WAJIH DEMASHKIEH

Assisted teams in analyzing customer requirements for industrial bakery equipment and production line solutions. Supported preparation of technical proposals, quotations, and product presentations. Aided coordination of projects involving mechanical design and 3D CAD modeling.

• Develop technical proposals, quotations, and customized solutions for bakery equipment and production lines.
• Analyze customer requirements and provide technical consultation and product recommendations.
• Developed technical proposals and presentations tailored to customer needs.
• Prepare technical datasheets, machine manuals, project specifications, and engineering documentation.
• Perform 3D CAD modeling, manufacturing drawings, and mechanical design improvements.
• Coordinate with design, production, project management, and commissioning teams throughout project execution.
• Manage CRM activities, customer inquiries, technical support, and after-sales communication.
• Support project handover, installation, commissioning, and customer requirements from pre-sales to completion.
• Conduct market research to identify new opportunities, product improvements, and industry trends.

• Specialized in food industry, designed and developed bakery equipment to enhance functionality and compliance with industry standards. Utilized CAD software (SolidWorks, Autodesk Inventor, AutoCAD) for 3D modeling, sheet metal design, technical drawings, and stress analysis to produce precise engineering solutions. Developed hygienic and efficient machine designs that adhered to food industry standards, facilitating seamless manufacturing, testing, and R&D processes.
• Business or Sector: Research and Development / Mechanical Design Department. Website: https://farhatbakery.com.
• Designed and developed mechanical components for bakery equipment, ensuring compliance with safety standards.
• Collaborated with cross-functional teams to optimize design processes and improve equipment efficiency.
• Utilized CAD software to create detailed 3D models and technical drawings of machinery components.

• Business or Sector: Research and Development / Mechanical Design Website: https://farhatbakery.com/
• Contributed to design and development of bakery equipment machinery during R&D internship, gaining hands-on experience in manufacturing processes, Autodesk Inventor assembly, technical drawing execution, and laser file preparation.
• Designed and tested prototypes for bakery equipment, improving functionality and user experience.
• Assisted in troubleshooting equipment malfunctions, enhancing operational efficiency and minimizing downtime.
• Collaborated with engineering team to develop technical documentation for new product lines.

• Completed Mechanical Design internship in generator assemblies, contributing to mechanical engineering, machinery manufacturing and assembly, control design, motor selection, and electrical engineering.
• Business or Sector: Manufacturing / Mechanical Engineering Website: https://img-lb.com/

• Guided international students through university registration, legal processes, and Erasmus paperwork, while representing university at educational fairs to enhance student recruitment efforts.
• Assisted faculty with administrative tasks, ensuring efficient workflow and communication.
• Coordinated event logistics, enhancing student engagement and participation in university activities.
• Developed and maintained a digital filing system, improving document retrieval efficiency.
• Coordinated student events, enhancing engagement and participation across campus activities.

• Completed machine manufacturing internship in production line machinery, developing expertise in mechanical engineering, materials science, stress analysis, electrical engineering, manufacturing processes, machine design, control systems, and SOLIDWORKS for 3D modeling and laser cutting.
• Business or Sector: Manufacturing / Mechanical Assembly Website: https://oubarimakine.com/home

• 3.13/4 GPA
• Research Project:8-Legged Klann Mechanism Spider Robot.

Designed and developed using SolidWorks from scratch in a team under faculty supervision. The project involved mechanical design, manufacturing, stress and cost analysis, and component selection (materials, motors, and electrical parts). The robot is capable of walking on uneven terrains and lifting objects up to 50kg, with potential applications in industrial and military fields.

• Erasmus+ Mobility Program