➡️ Pharmaceutical manufacturing equipment management including OSD, OLD, and semisolid facilities.➡️ Coordinated with multidisciplinary teams including mechanical, electrical, and civil engineers to ensure seamless project execution.➡️ Applied engineering formulas and skills to perform accurate and efficient calculations for process design and capacity cycle time analysis.➡️ Selected appropriate equipment based on project requirements and generated equipment lists and schedules.➡️ Collaborated with procurement teams to source materials and equipment in compliance with project specifications and budget constraints.➡️ Provided project management and technical support, ensuring adherence to project requirements and specifications.➡️ Maintained documentation for all project activities, ensuring compliance with regulatory standards and internal quality procedures.➡️ Conducted vendor evaluations based on requirements and made techno-commercial recommendations.➡️ Maintained effective communication with the project management team, providing regular updates on work progress and any changes in project scope.➡️ Demonstrated adaptability and delivered high-quality work within specified timelines.➡️ Conducted Factory Acceptance Tests (FAT) on materials, processes, and operational systems to guarantee high-quality, functional goods in alignment with specifications.➡️ Managed international client inquiries and provided expert consultation on pharmaceutical process equipment and solutions.

➡️ Oversaw mechanical design phases from concept through production.➡️ Conducted inspections of tooling and tablets after manufacturing, considering design and technicalperspectives.➡️ Conducted research on various software platforms such as TAP-CAD and RAPID-I tosupport design work.➡️ Improved the design of the Auto Punch Polisher by making it more compact and reducing its footprint.➡️ Demonstrated strong problem-solving skills in troubleshooting and resolving toolingissues during manufacturing.➡️ Conducted feasibility studies and provided recommendations on the implementation of newtechnologies and manufacturing processes.➡️ Assisted in the development of test plans and conducted performance testing and validationof mechanical designs.➡️ Utilized 3D modeling software (e.g., SolidWorks, AutoCAD) to create detailed designs andengineering drawings.

➡️ Practical training focused on designs and manufacturing technology for gas pipelines in the Technical Services Division (TSD).➡️ Worked on pipeline design, fabrication techniques, quality control, and testing procedures.➡️ Collaborated with a team of professionals to develop and implement efficient gas pipeline systems.➡️ Acquired skills in design software, manufacturing processes, and quality assurance techniques.➡️ BARC's reputation as a leading institution in atomic research and development enhanced the internship experience.➡️ Personal growth achieved through overcoming challenges and learning valuable lessons.