Braulio Caballero

Dedicated Biomedical Engineering student with a strong foundation in medical device optimization, biomechanical analysis, and circuit design for healthcare applications. Specialized in integrating emerging technologies to enhance patient care, with experience in interdisciplinary projects involving regulatory compliance, prosthetic design, and signal processing. Adept at collaborating with professionals from various fields to develop innovative biomedical solutions while ensuring adherence to industry standards and ethical guidelines.

Experienced finance and collections professional with a strong background in debt negotiation, client relations, and process optimization. At Cidesa Connecting, successfully managed debt recovery strategies while ensuring compliance with consumer protection regulations. Led system migration efforts, optimized billing processes, and improved financial reporting accuracy. Demonstrated expertise in fraud detection, ERP systems management, and cross-functional collaboration, working closely with senior leadership to align business objectives.

At Thermo Fisher Scientific, specialized in credit and collections, streamlining billing operations and resolving client disputes to support financial goals. Negotiated payment solutions, analyzed accounts for uncollectible balances, and collaborated with legal teams on escalated cases. Played a key role in training new employees, advising team members, and handling complex escalations. Regularly engaged with high-level executives, including Vice Presidents and Directors, showcasing strong leadership, communication, and problem-solving skills.

Biomedical Engineering student with a strong foundation in medical device optimization, biomechanical analysis, and circuit design for healthcare applications. Experienced in interdisciplinary projects involving prosthetic design, signal processing, and regulatory compliance. Skilled in integrating emerging technologies to enhance patient care while ensuring adherence to industry standards and ethical guidelines.

Passionate about problem-solving and innovation in biomedical engineering, with hands-on experience in research and development of assistive devices. Proficient in electrical circuits, materials science, and computational modeling for biomedical applications. Adept at collaborating with professionals from various fields to develop effective, patient-centered solutions that bridge engineering and healthcare.