As an ITS Project Engineer at Traffic Tech, I have led and contributed to multiple facets of project execution, spanning project leadership, engineering design, site management, and quality assurance. My role involved:Project Leadership & Management:Spearheaded high-value projects for the installation, testing, and commissioning of advanced automated control systems, ensuring successful delivery within scope and deadlines.Directed cross-functional teams, coordinating with design engineers, technicians, and clients to achieve seamless project execution and high-quality outcomes.Mechanical Engineering & Design:Assisted with designing and optimizing mechanical components using SolidWorks ensuring compliance with project specs.Developed detailed engineering drawings, functional specifications, and design reports to support project requirements and stakeholder communication.Site Engineering & Quality Assurance:Managed site activities, including overseeing equipment installation, conducting site inspections, and ensuring adherence to safety and quality standards.Conducted thorough testing of automated control systems, performing client witness testing and validating system performance to meet stringent quality criteria.Project Documentation & Reporting:Created and maintained comprehensive project documentation, including Scope of Works, Bill of Materials (BOM), cost estimations, and Safe Work Method Statements (SWMS).Prepared detailed reports and technical documentation, including validation test reports and system specifications, to ensure transparency and compliance.Key Achievements:Sydney Gateway Project: Successfully led the project, achieving seamless traffic management around Sydney Domestic Airport. The project was completed on schedule, with improved traffic flow and operational efficiency.Successfully installed and commissioned Movable Median Stripes, Flood Warning Devices, Boomgates and In-Pavement Lights for better traffic management.

Job Role & Responsibilities:Process Optimization:Analyse existing manufacturing processes to identify areas for improvement.Design and implement process changes to enhance efficiency, reduce waste, and increase productivity.Use data analysis tools and techniques to evaluate process performance, identify bottlenecks, and optimize workflows.Monitor daily manufacturing operations to ensure adherence to production schedules and quality standards. Address any issues that arise promptly to minimize downtime and disruptions.Ensure that all equipment and systems are operating efficiently. Coordinate maintenance activities and troubleshoot any mechanical or operational issues.Continuous Improvement:Promote and lead continuous improvement initiatives using methodologies such as Lean, Six Sigma, or Kaizen. Encourage a culture of innovation and process excellence.Quality & Safety:Develop and enforce quality control procedures to maintain high product standards. Conduct regular inspections and audits to ensure compliance with quality specifications.Investigate and resolve Non-Conformance quality issues and reports. Implement corrective actions to prevent recurrence.Ensure that manufacturing processes comply with industry regulations, safety standards, and environmental guidelines.Project Management:Manage projects aimed at process improvements or new system implementations.Develop project plans, coordinate resources, and track progress to ensure timely completion.Coordinate with Cross-Functional Teams: Work closely with engineering, production, and maintenance teams to align process improvements with overall plant goals and strategies.Documentation and Reporting:Create and update process documentation, including Standard Operating Procedures (SOPs), process flow diagrams, and work instructions.Prepare and present reports on process performance, project progress, and operational metrics to management.

Project Management Assistance: Supported the management of HVAC projects by coordinating with contractors, suppliers, and clients to ensure timely project completion and adherence to specifications.Cost Estimation and Quotation: Developed accurate cost estimates and quotations for HVAC projects, contributing to competitive bidding and project budgeting.Preparation of Mechanical Drawings: Created and reviewed detailed mechanical drawings and design specifications to support effective project execution and compliance with project requirements.O&M Manuals: Assisted in the preparation of Operation and Maintenance (O&M) manuals and design delivery certificates to ensure proper documentation and operational guidance.Equipment Procurement: Assisted in the procurement of HVAC equipment, liaising with suppliers to ensure timely delivery and alignment with project specifications.Technical Support: Provided technical support and liaised with suppliers to address any issues related to equipment and project requirements.Project Documentation: Prepared and reviewed project documentation, including design reports and project specifications, to facilitate clear communication and accurate execution of project plans.Refrigeration Cycle Redesign: Redesigned the refrigeration cycle for the Mandarin Chiller Project, optimizing system performance and efficiency based on project requirements.Key Achievements - Efficient Project Coordination: Contributed to the successful management and execution of HVAC projects by supporting coordination efforts and ensuring accurate documentation.Enhanced System Design: Redesigned refrigeration cycles, resulting in improved system efficiency and performance for key projects.

• Implemented energy efficient methods to reach HVAC system energy reduction targets by selecting optimum component sizes and strategies for improved economy cycle• Demonstrated sound knowledge of NCC, AS 1668.2 and 1668.4 standards; applications include selection of appropriate climate zone, building exposure, infiltration, and parking utilities• Utilized in-house software like CAMEL to produce air schematics, thermal zone plans, and conditioned/ventilated space maps to meet the HVAC system targets• Developed detailed air schematics, fire strategy, and recommended equipment selections.• Designed duct systems, performed pressure loss calculations, and selected appropriate fans for ventilation.• Prepared professional reports on key findings and hand calculations by incorporating methods for building energy efficiency improvement using sustainable design ideas

• Generated over 15 standard operating procedures in accordance with ISO 9001 for type change to improve productivity of the production lines• Researched on cellular manufacturing and developed a new layout for barshaft manufacturing cell• Designed over 50 drive shaft components using Solidworks which exceeded the supervisor’s expectations• Demonstrated work progress on weekly basis via reports and presentations• Maintained effective relationships with colleagues by providing assistance in designing and reporting

• Planned and coordinated production engineering processes to produce high quality products• Evaluated current production activities and recommended improvements to the quality manager• Assisted in the supervision of production lines by identifying unsafe operations/practices and reporting to the manager• Worked in a team of 4 members with different departments to develop work, health and safety procedures

• Gained exceptional industrial experience by working closely with the design engineering team of 3 members on the design of cone crusher• Designed and analysed over 25 components of the crushing plants, and constructed engineering drawings using AutoCAD• Communicated with machine operators and team leaders to get the insight of the work flow