 Performed supervision duty such as screening of the raw materials, loading the desired quantity of raw materials into the processing unit and handling of the output products by staff on the ground floor.  Monitored and controlled the performance of the production processing unit on Siemens HMI and through Data analysis.  Maintenance of the drag chain conveyor and the electrical heaters  Operation and maintenance work of two 25 KW Gasification super system and power generator (PP30).  MSC Linkage of the Gasification power generators to the 150 KW Diesel generator.  Operating the folk lift and skid steer.  Supervise the shut down and mothballing of the Plant.  Optimized manufacturing processes through the implementation of automation solutions and lean manufacturing principles.  Ensured compliance with quality and safety standards, leading to a decrease in product defects and improved workplace safety.  Coordinated cross-functional teams to integrate engineering solutions into production lines, ensuring timely and budget-compliant project execution.  Created detailed mechanical component drawings using AutoCAD and SolidWorks for manufacturing.  Collaborated with boiler makers to ensure designs met manufacturing specifications and quality standards.  Produced accurate, industry-compliant drawings to support projects in the biomass sector.

• Teaching: Delivered lectures, seminars, and tutorials on mechanical engineering topics. o Taught Engineering Drawing to students, covering best practices in drafting using AutoCAD and SolidWorks. o Provided hands-on guidance in preparing precise engineering drawings and interpreting technical diagrams. • Curriculum Development: Designed and updated course content, syllabi, and instructional materials for the field of Mechatronics Engineering (level 4). • Student Assessment: Created and graded exams, assignments, and projects to evaluate student performance. • Mentoring: Provided academic and career guidance to students, aiding in their educational and professional development. • Supervision: Supervised student research projects, theses, and dissertations. • Professional Development: Stayed current with advancements in mechanical engineering through continuous learning and professional activities. • Collaboration: Worked with colleagues, industry partners, and other stakeholders on research, teaching, and community projects. • Industry Engagement: Built and maintained relationships with industry professionals to enhance educational programs and research opportunities.

• Installing and performing diagnostic, tests on mechanical systems. • Developing and implementing maintenance plans to prevent costly equipment breakdowns. • Troubleshooting mechanical malfunctions and breakdowns • Developed detailed mechanical drawings for construction projects using AutoCAD and SolidWorks, ensuring accuracy and adherence to specifications. • Conducted stress analysis on beams to assess load-bearing capacity and structural integrity, supporting project safety and compliance. • Collaborated with cross-functional teams to review designs, optimize mechanical components, and meet project deadlines. • Oversee the installation of mechanical systems, ensuring that work is completed on time, within budget, and to the required quality standards. They may also be involved in scheduling, coordinating with subcontractors, and managing resources. • Assisted in the design and analysis of HVAC systems for various projects. • Supported project managers in scheduling and coordinating installation activities.