MUHAMMAD RAEES SADIQ

• Managed appointment scheduling and emergencies/ cancellations to ensure optimum patient benefit
• Handled incoming calls and responded to enquiries, providing exceptional customer service to patients.
• Maintained patient records and files to support confidentiality and compliance with regulations.

• Assisted with daily office operations by managing incoming calls
• Coordinated scheduling of appointments including emergencies/ cancellations
• Maintained filing systems and ensured accurate record-keeping including maintaining patient confidentiality

Formula Student (Nottingham Racing), University of Nottingham 2024 +

• Designed and manufactured a suspension travel measurement device to collect performance data for lap time optimisation.
• Presented design concepts to the team, improving communication and collaboration skills.
• Gained hands-on experience in motorsports engineering and adapted to a fast-paced, multidisciplinary environment.

Glider Group Project, University of Nottingham, 2024

• Collaborated with a team to research, design, and manufacture a functional glider.
• Led project management activities including task delegation, Gantt chart tracking, and progress reviews to ensure timely completion.
• Applied technical skills using XFLR5 for aerofoil lift analysis and CATIA for 3D CAD design of the glider.

Research Project on the aerodynamic characteristics of NACA 0012 Aerofoil, University of Nottingham 2023

• Conducted wind tunnel testing to measure pressure distribution at various angles of attack.
• Analysed viscous flow patterns and determined relationships between pressure coefficients, lift coefficients, maximum lift, and stall angle.

Machining and CNC operations project, Nottingham 2023-2024

• Operated milling, lathe, and CNC machines to manufacture precision parts.
• Interpreted engineering drawings and applied measurement tools to achieve accurate dimensions and high-quality surface finishes.

Computer Aided Design Projects, Nottingham 2023-2024

• Designed a robotic arm with multiple joints using SolidWorks.
• Researched and designed an electrical linear actuator for aircraft flaps, modelling components in CATIA.
• Designed and manufactured an aircraft door hinge from scratch in CATIA, gaining practical experience in aerospace component development