Chris Barron Email & Phone Number

EMBioSys is developing a platform-based technology of non-pharmacological, electrode-free, therapeutic wearable garments that utilize low level induced electric fields (iEFs) to address unmet needs for treatment of metastatic cancers. Our initial market entry focus is on treatment of breast cancer, and more specifically Triple Negative Breast Cancer (TNBC). In the U.S., >300,000 cases of breast cancer are diagnosed each year, of which>40,000 are Triple-Negative Breast Cancer (TNBC). TNBC is the most difficult type of breast cancer to treat, has a high rate of recurrence, has a 5-year survival rate with distant metastases of only 12%, and accounts for 40% of all breast cancer related mortality. Current standard of care therapies result in poor treatment outcomes, poor patient quality of life, and high financial burden for families and healthcare. This is the problem we are solving at EMBioSys. Our EMBioSys iEF wearables will create a critically needed paradigm shift for treatment of TNBC and other difficult to treat solid cancers, in conjunction with standard of care.

Uppsala, Uppsala County, Se

- Led operations and logistics support for the U.S. Commercial Team (Sales and Clinical).- Managed U.S. order fulfillment and customer service for Tetragraph & ExSpiron product lines.- Technical lead for transfer of the ExSpiron 2Xi contract manufacturing operation from Celestica in Spain, to Senzime AB headquarters in Sweden.- Managed the U.S. headquarters facility.

Uppsala, Uppsala County, Se

Employment originated at Respiratory Motion Inc.Senzime AB (Sweden) acquired Respiratory Motion in July, 2022- Responsible for all engineering, manufacturing, and customer service operations and personnel.- Led the commercial launch activities for the ExSpiron 2Xi respiratory monitoring system.- Engineering point of contact with European distributors, managing system localization for nine languages.- Technical lead for the company’s joint venture in China.- Program manager for consumable second sourcing projects and new neonatal consumable development.

Waltham, Ma, Us

- Core Leadership Team member contributing to product strategy and business initiatives. - Led the final development of early system prototypes to support investor and fundraising initiatives.- Researched and down-selected the initial contract manufacturing partner, establishing operations to support domestic and international sales.- Recruited and led the engineering team to deliver three product platform generations to commercialization (Solea System). - Implemented the engineering design control process, proven effective through two FDA audits, resulting in no warnings or major findings.- Oversaw the design, test, documentation, transfer to manufacturing, and release phases for all three of the company’s active product platforms.- Selected and deployed key engineering department operating tools including the Product Lifecycle Management Software (PLM), CAD vault, and the issue tracking database.- Ongoing partnership with Marketing to develop and maintain the company’s product roadmap.- Ensured products met regulatory compliance requirements for domestic and international sales, to support distribution in the United States, Canada, South Korea, and Germany. - Mentored and developed the engineering team, resulting in an efficient, cross-functional department.- Provided ongoing engineering resources and support for the Customer Success and the Field Service teams.

North Andover, Ma, Us

- Multi-functional role: - Project/Program Manager for the company's first generation intravenous infusion system. - Department Manager for the hardware test group. - Management of ongoing activities associated with the system's electronics.

North Andover, Ma, Us

- Core team member providing hands-on design and development of the electronics for the company's first generation intravenous infusion system.- Established relationships and managed key suppliers for critical components and assemblies of the electrical system.- Managed schedule to coordinate on-time delivery of electrical sub assemblies to support ongoing system prototype development.

- Led the cross functional engineering team to develop the company's next generation platform aesthetic/medical laser system. This team included electrical, software, mechanical, system, and optical engineers and technicians of various experience levels.- Acted as a technical liaison between senior management, sales, marketing, and the engineering department to help develop the company's future product roadmap.- Constructed project phase plans and milestones.- Managed the relationships with industrial design firms and consultants.- Identified and architected product reliability improvements.- Mentored junior and senior level engineering personnel.

Us

- Responsible for all projects, personnel, and laboratories related to the company’s electronic hardware and software in a fast paced start-up environment.- Principle architect and designer of the company’s second generation ultrasonic drive system including complex phase lock loop and feedback control topologies.- Provided departmental engineering support for all products.- Oversight of product transition from prototype to production.- Supported contract manufacturing vendors during on-going/sustaining production. - Mentored junior and senior level engineers, and technicians.- Managed remote design firms.- Product design contributions include: OmniWave Endovascular System for treatment of thrombus in the peripheral arteries and veins.

Danvers, Ma, Us

- Core development team member of the AbioCor Artificial Heart System.- Project Manager and lead designer of the AbioCor Surgical Console and AbioCor Implantable Battery Pack. The system received approval from the FDA in 2006.- Provided senior level cross-project/department electrical engineering support.- Additional product design contributions include: AbioCor Implantable Controller, AbioCor External Battery Pack, iPulse Circulatory Support System.

Princeton, New Jersey, Us

- Designed radio frequency based medical products from initial concept through prototype, verification, and transfer to manufacturing phases.- Product design contributions include: Programmable Heart Stimulator (Lead), Pentium based Neurosurgical Workstation, ECG Data Acquisition System, Liver RF Ablation System, and Cardiac RF Ablation System.