• Coordinate all system and instrumentation activities in plant• Involve in control systems continuous improvement plant and machinery automation• Work with internal and external regulatory agency inspectors to correct any aspect of maintenance prior to inspection

• Develop and implement a comprehensive preventive maintenance program to ensure machines, equipment, and facilities are running at optimum level• Lead the acquiring, installation, commissioning, testing of any new machines, equipment, and facilities• Tracking, monitor and control of maintenance records/log and repair cost/budget• Develop spare part list and ensure stock are correctly replenished, stored, secured, and controlled• Ensure justification, request, implementation, reporting and tracking in line with Guidelines• Lead, train and develop people to achieve group objectives, enrich their skills and knowledge. Responsible for professional and personal development and career planning for all his subordinates to maintain the continuity and meet the business growth• Administer the project engineering process from inception to completion, completed proposal preparation activities including pricing, scope of work• Communicate, liaise, and negotiate with other parties, vendor, consultant, and internal parties for project implementation• Prepare relevant documentation or engineering report for management review

• Established the principal theory and fabricated practical prototype transmission, (Malaysia Patent PI2018001129)• Designed new mechanism speed reducer for machining usage.• Troubleshot problem in designing the practical 3rd generation prototype. • Provided ready access to test bench and all experimental data for the research• Requested or acquired equipment or supplies necessary for the projects• Supervised undergraduate students working on the research project (maintaining records on assignment completion, acting as liaison/mediator between the undergraduate students and the faculty researchers)• Attended area seminars and other meetings as necessary• Prepare other articles, reports, and presentations

• Developed, evaluated, and improved manufacturing methods for hydraulic systems• Analyzed and planned work force utilization, space requirements, and workflow, and designed layout of equipment and workspace for maximum efficiency• Developed processes, created and implemented tool designs as required to support new products or process improvements• Conferred with management, engineering, and other staff regarding manufacturing capabilities, production schedules, and other considerations to facilitate production processes• Evaluated products according to specifications and quality standards• Performed all functions required for project management from initiation through completion• Contribute to troubleshooting production related such as tool malfunction, and faulty product

• Worked on Iowa BMP (Best Management Practices) Mapping Project• Analyzed the assigned HUC 12 watershed using several years aerial imagery, both natural color and infra- red color, and hill shade from elevation• Systematically examined the assigned watershed for 6 defined conservation practices in crop fields or possibly pasture• Digitized the conservation practices in ArcMap to outline them and updated the attribute table for each record to collect the required information

• Provided non-classroom, academic instruction to students on an individual or small-group basis for proactive or remedial purposes.• Coached a small group of students to learn and become an independent and self-regulated learner• Incorporated peer-to-peer learning techniques to encourage critical thinking• Monitored student performances and assisted students in academic environments• Employed proven study aides to prepare for upcoming tests and quizzes• Monitored student performances and assisted students in academic environments