systems for oil and gas processing plants, improving operational efficiency by reducing pressure losses and optimizing flow.
    Created innovative designs for mechanical components used in drilling equipment, enhancing their durability and reducing maintenance costs.
    Conducted failure analysis on critical mechanical components, leading to design improvements that minimized downtime and improved equipment reliability.
    Worked on the development of structural support systems for pipelines and storage tanks, ensuring they meet regulatory standards and withstand extreme operational conditions.

    Technical Skills:
    SolidWorks: Proficient in 3D modeling, assembly, and simulation of mechanical components.
    AutoCAD: Extensive experience in creating 2D technical drawings for manufacturing and construction.
    FEA & Simulation: Conducting simulations to validate mechanical designs under stress, thermal, and dynamic conditions.
    Engineering Standards: Familiar with industry standards such as API, ASME, and ISO for oil and gas industry applications.

    Key Strengths:
    Strong understanding of mechanical systems used in oil and gas exploration and production.
    Ability to translate complex engineering concepts into practical, manufacturable designs.
    Proven track record of delivering projects on time while ensuring compliance with safety and quality standards.

Education

  • UET Taxila, Pakistan Mecahical Engineering, Bachelor of Engineering, 3.39 2014 – 2018 Activities and Societies: Assistant Vice Chair, ASME UET Taxila Student Chapter (2019-2021) As the Assistant Vice Chair, I played a pivotal role in leading various technical and non-technical projects, fostering teamwork, and enhancing leadership skills. Key contributions include organizing large-scale events like TechFiesta'18, Robot War, and HPVC (Human Powered Vehicle Cycle) competitions, where I oversaw the design and development of complex engineering systems. Additionally, I helped facilitate seminars and community service initiatives to promote engineering creativity. Director Technical Section, IMechE UET Taxila Student Branch (2019-2020) In this role, I led the technical team for the UET National Olympiad (UNO), coordinating with faculty and students to organize events that showcased the technical and problem-solving skills of undergraduates. This involved managing both technical and non-technical aspects, developing strong organizational skills and promoting collaboration among participants. These leadership roles gave me valuable experience in managing teams, handling event logistics, and applying engineering knowledge to real-world challenges. Mechanical Engineering is one of the broadest and most versatile fields of engineering, focused on the design, analysis, manufacturing, and maintenance of mechanical systems. It combines principles from physics, mathematics, and material science to solve complex engineering problems and develop innovative solutions that impact a wide range of industries, including automotive, aerospace, energy, manufacturing, robotics, and healthcare.

    Mechanical engineers are responsible for designing and developing a variety of systems and products, from small components like sensors and actuators to large-scale systems such as engines, power plants, and industrial machinery. The field also emphasizes the importance of energy efficiency, environmental sustainability, and cost-effectiveness in engineering designs.

    Key Areas of Mechanical Engineering:
    Design and Manufacturing: Mechanical engineers create detailed designs for mechanical components and systems, ensuring they function efficiently and meet the required specifications. This includes the use of computer-aided design (CAD) software like SolidWorks and AutoCAD to model, test, and optimize designs before production.

    Thermodynamics and Fluid Mechanics: This area focuses on the study of heat transfer, fluid flow, and energy conversion, which are critical for designing engines, HVAC systems, and renewable energy solutions.

    Materials Science: Understanding the properties and behavior of materials is essential in mechanical engineering. Engineers select appropriate materials to ensure durability, strength, and safety while also considering factors like weight and cost.

    Mechanics of Materials: This involves studying how materials deform and fail under different types of loads, which is vital in designing structures and machinery that are safe and reliable.

    Robotics and Automation: Mechanical engineers often work on developing automated systems and robots to enhance efficiency in industries like manufacturing and healthcare.

    Finite Element Analysis (FEA) & Computational Fluid Dynamics (CFD): Engineers use simulation tools like FEA and CFD to analyze stress, strain, fluid flow, and heat transfer in mechanical components, ensuring optimal performance and safety under various conditions.

    Applications of Mechanical Engineering:
    Automotive and Aerospace Engineering: Designing fuel-efficient engines, vehicle structures, and advanced propulsion systems.
    Energy Systems: Developing renewable energy technologies, such as wind turbines and solar panels, and improving the efficiency of traditional power generation methods.
    Healthcare: Designing medical devices and equipment that improve patient care, such as prosthetics, imaging devices, and surgical robots.
    Industrial Automation: Creating machines and tools that automate manufacturing processes, improving productivity and reducing costs.

    Why Mechanical Engineering Matters:
    Mechanical engineering plays a crucial role in shaping the modern world. From improving energy efficiency and developing sustainable technologies to creating life-saving medical devices and cutting-edge transportation systems, mechanical engineers are at the forefront of innovation. Their work not only drives technological advancements but also ensures that society’s growing demands for better, faster, and more efficient systems are met.

Other experience

  • Safety Officer As a Safety Officer at Yasin Brothers, I was responsible for ensuring a safe and compliant workplace environment by regularly evaluating workplace risks and implementing effective safety measures. I played a key role in fostering a strong safety culture by ensuring all employees adhered to safety protocols and industry regulations.

    Key Responsibilities:
    Risk Assessment: Conducted comprehensive risk assessments to identify potential hazards in the workplace and recommended appropriate measures to mitigate those risks.
    Safety Policy Management: Updated and enforced company safety policies to comply with the latest health and safety regulations.
    Incident Investigation: Led thorough investigations of workplace accidents, documenting the root causes and providing detailed reports to improve safety measures and prevent future incidents.
    Employee Training: Conducted safety training sessions for staff to educate them on best practices, emergency procedures, and compliance with safety standards.
    Regulatory Compliance: Ensured all safety measures were aligned with local regulations and industry standards, promoting a safe work environment for all employees.

    In this role, I managed health and safety operations during the OGDCL shutdown period. I was instrumental in identifying risks, implementing safety protocols, and providing training to ensure the safety and well-being of all personnel during high-risk activities.

    Key Responsibilities:
    Safety Management: Supervised safety protocols during shutdown operations, ensuring strict adherence to OGDCL’s safety regulations and industry standards.
    Hazard Identification: Actively monitored site activities, identifying potential hazards, and immediately addressing risks to ensure safe working conditions.
    Training and Awareness: Provided hands-on training to staff and contractors, ensuring everyone was aware of the safety standards and procedures required during high-risk operations.
    Compliance Monitoring: Regularly inspected the workplace to ensure compliance with both company and legal safety regulations.

Licenses & Certifications

  • Learn SolidWorks with a fully Practical Approach TutorialPoints May 2017 – Present
  • Learn SolidWorks from Basic to Advance Eduonix Oct 2016 – Present