Pratik Patel

Bio

I am a recent Robotics graduate with a background in Mechanical Engineering and a demonstrated history of experience working on a variety of robotics projects. Skilled in Mechatronics, Robotics or Automation, Controls, Plc, 3D design (Solid Works), Data structure & Algorithm, version control, Robot programming (ROS, Python, C++), Arduino, and Research.

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  Maintenance Engineer

  Oil and Natural Gas Corporation (Via BSCC Infrastructure Pvt Ltd) 01.02.2020 - 01.06.2020

  • Planning the execution of maintenance activity, observing standard procedures for maintenance, and considerably reducing downtime. • Ensure periodically check-up & overhauling works as per company and manufacture’s schedule. • Accountable for dismantling of all RIG equipment for transportation to next location and Reassembling works (alignment and commissioning) at new location. • Identifying root cause of failures and implementing quick breakdown solutions to put the equipment back in operation within minimum turnaround time.

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  Rig Mechanic

  Oil and Natural Gas Corporation (Via BSCC Infrastructure Pvt Ltd) 01.10.2017 - 01.12.2019

  • Performed routine inspection and control tasks to ensure efficiency of operations. • Inspected all completed repairs to ensure compliance with industry regulations. • Worked as part of a team for larger repair and maintenance projects.

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  Floorman

  Oil and Natural Gas Corporation (Via BSCC Infrastructure Pvt Ltd) 01.03.2016 - 01.10.2017

  • Observed and evaluated workers and worked procedures to ensure quality standards. • Experience ranging from tripping pipe on the floor or the board, to running casing, cementing, nipple down, nipple up, displacing drilling mud, and otherwise day to day operation of many areas of the drilling rig.

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  University of Strathclyde

  01.01.2021 - 01.03.2021 Modelling components and assemblies using a modelling package SolidWorks • Create high quality 2D and 3D technical detailed drawings of engineering parts with best materials. • create an assembly sequence drawing with appropriate annotations and rationale. • Provide an isometric view, main dimensions sectional view, and rendered view of the complete assembly. • Construct a Finite Element Analysis (FEA) based on the loading conditions provided • Calculate manufacturing costs, ensuring the feasibility of manufacturing the product
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  University of Strathclyde

  01.11.2020 - 01.12.2020 Identify the technical requirements of the CAD office, provide a suitable CAD system, and produce a budget estimate for the Glasgow Digital Design Company. • Select and justify the functionality and benefits of the CAED System for the Business and Productivity for the company • Design a team-oriented office layout to fit the hardware of the CAED system and the employee desk, as well as a Gantt chart to show tasks and timelines, effectiveness, and possible difficulties. • Provide the CAD systems and level of functionality. • Explain the software package selection relevant both in terms of functionality and a specific company's package to competitors. • Justify the full specification of computer hardware equipment, including high-end and low-end machines and components (i.e., processor, graphics card, monitor, etc.)
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  University of Strathclyde

  01.05.2020 - 01.07.2020 Master’sresearch project: Design intelligent wheelchair for Mild Cognitive Impairment Patient Feb 2021- August 2021 Design an intelligent wheelchair that able to recognize small and large object, and potholes on the road, maintain a speed constant while detecting an obstacle to optimize the driving experience of the user and reduce user frustration to travel safely. • Critically evaluate and analyze literature review of previous intelligent wheelchair development to identify knowledge gaps and contribute to the development of intelligent wheelchairs. • Design/select mechatronics systems, , implementation, python programming, and run simulation • Test and integrate new collision avoidance and path planning algorithm to improve user's experience of driving IW wheelchair. • Tested with various speeds to assess the collision avoidance system's capabilities.

• German - level 5/10
• English - level 10/10