MOHAMMED SAYED ROHMAN

Aerospace Engineering graduate with hands-on experience supporting highly automated robotic and material-handling systems at Ocado Technology. Experienced in SCADA monitoring, HMI fault diagnosis, preventative maintenance, conveyor systems, robotics operations, equipment reliability and technical reporting. Strong analytical and engineering foundation developed through CFD, FEA, CAD design, flight testing and power-generation projects. Seeking a Systems Engineering, Automation Engineering, Reliability Engineering or Manufacturing Engineering role.

• Certified SolidWorks Associate (CSWA)
• PRINCE2 Foundation
• OGRP Assembly & Disassembly Training
• Emergency Grid Recovery Training
• Fire Safety Training
• GRAFT & MRB Training

• Design a Line Launcher - IMechE, London, Designed and developed a functional line launcher as part of a team project under the guidance of the university's IMechE chapter., Focused on optimising the aerodynamic performance and propulsion system of the launcher to achieve precision and maximum range., Applied engineering principles in structural analysis, material selection, and stress testing to ensure reliability and safety during operation., Utilised 3D modelling and simulation software to refine the launcher design and verify performance against theoretical calculations., Played a key role in presenting the project to IMechE peers and faculty, receiving positive feedback for innovation and practical application of aerospace engineering concepts., Collaborated with cross-functional teams to streamline communication processes, resulting in a 20% decrease in project timeline delays., Implemented a new system for team communication that increased efficiency by 15% and reduced errors by 10%., Facilitated regular team meetings to enhance collaboration and ensure all departments were aligned on project objectives, leading to a 30% increase in overall productivity.
• Flight Laboratory Course - Cranfield University, Bedford, Captured and recorded key flight performance readings during real-time tests on a fully instrumented SAAB 340B, including drag and cruise performance measurements, ensuring accurate data for post-flight analysis., Monitored longitudinal static stability and performed compliance tests for LSS-CS25 specifications, using precise interval-based data recording to validate aircraft safety and performance metrics., Facilitated accurate assessments of critical flight dynamics by systematically collecting, analysing, and reporting performance parameters, contributing to mission success and technical documentation., Implemented a new communication protocol that improved collaboration between departments, leading to a 15% decrease in errors and delays during experiments., Collaborated with team members to streamline communication processes, resulting in a 20% increase in efficiency and productivity within the laboratory setting.