Mohan Baro Email & Phone Number

Columbus, Ohio, Us

Engineering management, resource allocation, team development, project management, product development.

Columbus, Ohio, Us

Taastrup, Copenhagen, Dk

Vision Systems R&D, Algorithm Development, Systems Engineering & Integration, and Product Testing- Image processing algorithms (Pupil Tracking, Pupillometry, Ocular Torsion, Head Impulse Testing, Optokinetic Stimulus) - Biomedical signal processing (Motion Sensing, Filtering, Signal Classification, Calibration, Data Analysis)- Vision application development (OpenCV/EmguCV, Video Compression, Image Segmentation)- Image acquisition system development (Cypress FX3/USB, DirectShow, USB3Vision, Multi-Sensor Image processing)- Product Design/Development (Biomedical Goggles, Imaging Scanners/Sensors, Failure Analysis, Lifetime Testing, Biocompatibility Testing)

Houston, Texas, Us

Senior Systems Engineer/Engineering Project Lead (Jan. 2010 – 2014)- Designed and built the core electrical and signaling requirements to manage and integrate multiple cameras, acquisition hardware, and GPS/IMU.- Designed and developed the core software routines for management of multiple image buffers, triggers, image meta-data, and GPS-aided navigation with the latest user interface framework. - Designed and developed multi-tier trigger to image reliable data pathway for the 8+ camera system with modular implementation.- Designed embedded electronics communication network between cameras, acquisition computers, and subsystems using COTS to reduce time to deployment and cost. - Successfully designed, developed and deployed Iris One IMS (Infrastructure Mapping System). 4-camera NIR and Oblique sensor sold to and used by utility resource management companies.- Successfully obtained a patent for the Iris One IMS sensor as one of the inventors. Systems Engineer/Engineering Project Lead (Jan. 2008 – Jan. 2010)- Led a multidisciplinary team (domestic and international) of engineers from concept, design and implementation- Successfully built a large scale 15 camera stereo aerial imaging sensor with B/H of 0.6 the highest B/H ratio in the industry for digital stereo sensors.- Successfully designed and implemented a newer Gig-E camera interface under budget- Developed newer communication protocol between cameras, computer, and GPS/IMU controller over Cat-6 Ethernet (802.3ab) and serial (NEMA).- Successfully tested and deployed sensor (domestic and international). Imagery evaluated and utilized by the DOT.- Developed image processing algorithms for image processing, radiometric and geometric calibration, and orthoimage registration. Implemented anti-smearing and anti-blooming algorithms- Led teams in the successful USGS certification of Iris One digital imaging sensor

Halifax, Nova Scotia, Ca

Wireless Networking Research Laboratory 2002 – 2008Research and Teaching Assistant at electrical and computer engineering department• Developed testing methodologies for high power amplifiers (Matlab, Labview).• Wrote code for wireless video transmission (Linux, embedded C++) • Created network simulations (Matlab, OpNet, C++). • Designed teaching tools for digital communication concepts (Matlab, Labview, C++).• Taught and demonstrated Digital Signal Processing, Digital Communications, Microprocessors, and Signals and Systems courses (Assembly, C++, Matlab, Labview).• Mentored numerous students in final year projects.

Phd, Electrical And Computer Engineering

Bachelor Of Science (B.Sc. Honors), Computer Science And Physics

Education record