1. Effective CommunicationRegular Meetings: Schedule regular meetings with your team to ensure everyone is on the same page. Use video conferencing tools like Zoom or Microsoft Teams to facilitate face-to-face communication.Clear Documentation: Maintain clear and concise documentation for all projects. This helps in keeping everyone informed and aligned, especially when working across different time zones.Cultural Sensitivity: Be mindful of cultural differences in communication and work practices, given that you're managing a team from a different region.2. Project ManagementUse Project Management Tools: Tools like Jira, Asana, or Trello can help you track project progress, assign tasks, and manage deadlines.Define Clear Milestones: Break down projects into smaller, manageable tasks with clear deadlines. This helps in monitoring progress and ensures that the project stays on track.Risk Management: Identify potential risks early in the project and develop mitigation strategies to avoid any disruptions.3. Team ManagementBuild Trust: Establishing trust with your team is crucial, especially when managing remotely. Be approachable, offer support, and encourage open communication.Performance Monitoring: Set clear expectations for your team and monitor their performance regularly. Provide constructive feedback and recognize their achievements.Professional Development: Encourage and support your team’s professional growth by offering opportunities for training and skill development.4. Time Zone ManagementOverlap Working Hours: Try to find overlapping working hours that suit both the UK and South Asia to facilitate real-time communication.Async Communication: Leverage asynchronous communication methods, like detailed email updates or shared documents, to keep the workflow smooth even when team members are not online at the same time.

• Restored equipment to operational condition by removing and replacing or repairing components. • Supported project goals by advising on mechanical aspects of proposed designs. • Measured components to assess conformity to design parameters or established technical specifications. • Conducted planned maintenance to prevent equipment outages. • Assisted research teams with prototyping and testing mechanical testings. • Tested systems and compiled data to inform design process and guide changes. • Analysed testing data to glean insights for design team. • Observed manufacture of equipment and components, monitoring compliance and assessing performance against targets. • Inspected mechanical components to identify issues and determine proper corrective actions.Platform Type: CL 701

Tested functionality of complex components, verifying operationaccording to specifications.Restored equipment to operational condition by removing andreplacing or repairing components.Monitored field safety standards and kept procedures in line withoptimal approaches for mechanical inspection, maintenance and repair.Measured components to assess conformity to design parameters orestablished technical specifications. Conducted planned maintenance to prevent equipment outages.Recommended changes to designs to improve performance orfunctionality.Interpreted blueprints to correctly assemble and dismantle mechanicalequipment.Inspected mechanical components to identify issues and determineproper corrective actions.Created standards and procedures for surveying installed equipment.Observed manufacture of equipment and components, monitoringcompliance and assessing performance against targets.Compared mechanical designs to industry regulations and contractprovisions.Produced technical documentation and reports for design andproduction teams.Optimised equipment layouts for target efficiency, performance, orfunctionality goals. Assembled mechanical components, controls and power systems.Aircraft Brakes Types: A380,A330,B737 NG,B747,B777

Inspected aircraft meticulously to verify compliance with regulations,company standards and safety requirements.Performed servicing functions such as refuelling and marshalling,maintaining smooth, efficient airport operations.Kept fleet aircraft and related equipment in optimal condition foroperational readiness.Used levelling compounds and scotch casts to securely seal parts,assemblies and sub-assemblies.Collaborated with engineering teams to coordinate fitting andalignment of new and replacement parts.Obtained fuel and oil samples to check for contamination, verifyingaircraft safety and readiness.Assessed received aircraft parts to verify compliance with CAAregulations ahead of use.Operated power tools, gauges and testing equipment to adjust, repairand replace faulty components in various aircraft.Analysed engineering drawings and schematics to troubleshootsystems and diagnose solutions.Repaired and rebuilt fuel, electrical and oxygen systems to exactspecifications and safety standards.Maintained repair logs to document all corrective and preventiveaircraft maintenance, aiding performance analysis.Sustained aviation ground support equipment condition by completingpreventative and corrective maintenance tasks.Managed aviation maintenance inspections to confirm zerodiscrepancies ahead of flights.Investigated issues and presented findings to design teams, preventingrepeat issues in future aircraft.Aircraft Types: Cessna 150F,Cessna 152,Cessna 172M,Cessna 172N,Piper Seneca 2,Robinson R66 Turbine Helicopter