Danny Molina Email & Phone Number

New Jersey

• Leading Expert in the field of Navigation and Robotic Spine Surgery enabling technologies: MazorX Stealth Edition, O-arm, and Stealth Navigation.• Responsible for clinical OR support for a wide range of Spine Instrumentation procedures• Proficient in Navigated OLIF 360 and Mazor Robotics surgical workflow and planning.• Provided Surgeons with on the spot solutions to procedural challenges for elective and trauma surgeries.• Maintained positive relations with account staff through consistent quality of service and support• Responsible for day to day account maintenance and resource management

Lakewood, New Jersey

• Worked in a team of engineers to perform final phase testing of various types software used in the gambling industry.• Responsible for analysis, documentation and prediction of potential field issues caused by errors and oversights in the software’s C++, XML, and binary programming.• Prepared preliminary analysis of such issues and their appropriate regulatory shortcomings and held full responsibility for their final determinations regarding project outcomes.• Served the role of Lead Engineer and was responsible for the project’s results, issues and deadlines.• Employed a variety of diverse Regulatory Testing Protocols for digital and electromechanical devices in an ISO regulated industry prior to launch into their respective markets.• Analyzed C++, XML, and binary source code for proper device and software functionality and design constraints.• Programmed debugging test scripts for and performed Emulations using WinDebug and Linux systems.

Cedar Grove, New Jersey

• Served the dual role of Clinical Specialist and Sales Representative for the Joimax and Cosman Medical product lines. • Provided technical support for the Joimax and Cosman Medical surgical systems to Surgeons and Physicians and was accountable for solutions and prevention of field instrumentation issues.• Served as a direct source of technical knowledge to Surgeons, Physicians, Nurses, and Technical OR staff for Endoscopic Spine Instrumentation used in Discectomies, Nerve Root Decompressions, and Rhizotomies. • Responsible for clinical performance and technical support of Radiofrequency, Endoscopic, and Orthopedic Spine devices in a live OR setting. • Proficient and highly fluent in the principles of RF technology and its application in the field of Pain Management and Spine Rehabilitation.• Holds Detailed Knowledge of spine anatomy and current surgical methods used to treat Disc Herniations and Facet Joint Pain.• Held meetings and presentations with Surgeons and Physicians to discuss the benefits of using our products.• Responsible for keeping up to date with company’s latest published research and communicating these company milestones to Spine Surgeons and Physicians.• Maintained quota and revenue for the NJ territory by closing sales and following leads.• Responsible for managing new business leads and assuring they are followed up by the division.• Responsible for acquiring new business accounts which included the distribution of capital equipment and disposables.• Showcased new surgical technology at Spine conferences in the Northeast region.• Responsible for technical support in an OR setting for surgical equipment and instrumentation

Ewing, New Jersey

Rehabilitative Arm Assist Device (RAAD)The RAAD is a robotic arm assist device for Patients suffering from Spinal Muscular Atrophy. The intent of the design is to decrease the rate of muscular degeneration by allowing full range of motion and exercise to muscles that would otherwise be dormant. The RAAD is equipped with a touch sensor feedback control system whose placement detects shoulder and elbow motion. Elbow and shoulder articulation is assisted via PWM driven Motors using an Arduino Microcontroller.• Worked with a team of engineers to design an exoskeleton that will provide rehabilitation by facilitating exercise and minimizing muscle deterioration for people suffering from Spinal Muscular Atrophy.• Responsible for designing the electro-mechanical control system for the Rehabilitative Arm Assist Device• Implemented the use of Force sensor, Analog and Digital circuits, and a microcontroller-motor controller interface to design a motor control system to assist in elbow and shoulder articulation.• Successfully integrated software based components with electro-mechanical control system in preparation for the project’s testing phase.• Ensured test subject safety by use of sensors and position servo potentiometer encoding system. Control system prevented injury by closely monitoring Arm articulation and preventing the device from exceeding human range of motion.• Used Gant charts and conducted weekly meetings with team members to meet target dates.• Project was submitted to Institutional Review Board and Approved for human testing.• Project was presented in Technical Paper and Poster Competitions at NEBEC (North East Bioengineering Conference) 2012 and SHPE 2013 Annual Conference.

Som-Department Of Cell Biology, Stratford, Nj

• Researched biochemical processes of Neurocalcin Delta in the brain in a lab setting at the Department of Cell Biology at the University of Medicine and Dentistry of New Jersey.• Extracted Proteins from cell cultures by cell lyses, centrifugation, and filtration. • Purified proteins by column chromatography using a phenyl sepharous bed. • Conducted Western blotting techniques and Protein staining with primary and secondary antibodies to quantify protein activity using fluorescence intensity measurements to estimate degree of interaction between Neurocalcin-delta and S100 proteins.

Bachelor Of Science - Bs, Biomedical/Medical Engineering

Activities and Societies: Alpha Phi Omega, BMES, SHPE

Minor, Electrical Engineering

Minor, Mechanical Engineering