When recruiting for entry-level job openings, our competency matching algorithm enables talent acquisition specialists to rapidly screen large applicant pools based on the “quality of fit” between the applicants’ competencies and the skills required for the job, reducing recruiting time and increasing retention rates.
Career Lines is a web-based interface that allows the user to navigate the connection between the competencies (attitudes, behaviors, skills, and abilities) that entry-level job applicants gain through their academic majors, previous employment and volunteer experiences, and the competencies needed for 315 distinct occupations based on their common association with pre-defined career pathways or “Career Lines.”
Jessica Colombi
Byron White
Andre Williams
Helen Austin
The Ocean Rover Cleaning Apparatus (O.R.C.A.) Piranha is an electric ASV (Autonomous Surface Vessel) that uses software to identify pollutants in near shore waterways, around the world. The Piranha will first be applied in the United States coastal marina and harbor industry. The Piranha is a 4 ft. wide by 5 ft. long and 5 ft. tall machine that is capable of holding up to 350 lbs of plastics in one machine trip. The Piranha has an estimated run time of 16 hours. The machine is capable of cleaning dead fish, trash, oil, and natural debris off of the surface of the water.
Mike Halloran
Michael Arens
David Constantine
Dennis Reinersman
Our Integrated ADAS (advanced driver-assistance systems) product – DriveMate™, a co-pilot rather than an autopilot – unifies independent features in a platform that delivers reduced development cost and time for automakers and increased safety and enjoyment for drivers.
Jim Zhu
Drew Jones
Zackery Kelly
Paul Benedict
Yang Liu
Our product is an interactive, reusable, pain-reducing tabletop system for patients undergoing blood draws, vaccinations, or any type of needle-stick procedure. This stand-alone system uses patient-initiated games with an artificial/virtual hand, which fools the brain into cognitively transferring expected pain signals to the artificial arm and away from their own arm. This dulling effect, through cognitive disassociation, reduces both pain and anxiety for patients therefore making procedures a more positive experience for both patients and practitioners.
Paul Marasco
Roshan Sivakumar
Blake Russell Alston
Nicole Byram
Jonathan Sakai
EnteroQuant, is an artificial intelligence risk scoring tool that combines image analysis, clinical measures and cutting-edge machine learning techniques to predict if a patient with Crohn’s disease will enter clinical remission on first-line anti-inflammatory biologic therapy or would see greater benefit from an alternative biologic or combination therapy.
Satish Viswanath
Prathyush Chirra
Pavithran Giriprakash
Andrew Cornwell
The target product is a biomarker for rare complex lymphatic anomalies. Presently, there are no FDA approved biomarkers for the identification of complex lymphatic anomalies. Our final marketed product will be a new ELISA-based biomarker assay kit to aid in the diagnosis of lymphatic anomalies and assess disease progression.
Fayez Safadi
Michael Kelly
Ernesto Solorzano Zepeda
Elliot Reed
We have developed a UV filter from a common cosmetic additive with novel surface modifications. This water-soluble UV filter is more efficacious and cost effective than current sunscreens and addresses the numerous problems with current sunscreens including skin absorption, skin feel and appearance, as well as being an environmentally safe chemical alternative.
Geyou Ao
Cameron Tolbert
Brandon Heppe
Jacob Vitale
Tanner Larson
Jack Kraszewski
Scott Fisher
Nano-T-Lytic is an effective and safer treatment for acute stroke patients. Benefits are reduced risk of hemorrhage, greater thrombolytic efficacy, and longer window for treatment that may especially benefit patients who can’t be treated with tissue-plasminogen activator (tPA) due to its very short time window for treatment.
Vinod Labhasetwar, Ph.D.
Suhail Andrabi
Marwan Berrada-Sounni
Pocket MUSE is a cost-effective, smartphone-based microscope solution that can be used in a broad range of disease diagnostic applications. The core device provides functionalities similar to a professional benchtop fluorescent microscope but is more affordable and simpler to operate as a consumer product.
Michael Jenkins
Yehe Liu
Junwoo Suh
Stephen Fening
ProstaCAD™ is an AI screening tool which automatically detects prostate cancer (PCa) lesions on multi-parametric MRI (“mpMRI”), predict aggressiveness and help clinicians identify patients who need biopsies and/or definitive treatment.
Rakesh Shiradkar
Lin Li
Amogh Hiremath
Rob Toth
The GRIC is a rapid stool test and consultation dietary program to help digestive disease patients monitor their intestinal inflammation at home.
Alexander Rodriguez-Palacios
Abigail Basson
Jessica Ezeji
Austin Hopperton
Filip Sagl
Christy Chen
Walid Jabali
We recently invented a variable stiffness compliant robotic gripper (VSCRG) that is flexible enough for adapting to irregular shapes and can be switched to the high stiffness mode for picking up heavy objects in real-time. VSCRG can be applied to applications such as loading dirty dishes in various shapes which have decent weights for commercial dishwashers, which is estimated to decrease the operation expense by $63,200 to $85,200 per year incurred by slow and unstable human loading.
Haijun Su
Xianpai Zeng
Yuan Gao
Mike Downing
Charles Young
young.2631@osu.eduNikki Modlich
modlich.5@osu.eduI-Corps@Ohio is a statewide program to assist faculty and graduate students from Ohio universities and colleges to validate the market potential of their technologies and validate and launch startup companies. I-Corps@Ohio is modeled after the National Science Foundation’s (NSF) successful I-Corps program, which is proven to increase innovation, entrepreneurship, and industry collaboration. The I-Corps@Ohio program is an initiative of the Ohio Department of Higher Education.
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