Achievement: HOSHIN Project Champion (Autonomation) in 2019Current Project: Colour Shading detection using Image Processing and Machine LearningAs one of the MT's I have the chance to know every single point of all the departments and as the company is following LEAN culture very strictly, I have been doing Continuous improvement (KAIZEN,HOSHIN) as well as maintaining KANBAN. The company has signed a deal with Toyota. for employing LEAN culture. The most important thing that I love about this company is continuous improvement.Other responsibilities:1. Maintaining given KPI's2. Developing different project and improvement(KAIZEN) ideas3. Making A3 for HOSHIN projects4. Departmental rotation5. Manual preparation for every induction6. Presenting to the production head in Srilanka etc.

1. quality assurance2. 5S ensuring 3. Problem-solving4. Quick support 5. Report making6. Analyzing the point of occurrence 7. Presenting to the Japanese authority

I have served in this company as an Asst. Engineer until March 2018.My responsibilities during my stay here were likely to:> AVL(Automatic Vehicle Locator) Configuration> Seal Configuration> Modem configuration> MHHT (Master Hand-Held Terminal) configuration> Modem configuration> Attach/Detach using ESP and MHHT> Configuration through SMP> Monitoring using ESP> Making of reportsAchievement: Quick learner

During my stay here I have done:> Robotics projects using PIC Microcontroller: > Obstacle avoiding robot > Line-follower robot > Fighting robot > Football playing robot > Home-automation project > Automatic slot-controlled parking lot project > Over-voltage and under-volatge protection for home appliances > DTMF controlled home automation > Robotic hand to pick up weight > PIEZO electric energy harvesting device for recharging battery > Android application controlled(developed using MIT APP INVENTOR II) robotic vehicle > Project on "A robotic system to uncover unreachable place visually and to sense the safety"Matlab Simulation(Digital Signal Processing): > Servo controlling using Matlab > WIndow-function simulation to design "FIR LOW PASS FILTER" > Research on "An adjustable window function to design an FIR filter" > Research on "An adjustable cotangent based window function for designing an FIR filter" > Thesis work on "A New Adjustable Window Function Based On Cosine Function To Design An FIR Filter" > Research on "De-noising performance analysis of different filters along with PSNR & MSE " > Research on "An Automated Virtual CV For Having Better Knowledge On The Interviewee"