Dineo Moshime

Assisted in the preparation and filing of 50+ patent applications, ensuring accuracy in application details and timely submission.
Generated and processed 50+ required forms (P3, P26, Assignment of Invention), facilitating seamless application filing and client transactions.
Edited and formatted 40+ patent specifications and drawings, improving clarity and compliance with submission standards.
Tracked and uploaded 100+ .xml files into the in-house patent management system, enhancing data organization and retrieval efficiency.
Advertised and monitored 50+ accepted patents on CIPC, ensuring proper publication in patent journals and compliance with regulatory timelines.

• Assisted in the preparation and filing of new patent applications, including completing application details, generating required forms (P3, P26, and Assignment of Invention), and managing the upload of signed forms and processing of initial client payments.
• Supported the editing and formatting of specifications and drawings for completed patent applications.
• Contributed to the tracking and uploading of .xml files into the in-house patent management system.
• Aided in the creation of reporting documents for clients.
• Assisted with the advertisement of accepted patent applications on CIPC and monitored advertisements in patent journals.

• Prepared and maintained files, registers, and reporting documents for markers and examination assistants, ensuring accurate record-keeping and organization.
• Assisted in facilitating marking guideline meetings by coordinating attendance, tools, and resources, utilizing MS Teams to ensure smooth execution.
• Compiled digital files and materials required for markers to draft and submit reports efficiently.
• Provided administrative support to markers, including preparing documentation, managing submissions, and facilitating claims processing.
• Ensured compliance with administrative procedures and deadlines to support the examination marking process effectively.

Managed and maintained 500+ files, registers, and reporting documents for markers and examination assistants, ensuring 100% accuracy in record-keeping.
Coordinated 100+ marking guideline meetings by organizing attendance, tools, and resources via MS Teams, improving meeting efficiency by 30%.
Compiled and distributed 200+ digital files and materials to assist markers in drafting and submitting reports, reducing submission errors by 25%.
Provided administrative support to 300+ markers, including preparing documentation, managing submissions, and facilitating claims processing, ensuring a 95% on-time submission rate.
Ensured 100% compliance with administrative procedures and deadlines, streamlining the examination marking process and improving operational efficiency.

Collaborated with senior engineers and cross-functional teams to analyze heap leach data, identifying 10+ improvement areas that enhanced copper recovery to 95%+.
Operated, maintained, and troubleshot the heap leach pilot plant, achieving consistent extraction rates of 95%+ for copper.
Performed 50+ analytical lab tests weekly, including acid and ferrous titrations and AAS analysis, ensuring leach solution purity and maintaining 95% copper recovery.
Maintained 100% compliance with laboratory cleanliness and safety standards, ensuring optimal working conditions for research and testing.
Led ongoing research and development efforts on 5+ new industry innovations, optimizing heap leaching processes for improved efficiency and sustainability.

• Collaborate and communicate with senior engineers as well as cross functional with other departments to analyse heap leach data analytics, identifying improvement areas and make data driven decisions to achieve over 95% recovery of copper metal.
• Operating, maintaining and troubleshooting the heap leach pilot plant, achieving successful extraction rates of 95% and above for copper.
• Conducted daily analytical laboratory tests, including titrations (acid and ferrous) and dilution for atomic absorption spectroscopy (AAS) analysis, to monitor leach solution concentration and purity levels, resulting in an average copper recovery of 95%.
• Maintained compliance of cleanliness and organization in the laboratory to ensure excellent conditions.
• Conduct ongoing research and development of current market trends, new innovations, designs and specifications that can assist with developing new research projects, to assist in optimising to the latest designs, best practices, applications and recommendations in heap leaching.

Collaborated with senior engineers and cross-functional teams to analyze heap leach data, identifying 10+ improvement areas that enhanced copper recovery to 95%+.
Operated, maintained, and troubleshot the heap leach pilot plant, achieving consistent extraction rates of 95%+ for copper.
Performed 50+ analytical lab tests weekly, including acid and ferrous titrations and AAS analysis, ensuring leach solution purity and maintaining 95% copper recovery.
Maintained 100% compliance with laboratory cleanliness and safety standards, ensuring optimal working conditions for research and testing.
Led ongoing research and development efforts on 5+ new industry innovations, optimizing heap leaching processes for improved efficiency and sustainability.

• Collaborate and communicate with senior engineers as well as cross functional with other departments to analyse heap leach data analytics, identifying improvement areas and make data driven decisions to achieve over 95% recovery of copper metal.
• Operating, maintaining and troubleshooting the heap leach pilot plant, achieving successful extraction rates of 95% and above for copper.
• Conducted daily analytical laboratory tests, including titrations (acid and ferrous) and dilution for atomic absorption spectroscopy (AAS) analysis, to monitor leach solution concentration and purity levels, resulting in an average copper recovery of 95%.
• Maintained compliance of cleanliness and organization in the laboratory to ensure excellent conditions.
• Conduct ongoing research and development of current market trends, new innovations, designs and specifications that can assist with developing new research projects, to assist in optimising to the latest designs, best practices, applications and recommendations in heap leaching.