Mohammad Abdallah Email & Phone Number

Abbott Park, Illinois, Us

In this role, I led the charge on four pivotal New Product Development (NPD) projects. These projects spanned from the initial planning stages through to successful execution, where I managed to navigate and overcome significant challenges in resource allocation and equipment scheduling. This strategic management helped avoid downtime and maintained continuous testing cycles, ensuring that project timelines and quality standards were met.One of my key achievements was revolutionizing our testing processes. I implemented a new assessment strategy that dramatically reduced the feasibility testing time from six months to just four weeks. Additionally, I enhanced our testing effectiveness and risk management by conducting a sensitivity analysis that reduced test parameters from 70,000 to just 700, streamlining operations and improving precision.I spearheaded a critical MRI labeling project for spinal cord devices, ensuring full compliance with European safety standards. This project involved documentation and safety assessments, and I prepared and oversaw the safety assessment documentation for FDA and BSI submissions. This not only ensured device safety for clinical trials but also met the rigorous standards of ISO 10974.My leadership extended to driving the development and implementation of new verification testing protocols, tailored to meet each project's unique requirements. I also championed both internal and external audit preparations, which played a crucial role in enhancing our laboratory practices and ensuring compliance with enforced documentation standards and good laboratory practice (GLP).Through these initiatives, I not only achieved savings per device by directing a cost-reduction strategy for a PCB design project but also secured the integrity and safety of our medical devices, proving my dedication to excellence and innovation in healthcare technology.

Thousand Oaks, Ca, Us

Over here, my responsibilities encompassed everything from the initial requirements assessment to the documentation review. Additionally, I provided technical mentorship to junior engineers, enhancing their skills and contributing to our projects' success. I led the technical development of electromechanical and mechanical drug delivery devices. Collaborating closely with project managers, I ensured that all device designs and formulations were effectively tailored to meet patient needs while aligning with our marketing strategies and timeline management.I initiated and led a crucial switching study at Amgen that transitioned our offerings from electromechanical auto-injectors to mechanical injectors and prefilled syringes. This strategic move significantly expanded treatment accessibility and improved patient compliance, marking a major milestone in our project deliverables.Understanding the diverse needs of our patient demographics, I conducted rigorous testing and developed new protocols that enhanced the usability of our devices, particularly for older patients who benefited from devices requiring less operational force.I spearheaded the integration of stakeholder input across various departments—manufacturing, quality, and regulatory—to streamline our product development timelines and optimize resource allocation. This collaborative approach ensured that all projects were well-coordinated and met high quality and efficacy standards.Managing comprehensive project documentation and scheduling was a significant part of my role. I meticulously aligned our project milestones with Amgen’s broader business objectives and regulatory requirements, facilitating timely product submissions and successful market launches.

Arlington, Tx, Us

Arlington, Tx, Us

I delivered an orientation course for the newly inducted students from multiple faculties to assist in a smooth transition into the university. I also briefed the students on subject selection, learning resources, and networking opportunities to help in making the right career choices.

Scottsdale, Arizona, Us

As an intern, I assisted a team of 6 in multiple projects and led enhancements in the semiconductor development, manufacturing, and testing process. I developed back-end CBCM interconnect measurements and performed ESD device characterization.HIGHLIGHT ACHIEVEMENTS:- Developed SPICE models for Field Electric Transistors to predict the behavior under varying conditions. - Simulated electronic circuits and conducted DC, sensitivity, noise, and distortion analysis.- Facilitated AR0820 Pix digital image sensor characterization; modeled the front-end for easy data analysis.- Accelerated wafer-level measurements by 40% by automating the process using WaferPro Express.Key

Geneva, Switzerland, Ch

As a process engineer, I was responsible for developing cutting-edge MEMS-based products for this medical device manufacturer. I led design verification and validation, prototype development, and optimization for complex drug-device combinations in cross-functional teams of up to 50. I also drove continuous process optimization as a part of the CMC (Chemistry, Manufacturing, and Controls) team to ensure maximum productivity and resource utilization following GMP (Good Manufacturing Practices) and GLP (Good Lab Practices).HIGHLIGHT ACHIEVEMENTS:- Re-engineered and modified a microparticulate pump in a team of 2; prototype moved to the preclinical research.- Developed retina patch sealant and adhesive formulation and delivery system in a team of 3.- Developed an extruded biodegradable rod for cataract surgery patients. - Authored and maintained technical documentation for experimentation and results. - Regulated product characteristics and ensured the successful and consistent scaling of the pilot batches. - Drafted technology transfer documents to ensure accurate information transfer between departments.Key

Doctor Of Philosophy - Phd, Electrical Engineering Ph.D. Thesis: Sensing Of Cancer Cell Ion Exchange As A Biomarker

Bachelor Of Science - Bs, Elecrical Engineer