Emad Abid Email & Phone Number

San Jose, California, United States

• Led a team of four in the development of a competitive hardware/software product in the $11B at-home blood pressure monitoring space
• Designed a product-specific marketing strategy for an at-home periodic blood pressure monitor targeted at home-care facilities
• Conducted primary market research to validate core product hypotheses by leading 25+ interviews with target users for continuous monitoring of hypertensive patients, translating clinical needs into design specifications
• Developed wireframes for feature discovery and prioritization to ensure value delivery across stakeholder groups

San Francisco, California, United States

• Collaborated with a cross-functional team at UCSF to create a Target Product Profile for a digital health application for adolescents dealing with sleep troubles
• Developed a business model and advanced discoveries along the translational path to commercialization and patient benefit

Palo Alto, California, United States

• Planned, developed, and implemented regulatory strategies on Class II hardware and SaMD devices throughout the product life-cycle or software development process to successfully tap into an $8.65B radiation oncology.
• Contributed to 6 EU MDR and 510(k) submissions for radiation oncology treatments and software while executing a streamlined submission strategy, resulting in product clearance
• Generated and maintained 3 International Submissions Dossiers which allowed for CE Marking and international submissions in a well-organized and timely manner
• Facilitated, managed, and tracked regulatory documentation, including working with PMs and tech leads on status updates
• Analyzed and approved changes for labeling, manufacturing, marketing, and test protocols for regulatory compliance/approval

San Jose, California, United States

• Led a team of 3 for a senior design project to fabricate a functional and cosmetically pleasing infant hand prosthesis using CAD/3D printing techniques to establish design and additive manufacturing parameters that.
• Conducted usability tests of the prosthesis with clinical collaborators and stakeholders to determine device efficacy
• Tested safety of the device attachment mechanism, following ASTM standard testing procedures for tension, compression and shock
• Brought industry backing from Lockheed Martin to support the project - acquired a grant to use for additive manufacturing purposes

San Jose, California, United States

San Jose, California, United States

• Use gait kinematics to create a wearable biofeedback system for gait retraining.
• Model and analyze over 60 IMU datasets with MATLAB to graphically illustrate recorded gait data
• Interpret datasets by modifying MATLAB scripts to quantify indicators of knee flexion range-of-motion in healthy individuals, used for optimizing biofeedback device functionalities for real-time analysis in clinical.
• Showcased scholarly work at the 2021 CSUPERB Biotechnology Symposium, "Stance flexion assessment using inertial wearable units for analysis of stiff-legged gait"

San Jose State University

• Recognized by the Associated Students of SJSU for "Academic and Honorary Organization of the Year"
• Led the initiative in providing professional development opportunities for 140+ members by creating connections with industry leaders and acting as liaison between the biomedical engineering students and faculty
• Directed the chapter’s workflow and programs for effective operations, establishing six new programs, including a career repository and informational podcast, resulting in a 48% increase in membership during tenure
• Collaborated with the officer team to plan for the future of the organization, organize events, and manage BMES programs

San Jose State University

• Managed all financial expenditures for the organization by creating an annual operating budget to ensure goals are being met
• Increased revenue by $3,000+ through acquiring funding from multiple funding opportunities and grants
• Utilized funds to develop opportunities and resources for the organization to stay connected during a virtual school year

Master Of Translational Medicine, Biomedical/Medical Engineering

Professional degree program focused on bringing healthcare products to market. Emphasis on product management, bioengineering, clinical.

Master Of Translational Medicine, Biomedical/Medical Engineering

Professional degree program focused on bringing healthcare products to market. Emphasis on product management, bioengineering, clinical.

Bachelor Of Science - Bs, Biomedical/Medical Engineering

Activities and Societies: Biomedical Engineering Society (BMES), Bay Area Biomedical Device Conference, BMEidea