Customer Relationship Executive

As a as Class advisor, maintained student records and followed university reporting policies for student attendance and performance data.Developed and delivered class lectures and moderated discussions centered on Automation.Handled the Theory courses are as follows : Mechatronics, Robotics, Dynamics of machines, Manufacturing Technology, Engineering Metallurgy, Process Planning and Cost Estimation, Entrepreneurship Development, Computer aided design and manufacturingHelped students explore topics in-depth with assignments, projects, and class discussions. Taught over 150 students per semester in advanced course.Handled the practical courses are as follows: Mechatronics Laboratory, Engineering Practices Laboratory, Manufacturing Technology Laboratory, Dynamics LabAs a ISO Internal Auditor, Inspected Log books and Lab reports for efficiency and effectiveness,Prepared detailed reports on audit findings.

Reviewed and revised curricula during departmental meetings to accommodate changing industry needs.Developed and revised curriculum to improve student outcomes in majors.Promoted learning-focused environment encouraging student participation and involvement.Handled Theory Courses like Mechatronics, Dynamics of Machines, Engineering Mechanics, Unconventional Machining ProcessesAssessed students' progress by grading assignments, papers, and exams.Handles Practical Courses like Mechatronics Laboratory, Metrology and measurement Laboratory, Engineering Practices LaboratoryMentored students completing projectsIncharge of Mechatronics Laboratory Prepared the manual as per curriculum. Effectively utilized the lab with the Automation Studio Simulation software, demonstrated the circuit with Pneumatic components and controlled the circuit using PLC device which helped senior students to explore deep concepts in Automation.

Undergone Breakdown maintenance activity for CNC Turning Centre , CNC Machining Centre, Pressing Machine, Grinding Machine, Sand Blasting and Wet Blasting machine. Performed root cause analysis to address failed tests, non-conforming products, or functional errors. Resolved production problems smoothly, working with supervisors to identify, evaluate, and correct design problems. Improved systems by analyzing current implementations to detect deficiencies, understand root causes, and develop solutions. Diagnosed and solved different types of mechanical and electrical system problems. Completing daily inspection and maintenance checklists. Dismantled machines, equipment, and devices to access and remove defective parts using hoists, cranes, hand tools, and power tools. Lubricated components and replaced worn parts to complete preventative maintenance.