Ahmed Bassam

• Created and implemented comprehensive course materials for Engineering Design and Solid Modeling, enhancing student understanding of mechanical engineering principles.
• Facilitated extracurricular Thermodynamics sessions, improving student performance and grasp of HVAC systems and energy efficiency concepts.
• Collaborated with faculty to align course content with industry standards, ensuring relevance to current MEP project management practices.
• Mentored students in applying theoretical knowledge to practical applications, fostering skills in mechanical design and project execution.
• Engaged in continuous improvement of teaching methodologies, contributing to an increase in student engagement and success rates in engineering courses.

• Instructed and mentored a diverse group of over 30 students in coding and engineering principles, fostering a strong foundation in STEM education.
• Developed hands-on projects, including the construction of robotic arms, enhancing students' practical skills and problem-solving abilities.
• Cultivated teamwork and collaboration among students, preparing them for future engineering challenges.
• Demonstrated strong leadership and communication skills, essential for managing multidisciplinary teams in MEP projects.

• Supported the management of commercial ship and rig projects, enhancing operational efficiency and project timelines.
• Developed comprehensive project plans aligned with technical specifications, ensuring clarity and adherence to project goals.
• Analyzed and synthesized manpower reports, facilitating effective resource allocation and optimizing project execution.
• Collaborated with cross-functional teams to address project challenges, improving communication and stakeholder engagement.
• Gained hands-on experience in MEP systems, HVAC design, and mechanical engineering principles, preparing for a transition to MEP Project Manager.

• Designed and developed an innovative self-sorting recycling bin, leveraging computer vision technology to enhance waste management efficiency.
• Applied additive manufacturing techniques to produce custom 3D components, optimizing design and functionality for various mechanical systems.
• Collaborated with cross-functional teams to ensure project alignment with mechanical engineering principles.
• Conducted thorough testing and analysis to improve product performance and reliability, contributing to sustainable engineering solutions.
• Demonstrated strong problem-solving skills and attention to detail in the design and implementation of mechanical systems and HVAC solutions.