Usama Afaq Free lancer
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Profile Description:

I am a dedicated Mechanical Engineer with a strong background in product design and manufacturing, bolstered by 4 years of hands-on experience in the industry. My expertise spans a wide range of disciplines, including advanced proficiency in 3D printing, fabrication techniques, and CNC machining. Throughout my career, I have successfully executed numerous projects, demonstrating a keen ability to innovate and deliver high-quality solutions.

Key Strengths:
Product Design and Development: Experienced in conceptualizing and bringing products to life through comprehensive design processes. I specialize in leveraging CAD/CAM tools to create intricate designs that optimize functionality, manufacturability, and cost-efficiency.

Advanced Manufacturing Techniques: Proficient in 3D printing and fabrication, with a track record of utilizing these technologies to prototype and produce innovative solutions. I have successfully managed projects involving CNC machining for precision manufacturing, including die making for marker production at Mercury Company.

Project Management: Skilled in overseeing projects from initial conception to final execution, ensuring adherence to timelines, budgets, and quality standards. My experience includes the manufacturing of diverse products such as the Magic Table, syringe pick and place systems, and car washing trolleys, each requiring meticulous attention to detail and technical expertise.

Educational Leadership: As a passionate educator, I have enriched the learning experiences of students at HITEC, where I taught courses in 3D designing and manufacturing. I am committed to fostering the next generation of engineers, imparting practical skills and theoretical knowledge essential for success in the industry.

Career Highlights:

Innovative Projects: Led the design and manufacturing of specialized products like the Magic Table and syringe pick and place systems, employing cutting-edge technologies to achieve optimal performance and user satisfaction.

Academic Contribution: Developed and delivered curriculum modules on 3D designing and manufacturing, equipping students with hands-on skills and preparing them for real-world challenges in engineering.

Future Aspirations:

I am eager to bring my multifaceted skill set and passion for innovation to a dynamic team committed to pushing the boundaries of engineering excellence. I am driven by a desire to continue expanding my knowledge, exploring emerging technologies, and delivering impactful solutions that address complex challenges in product design and manufacturing.

Conclusion:

With a proven track record of success in product design, manufacturing, and education, I am poised to contribute effectively to your organization's goals. I am excited about the opportunity to collaborate with like-minded professionals and make a meaningful impact through creativity, technical expertise, and a dedication to continuous improvement.

Subjects

  • Mechanical design Expert

  • Manufacturing Expert

Experience

  • Technical Design Engineer (Sep, 2022–Oct, 2023) at Mark Industries
    As a Mold and Die Design Specialist. With over 1 year of experience in the design and manufacturing of molds and dies, I specialize in creating custom designs for stationary products, particularly pens. My career has been dedicated to optimizing production processes and delivering high-quality designs that meet stringent performance and cost requirements.

    Key Expertise:
    Mold and Die Design: I have a strong background in designing molds and dies using CAD/CAM software like SolidWorks and AutoCAD. My designs are tailored to enhance manufacturability and efficiency, ensuring optimal performance in stationary product production.
    Specialized Focus on Pens: Throughout my career, I've developed a niche expertise in designing molds and dies specifically for stationary products, with a keen focus on pens. I've successfully managed projects from concept to completion, collaborating closely with engineering teams to achieve innovative and functional designs.

    Achievements:
    Process Optimization: I've led initiatives to streamline mold and die design processes, resulting in significant improvements in production efficiency and cost savings.
    Quality Assurance: Implementing rigorous quality assurance measures, including mold flow analysis and simulation, has been integral to my approach, ensuring products meet or exceed performance expectations.

Education

  • Mechanical Engineering (Sep, 2018–Sep, 2018) from HITEC–scored 3.9/4

Fee details

    Rs10,000–50,000/hour (US$35.99–179.94/hour)

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