Seyene Akpan

• Implemented continuous improvement initiatives, focusing on optimizing existing processes for maximum productivity.
• Generate, present and Monitor production report and charts, analyze the root cause of defects, carry out corrective measures by fixing the cause of defects
• Championed lean manufacturing principles that led to reduced waste and increased efficiency throughout the production process.
• Produce prototype, Golden model use to produce silver model
• Read and analyze the calibration chart, to tell consistency and variations in the production process
• Manage MES Folders and Files that controls the production stages
• Carry out daily inspection of equipment, ensure the normal operation of process equipment and replace faulty and expired component.
• Occasionally, repair, adjust and replace a broken component of equipment in the absence of equipment maintenance Technician
• Join the Team of other Process Technician to complex work schedule
• Maintain the on-site manufacturing process, develop manufacturing work instructions and provide training to operators
• Participate in addressing various accidents and propose improvement measures and suggestions.
• Make daily operation records and maintenance records of relevant systems in a timely manner.
• Follow work arrangement and troubleshoot the reported issues accordingly
• Performed routine audits on equipment performance data to ensure accuracy in reporting metrics vital to decision making.
• Increased production capacity through careful evaluation of machine capabilities and implementation of innovative solutions that maximized output.
• Mentored less experienced technicians in troubleshooting techniques and problem-solving skills, fostering professional growth within the team.
• Enhanced communication between departments by fostering a collaborative work environment and promoting open dialogue among team members.
• Optimized production processes by implementing strategies to improve efficiency and reduce waste.
• Collaborated with cross-functional teams to develop new products, meeting customer requirements and boosting sales.

• Observed equipment functioning to detect electronic and mechanical hazards or problems for service, repair or replacement.
• Perform preventative maintenance on more advanced/sophisticated Robotic production equipment.
• Carry out equipment set up for production by performing FAI to ensure all parameters meet production requirement/standard and according to SOP.
• Perform disassembling of equipment/parts to the component level in other to replace damage part, repair and re-assembling.
• Perform repairs on more advanced production equipment as needed.
• Carry out root cause analysis, Initiate adequate corrective and preventive measures.
• Reduced machinery downtime with thorough preventive maintenance plans and timely repairs.
• Investigated electrical malfunctions with ammeter, multimeter and temperature probe test instruments to determine problems and apply solutions.
• Installed and modified equipment to minimize material waste, facilitate future maintenance and avoid hazardous and unreliable equipment performance.
• Repaired, maintained and installed motors, drives and wiring devices.
• Enhanced production uptime by quickly diagnosing and repairing malfunctions in electromechanical equipment.
• Provided technical support to team members, sharing knowledge of electromechanical systems operation and maintenance best practices.
• Maintained neat and clean work area to eliminate hazards.
• Maintained accurate records of maintenance activities, repairs performed, and parts replaced for traceability purposes.
• Identified and specified required parts to repair and rebuild manufacturing equipment.
• Collaborated with engineering teams to implement design modifications for improved system functionality.
• Assessed potential risks associated with servicing electromechanical systems, recommending mitigation measures to ensure the safety of technicians and operators.
• Liaised with staff to discuss equipment performance issues and formulate improvement ideas.
• Ensured compliance with safety regulations during installation, maintenance, and repair of electromechanical equipment.
• Fabricated fixtures, stands and covers and assembled components from sketches and drawings.
• Developed strong working relationships with vendors to facilitate prompt resolution of warranty claims or other product-related concerns relevant to electromechanical devices used at our facility.
• Conducted training sessions for junior technicians on proper techniques for maintaining, troubleshooting, and repairing various types of electromechanical equipment.
• Proposed layout and location modifications and installations in compliance with OEM, OSHA, NEC and company and local codes.
• Improved equipment efficiency by performing regular maintenance and troubleshooting on electromechanical systems.
• Optimized equipment performance through calibration of sensors, controllers, and actuators as needed.
• Tested performance of electromechanical assemblies using oscilloscopes, electronic voltmeters, and bridges.

• Maintained inventory of repair supplies and ordered parts.
• Utilized variety of tools and diagnostic equipment to complete repairs.
• Completed partial or full dismantling of equipment to quickly repair or replace defective components and restore functionality.
• Carryout Test procedures for various plug-in DS1 NIUs: , Adtran, Larus, Teltrend, Westell, HyperEdge, Siemens 9004 Channel Bank, Edgelink, etc
• Set switch settings according to T1 NIU (Network Interfacing Unit), Span powering Switch setting

Set T1 tester (T-BERD)

• Carry out Test Station connective to set test procedures
• Carryout burn in test connection - Test from Network, CPE, etc
• Setting up Routers and VPNs and ensuring proper connectivity
• Troubleshooting Routers systems when the need arises
• Perform Visual inspection and ensure good working condition of all boards
• Carrying software issue diagnosis, upgrade and troubleshooting
• carryout manual test of components using Digital Multimeter test LCDs ICs, ECN Capacitors and Axial Caps
• Perform system diagnosis, where faults found, carry out troubleshooting.
• Troubleshooting of data center telecommunication equipment
• Programming of programmable logic- Controllers (PLCs), RAM, Microprocessors, Memory of different kinds based on software requirement.
• Perform system diagnosis, reset and restoration of software accordingly to its original status.
• Perform different test ranging from Cable Locators, Carrier Test Sets
• Data Test Sets, Frequency Selective Volt/Level Meters, Fault Locators, Line Testers, Voltage Detectors etc
• Ordering replaces faulty part/component from parts request workbench
• Running burn in test for proper functionality and get ready for shipping.
• Search for unavailable parts in PRWB (part request workbench) digit-key, mouser etc
• Requesting and adding information using Microsoft 360, Microsoft team and datasheets
• Reading and interpreting the blueprint, assembling and fixing component part accordingly.
• out soldering to replace parts or repair damaged parts/components.
• Carry out assembling of components/parts
• Carry out repairs on other Industrial Circuit Boards such as Power Boards, Mother Boards, Main Boards, Control Boards, etc
• Increased repair success rates, utilizing advanced troubleshooting techniques and tools.
• Maintained detailed records of repairs, parts inventory, and warranty information for accurate documentation purposes.
• Adhered to strict safety protocols while working with potentially hazardous materials or electrical components during the repair process.

• Enhanced community preparedness by developing and implementing comprehensive emergency management plans.
• Implemented innovative solutions for early warning systems, increasing the lead time for residents to prepare for impending disasters.
• Led after-action reviews following incidents or exercises to identify areas for improvement in future responses.
• Designed strategic evacuation plans that prioritized safety and minimized disruption to affected communities.
• Provided critical support during natural disasters or public health emergencies by coordinating resource allocation efficiently.
• Conducted thorough risk assessments for potential hazards, enabling proactive mitigation strategies.
• Streamlined information sharing between agencies by implementing a centralized data management system.
• Established strong relationships with local, state, and federal partners to facilitate seamless coordination during disaster responses.
• Evaluated emergency operations centers'' efficiency, recommending improvements to optimize functionality and communication.
• Facilitated emergency management training for staff and conducted emergency drills.
• Utilized comprehensive risk analysis to identify, assess and manage emergency management risks.