Aiman Aziz
About Candidate
A competent candidate with a solid foundation in business principles alongside technical prowess in Mechanical Engineering, seeking an engineering role where I can leverage my academic background and skills to contribute my versatile expertise to company’s innovative projects, international customer support and collaborative teams.
Location
Education
Thesis Overview: • Title of the thesis: Automation concept for the loading and unloading of a CNC machine using an industrial robot. - Bachelor thesis: 2.5 (Good); colloquium: 2.0 (Good) *German Grading System: Very good (1.0 to 1.5), Good (1.6 to 2.5), Satisfactory (2.6 to 3.5), Sufficient (3.6 to 4.0) • The project aimed at developing a cutting-edge solution for the loading and unloading of CNC machines and enhancing efficiency in CNC machining processes, employing the precision and adaptability of industrial robots.
• German course from language level A1 to B2. • Preparation course for the German language exam (TestDaF).
• Cambridge International Advanced Level Examination (A-Level). • Engineering Sciences (Chemistry, Physics, Mathematics) and German language.
• Excellent academic results with all A grades in all 9 subjects including English in the Malaysian Certificate of Education SPM examination in 2012, aligning with the International General Certificate for Secondary Education by Cambridge University.
Work & Experience
• Streamlined CNC machining processes, resulting in a 10% reduction in production time while maintaining quality. • Led daily operations and reported on CNC machine performance, ensuring consistent product quality on production schedules. • Performed routine maintenance and troubleshooting on CNC machines to achieve optimal performance and minimise downtime. • Participated in team problem-solving sessions to gain insights to improve the efficiency of production processes. • Developed conceptual approaches to enhance CNC machining efficiency.
• Actively designed a new concept for the car antenna fixture and conveyor line interlock using 3D CAD design software to improve the efficiency and effectiveness of BMW's car assembly processes. • Assisted in improving the automotive manufacturing efficiency by introducing a structured process layout for the assembly line. • Participated in daily briefings and collaborated with team members to ensure high standards of production and quality. • Monitored and reported on assembly line quality performance, ensuring adherence to BMW's quality standards. • Resolved quality issues related to assembly processes, ensuring continuous improvement and customer satisfaction. • Advised on strategic and operational issues within the process engineering department.
• Performed specialised cleaning tasks on industrial machinery, equipment and systems in accordance with industry standards and safety regulations. • Carried out routine maintenance on cleaning equipment, ensuring optimum functionality and contributing to the longevity of industrial equipment. • Maintained high standards of cleanliness and hygiene, playing an important role in creating a safe and pleasant working environment. • Received recognition for responding quickly and effectively to urgent cleaning requirements, minimising downtime for production processes.
• Carried out basic milling, turning, welding and grinding operations to given dimensions, specifications and tolerances. • Identified problems in an electronic circuit using basic electrical knowledge. • Used visual design in technical communication. • Built hydraulic and pneumatic functions and circuit diagrams.