MUHAMMAD HASSAN TARIQ

• Moving and unloading office equipment, including desks, seats, cupboards, and bookcases, for commercial clients.
• Assisting with assembling, and disassembling of furniture or other homes/office items like conference table, IT tables and equipments.
• Performed other related duties as required, and or deemed necessary to meet the needs of assigned buildings or areas.
• Packed boxes handle personal & classified documents load trucks with customers valuables unload and distribute items in new location move and load heavy furniture.
• Working with clients like Commbank, BHP and DOT etc and achieve high customer satisfaction.
• Managed daily warehouse operations, resulting in reduced waste and optimized space utilization.
• Ensured safe transportation of items by properly loading and securing them in the moving truck.
• Maintained excellent customer service, addressing any concerns and providing solutions as needed.
• Improved warehouse efficiency by implementing streamlined inventory management processes and procedures.

• Handled all classified documents, information, and equipment and distributed them to individual work centers
• Created, coordinated, and implemented physical security of the installations, material, and personnel, including VIPs
• Provided supervision for all on-site security systems, operations, technical equipment and team, ensured registration of on-site persons, conducted access controls, and recorded accurate data
• Maintained data systems and records, installed and upgraded software and hardware systems.
• Streamlined and supervised projects as well as developed win-win situations by maintaining strategic focus and viewing problematic issues as challenges rather than obstacles
• Provided complex helpdesk support as well as organized radio, mobile, and internet media communications ensured prompt response to alarm events, including creating tickets as required
• Organized and commissioned site security inductions, including for contractors; monitored CCTV and alarms, including performing technical troubleshooting on software and hardware systems.
• Rendered a keen eye for details to perform CCTV and alarm system monitoring, and actively responded to all events that occurred on alarm and security risk types
• Developed and implemented responsive actions for emergency incidents, raised work requests, perform general customer service, responded to all clients’ calls daily, and provided ongoing support to contractors.

• On-site Head of department for three facilities: water softening, VPSA oxygen plant, compressor roam, and chiller plant
• In charge of all facets of the utilities, including liquid nitrogen, HVAC and refrigeration, root and vacuum blowers, heat exchangers, cooling towers, air compressors (Atlas Copco and IR), and heat exchangers
• Communicate with other engineering experts, outside consultants, and vendors to find new technologies and work through plant problems.
• Work together with the planning team to create an equipment mechanical maintenance strategy based on industry norms, manufacturer recommendations, and life cycle theory

• Organise and Sync Production everyday engineering procedures to create items of superior quality.
• Make sure that plant performance is precisely recorded and examined in compliance with ISO 9001, and send weekly and monthly reports on planned and preventive maintenance to the plant manager.
• Create process alterations to more efficiently use resources and equipment to increase output.
• Create operational plans to meet your goals for output and finances.
• Determine which processes and procedures are dangerous, and notify the plant management right away.
• Establish environmental regulations and safety protocols for staff members.
• Implement cost-cutting measures while upholding levels of excellence.
• Reduce outages and downtime by doing engineering analysis.

• Ensured appropriate detection of Malfunction, while maintaining apparatus to prevent future issues.
• Understand blueprint, product specification and tooling instruction to plan correct operational sequence.
• Established and adjusted feed rates and cutting parameter to keep operation in line with production demand.
• Adjust speed, wrap, heat, and tension to ensure quality corrugated board on dry end.
• Documented daily production data and submitted accurate time logs to keep management up to date.
• Perform quality checks on every stack measuring every dimension and checking scores.
• Examined completed work to detect defects and verify conference to work order, adjusting machinery as necessary to correct production problem.
• Improved overall project efficiency by streamlining communication channels and providing timely updates to team members.

• Thesis Statement: Design and Fabrication of PNEUMATIC FORK LIFTER

I spearheaded the fabrication and evaluation of an efficient fork lifter. The project involved the comprehensive verification and computational modelling of the proposed design, considering various materials and parameters for optimal performance. I successfully assembled the forklift using modelling applications, AutoCAD & SolidWorks, and conducted simulations to derive multiple outcomes. To ensure cost-effectiveness, I analysed the overall cost of the fork lifter, emphasizing optimal assembly operational capacity. Additionally, I integrated actuators for the chain and scissor, along with a pulley mechanism. Further, I conducted a market analysis of fork lifters to validate their performance and optimal assembly operational capacity. The resulting design proved to be reliable and safe, showcasing my skills in design, analysis, and project management.

• Thesis Statement: Determine nodal deflection & Von misses stress distribution of 3D structural member

I focused on the examination and investigation of a bracket configuration design. Rigorous attention was given to material selection, composition, software integration, and properties to ensure an effective design. The modelling and simulation phases were conducted using ANSYS software, specifically utilizing ANSYS Workbench and Mechanical APDL for simulation interface. The project involved obtaining various results, which were meticulously compared through a comprehensive evaluation process. Ultimately, I successfully achieved an efficient design for the bracket frame model, demonstrating my proficiency in design, simulation, and analytical evaluation, as well as my ability to optimize for deformation and stress values.

• Thesis Statement: To Design & Fabricate Rotary Smart Parking Prototype

I successfully led a university project focused on designing and fabricating a fully automated rotary smart car parking system. Utilizing SolidWorks for detailed component modelling and ANSYS for rigorous analysis, I ensured the structural integrity and performance reliability of the system. The project culminated in the fabrication phase, where I oversaw the manufacturing processes and conducted comprehensive testing of the rotation mechanism powered by a 12V window motor. Through iterative design improvements and optimization, I achieved an efficient and reliable prototype, showcasing my skills in project management, 3D modelling, simulation, and hands-on testing.