MU-IZZ O GBADAMOSI

• Conducted quality checks and in-process inspections on parts and assemblies
• Desigedn new jigs and 3D printed parts that increased production efficiency by 30%
• Worked with engineering, R&D, and other stakeholders to support the assembly team and the Production Supervisor
• Implement improved controls and processes (with the support of engineering) to better manage our Electrostatic Discharge (ESD) risks
• Implement

• Prepare, assemble imaging detector components, set up and operated production equipment in accordance with current manufacturing practices and standard operating procedures.
• Trained, mentored and supervised 4 manufacturing technicians in safe operation of assembly line equipment and mastered and modeled diverse production operations to support team.
• Conduct quality checks and in-process inspections on parts and assemblies.
• Improved data collection and processing for different workflows and processes.
• Prepare, review and edit inspection reports on daily basis in support of quality assurance objectives.
• Assist engineers in developing, building and testing prototypes for new products.
• Create jigs and standard of procedures(SOP) to speed up manufacturing of high-end imaging detectors

• Worked in a team to conceptualize and design a head impact detection device fitted in a helmet for early detection of concussion in sports
• Conducted research on innovative designs to measure concussion
• Implemented of Force Sensing Resistors (FSR) Sensors into design with an optimized approach
• Conceptualized and built a 2D pressure pad using FSR sensors for concept testing and documentation
• Created an optimized housing for electric components using 3D modelling in Solidworks
• Optimized original electric housing by reducing surface area by 30% for a more compact light weight design

• Wrote installation and configuration scripts using PowerShell and batch files to enable automation process of software installation
• Performed IT admin tasks, using Windows AD and Microsoft Office where applicable, to manage network accounts and document company IT procedures
• Prepared computers for rollout using PDQ deployment software
• Installed and configured Office, Windows 10 and other proprietary software
• Responded to over 70 individual tickets every week to provide end-user support on hardware and software issues
• Set up new desktop systems and configured laptops for incoming employees, loading required software and server permissions
• Conferred with vendors to obtain replacement hardware or software and escalate more complex concerns

• Provided technical support as well as utmost customer service to the students, staff and faculty members
• Installed software updates and vulnerability patches on over 100 network computers servers to prevent possible threats from penetrating networks
• Identified hardware issues caused by component failures using approved diagnostic tools
• Installed over 100 motherboards, memory drives and graphics cards
• Configured computers to network drivers and connected to printers and other peripheral equipment

Manufacturing Systems (Robotics) | Mechanical Design/Coding | Jan – Apr 2018

• Solved forward/inverse kinematics problem for 5-DOF manipulator (AL5D) using MATLAB symbolic toolbox to determine location and orientation of its end effector
• Converted angles in degrees to encoder values in Microsoft Excel to actuate the manipulator to desired position and orientation
• Programmed AL5D actuators using servo sequencer software to stack plastic blocks, eventually leading to a mini-jenga tower
• Developed a deeper understanding of production lines, assembly systems, robotic cell design, cellular manufacturing and flexible manufacturing systems

Advanced Kinematics for Robotic Systems | Mechanical Design/Coding | Sept – Dec 2017

• Designed a 6-DOF serial robot manipulator to explore industrial/creative application of robots Created assembly model of robot in SolidWorks specifying links materials and masses
• Generated a trajectory and reachable workspace of robot by importing individual links into MATLAB
• Simulated the motion of the manipulator in MATLAB and analyzed the kinematics of all robot joints
• Performed a dynamic analysis of the manipulator in MATLAB, to study the forces that cause motion

Reversible Electric Trike Prototype | Build/Quantitative Analysis | Sept – Dec 2016

• Worked with a group of colleagues to design the chassis of an electric trike using Solidworks and references from current designs
• Performed load, cost and stress analysis on the final design while conforming with vehicle standards and codes