Khuzaima Malik
About Candidate
Biomedical Engineer Intern (Ferozsons Laboratories & CPEIC Multan): Managed installation, calibration, and troubleshooting of ECGs, defibrillators, cardiac monitors, and ultrasound devices, ensuring optimal performance in critical care settings.
Sales & Marketing Engineer (AMTRONECH): Oversaw the sales and marketing and also the performance of neurophysiology equipment (EEGs, EMGs), provided technical support, and conducted training for healthcare professionals on advanced medical devices.
Biomedical Engineer Intern (Ferozsons Laboratories): Assisted in the maintenance and technical support of cardiac equipment, ensuring device accuracy and reliability in hospital environments.
Sales & Marketing Strategy (BM Pharmacy and Distribution): Developed and implemented targeted marketing strategies in the fields of Diabetology, Nephrology, Oncology, and Hepatology, increasing revenue by 15%.
Equipment Management (AMTRONECH): Led equipment management initiatives for high-end medical devices, ensuring reliability through regular maintenance and operational support.
AI Developer (Self-Initiated Projects): Developed machine learning models using Scikit-learn for medical data classification and applied deep learning frameworks like TensorFlow and PyTorch for medical imaging tasks.
Preventive Maintenance (CPEIC Multan): Collaborated on creating protocols to reduce downtime of critical medical devices, improving workflow efficiency and device uptime by 20%
Location
Education
I have completed BS in Biomedical Engineering at UET Lahore, with a specialization in Medical Imaging, Electrophysiology, Biosignal Processing, and AI for Healthcare. My coursework has provided me with a strong foundation in the principles of Biomedical Instrumentation and Clinical Lab Instrumentation, equipping me with the knowledge to design and maintain complex medical devices. I have also studied Human Anatomy and Physiology, giving me a comprehensive understanding of the human body’s structure and functions, which is critical for developing healthcare technologies. Additionally, my academic journey has included subjects in signal processing, machine learning, and AI applications in healthcare, preparing me to innovate in the evolving field of medical technology.
Work & Experience
Specialized in neurophysiology and electrophysiology, managing and overseeing advanced medical equipment such as EEGs, ECGs, EMGs, and other critical devices. Providing technical support, conducting training sessions for healthcare professionals on the proper use, operation, and troubleshooting of medical equipment. Leading preventive maintenance programs for key medical devices, ensuring optimal functionality and reducing the risk of device failures. Developing and implementing marketing strategies to promote medical technologies, resulting in increased customer acquisition and improved sales performance.
Developed and executed sales and marketing strategies within the fields of Diabetology, Nephrology, Oncology, and Hepatology, driving a 15% increase in quarterly revenue. Conducted competitor analysis to identify market trends and inform product promotion strategies, enhancing customer acquisition by 10%. Streamlined inventory management processes and provided team training on medical equipment, improving operational efficiency and reducing inefficiencies.
Assisted in the installation, calibration, and troubleshooting of critical medical equipment including ECGs, defibrillators, cardiac monitors, and Butterfly ultrasound devices. Supported healthcare professionals in ensuring the accuracy and reliability of medical devices in critical care environments. Collaborated with senior engineers to provide preventive maintenance and troubleshoot equipment issues, contributing to improved device performance and longevity.
Managed the maintenance and repair of various medical devices such as ECGs, syringe pumps, echo machines, and defibrillators, ensuring their readiness for use in clinical settings. Worked closely with senior engineers to develop and implement preventive maintenance protocols that reduced downtime for critical medical devices by 20%. Played a role in troubleshooting and resolving technical issues with medical equipment to ensure optimal functionality in a healthcare environment.
