Hassan Olajuwon Oyegoke

• Specialize in sub-assembly tasks and ensuring the timely and accurate preparation of component for the production line.
• Adhering to safety protocols and guideline while handling materials
• Perform Inspection of material for quality assurance purpose to identify and report any defects or issue.
• Received and screened high-volume internal and external communications, calls and email.

Packaging and verifying quantities, labelling and reporting any descrepancies or damages.

• Developing and implementing plans for routine maintenance, preventive maintenance and emergency repair.
• Designed various components of fired coal boilers using CAD software.
• Developed 3D models and detailed drawings for boiler shells, burner assemblies, heat exchanger tubes, grates, ductwork, piping systems, fans, blowers, and ash handling systems.
• Conducted design reviews and implemented design changes based on feedback and project requirements.
• Ensured compliance with industry standards, codes, and regulations throughout the design process.
• Worked closely with fabrication teams to provide technical support and resolve any design-related issues during fabriction process.
• Successfully delivered projects on time and within budget while maintaining a high level of quality and accuracy in the design documentation..

• Conducting regular safety inspections to identify potential hazards and risks.
• Maintaining safety records and reporting to management on safety performance.
• Promoting a safety culture throughout the organisation by encouraging employees to prioritize safety in their daily activities.
• Coordinating with other departments to ensure that safety policies are integrated into their operations.

• Teach student on how to use AutoCAD to design basic mechanical component.
• Teach and take practical automobile technology
• Train over 30 students on welding and fabrication process.
• Planned and organised classrooms that consistently facilitated positive learning experience.
• Collected, analysed and tracked data on student progress.

• Designing and developing 3D models, assemblies, and Mechanical drawings using SolidWorks software.
• Develop strong understanding of Mechanical systems and ability to troubleshoot and repair automobile component.
• Familiarity with various automobile systems such as engines, transmissions, brakes, electrical systems, and fuel systems and understanding its working principle.
• Analysing and solving complex design problems using engineering principles.
• Diagnosed faults and carried out or assigned repair tasks to minimise downtime.