• Recruited and developed a high-performing segmentation team capable of creating accurate operative surgical models from CT scans.• Created detailed documentation (DOP) utilized by the team for two new medical devices, ensuring consistency and efficiency in operations.• Led a team of 7 members to successfully handle over one thousand cases of mixed anatomy, demonstrating strong organizational and managerial skills.• Contributed to the generation of models intended for custom implant design, enhancing patient-specific treatment solutions.• Developed and collaborated on the development of auto-segmentation software, resulting in improved efficiency and throughput for segmenting foot anatomy cases.

• Developed and designed pre-operative surgical plans for robotically assisted total hip and total knee arthroplasty.• Monitored and enforced required protocols on all surgical Mako pre-operative surgical plans.• Delivered high quality surgical plans by having zero re-works and achieving a target of >95% right first time, out of six thousand cases within the first year.• Supported new team members by providing insight on proper procedures and techniques.• Communicated with health care specialist to coordinate on time delivery of surgical procedures. • Adjusted team key performance indicators to meet the overall business, customer and patient needs.

• Examined smoke control systems of respected projects and informed project owners whether respective high-rise met state, city, and authorizing organizations guidelines. • Coordinated with project owners to establish projected timelines on deliverables and oversaw all unit, integration, system, and user acceptance testing to validate smoke control system of the project. • Anticipated future complication to enforce regulatory standards and deliver quick turnaround of deliverables.• Documented and recorded project phases while following good documentation practices (GDP). • Facilitated team meetings that incorporated members of different specialties to perform large scale validation testing of smoke control systems. • Maintain relationships and communication with clients on their respective short-term and long-term projects.

• Secured a research sponsorship to design and engineer 2 components of a bioreactor container entirely from scratch to enable the growth of pediatric atrial heart valve tissue.• Developed a 3D-printed biodegradable ring to act as a suture point for stitching a makeshift scaffold of a trileaflet valve and a chamber that would hold the ringed valve.• Investigated software design to create blueprints for production, collaborating directly with a manufacturer to improve the design and functionality while conducting feasibility analyses.• Collaborated with team members to engineer a 3D printed biodegradable scaffold ring that acts as a suture point for stitching a makeshift tri-leaflet pediatric heart valve, along with a holding chamber to maintain the positioning of the scaffold ring.• Developed the SolidWorks design, oversaw 3D printing of components and created verification protocols. • Communicated with machinist and facilitated with the fabrication of the project deliverables.