ALEKSANDAR Milovanovic

• Company Overview: Manufacturing Experience: hands-on experience in a fast-paced manufacturing environment, with a strong understanding of the production process
• Work Health and Safety (WHS): Familiarity with WHS regulations and the importance of maintaining a safe and healthy workplace
• Good Manufacturing Practices (GMP): Knowledge of GMP standards, ensuring quality and compliance with industry regulations
• Team Collaboration: Extensive experience working in group settings, fostering teamwork, communication, and problem-solving
• Fast-Paced Factory Environment: Proven ability to perform efficiently and adapt quickly in a high-demand, fast-paced manufacturing setting
• Team Culture Understanding: Strong awareness of the importance of a positive and productive team culture for achieving company goals
• Manufacturing Experience: hands-on experience in a fast-paced manufacturing environment, with a strong understanding of the production process

• Company Overview: Background in customer service, with a focus on communication, problem resolution, and maintaining client satisfaction
• Background in customer service, with a focus on communication, problem resolution, and maintaining client satisfaction

• Company Overview: Conducted innovative research on aortic valve replacement techniques
• Gained specialized experience in cardiothoracic surgical procedures
• Conducted innovative research on aortic valve replacement techniques

Investigated Thermal Characteristics and Cooling Strategies for Electrical Motors

Tested electrical equipment, developed designs, and engineered a new cooling system.

Analysed project requirements, reviewed relevant technology, selected and evaluated models, and created testing procedures.

Used DC and AC models to generate and execute test plans.

Integration of Nikon Eclipse Microscope and Atomic Force Microscope

Designed adaptor mechanisms to connect the Bruker AXS AFM head with the Nikon Eclipse light microscope.

Worked on a 6-month project, guided by 3 faculty members.

Studied the components and performance of both microscopes.

Created 3D models to find ways to improve the system.

Developed functional designs and presented the best option.

Analysed vibration with different materials.