Sherif Mahmoud

• Support projects for current and legacy DSS platforms.
• Develop and manage technical requirements, communicate to stakeholders, team members,
and platform groups.
• Participating in the processes of test review and analysis, test witnessing and certification of
robotics software.
• Consulting on the integration issues of robotic software with existing infrastructure components
and products.
• Lead requirements development and management, delivery, implementation, testing,
validation, and release of software for robotic devices.
• Provide Coaching and Technical Guidance to global team of Engineers along with Team
development
• Provide Project leadership & Governance
• Provide leadership and governance on New Product Introduction (NPI), New Technology
Introduction (NTI), Continuous Product Improvement (CPI), and Cost Reduction Projects

• Led aerodynamic design and optimization efforts for intelligent actuators used in combustion engine
platforms (CG18, CG137-12, G3500, G3600)
• Developed and tested embedded control firmware for engine components, ensuring optimal airflow and
efficiency
• Conducted flow path analysis and system integration testing for improved aerodynamic performance
• Collaborated with cross-functional teams (mechanical, heat transfer, performance) to meet
manufacturability, cost, and durability targets
• Used Vector Canape, Canalyzer, and MATLAB for real-time system analysis and data processing
• Worked with suppliers to develop and optimize components for gas turbine systems

• Designed and modified motor components to enhance fluid dynamics efficiency in rotating machinery
• Developed aerodynamic testing protocols to assess performance and reliability of electromechanical
systems
• Utilized MATLAB and Python for computational analysis of airflow and heat transfer
• Assisted in computational modeling of aerodynamic loads in rotating systems

• Provided tutoring and guidance in fluid dynamics and computational methods related to electrical
networks
• Assisted in aerospace-related research projects involving control systems and airflow analysis

• Maintained and overhauled Caterpillar engines and gas turbine sub-assemblies, ensuring compliance
with engineering specifications
• Conducted performance testing of turbine exhaust systems, optimizing durability and efficiency
• Led fluid system troubleshooting and performance enhancements for rotating components

• Assisted in aerodynamic stress analysis and damage assessment for mechanical systems
• Supported engine testing and validation to optimize airflow efficiency in automotive applications