

Project manager and engineer with more than two years’ hands-on experience delivering infrastructure projects in Australia and additional engineering expertise in Pakistan. Adept at project planning, stakeholder coordination, and process optimisation, leveraging MATLAB, Power BI, BIM, and digital twin platforms to drive results. Proven record of leading teams to achieve compliance, cost efficiency, and operational improvements in diverse environments. Recognised for driving measurable impact in both Australian and international contexts through collaborative leadership and innovative engineering solutions.
Project and operations management: Microsoft Office tools, SAP, XERO, process optimization, risk mitigation, and supply chain coordination
Data and systems analysis: data modeling, predictive analytics, statistical analysis, performance dashboards, and digital twin implementation using MATLAB, Power BI, Tableau, and Lifecycle Twin
Engineering and technical expertise: systems engineering, reliability-centered maintenance (RCM), failure mode and effects analysis (FMECA), maintainability analysis (MTA), energy systems modeling, and sustainability assessments
Asset and infrastructure management: SCADA, integration of Revit, BIM, and Cupix 360 for asset lifecycle modeling, maintenance planning, and condition monitoring of industrial systems
Driving Sustainability in Construction: The Role of Innovation and Emerging Technologies in Australia (Research Paper)-Master of Engineering Management, RMIT University
· Conducted qualitative research using thematic analysis and the IPO model to assess how technologies like BIM, IoT, and digital twins enhance sustainability in Australian construction.
· Engaged with Downer industry experts to analyse real-world applications and challenges of implementing Industry 4.0 tools.
· Delivered strategic recommendations on policy, workforce upskilling, and digital adoption to support sustainable construction practices.
Energy Efficiency Audit & Process Optimization | Industrial Manufacturing Setup
Tools: MATLAB, Excel, ANSYS
· Performed thermodynamic and energy flow analysis of a small-scale metal fabrication facility.
· Modelled energy consumption of induction motors, air compressors, and furnace units to identify inefficiencies.
· Simulated waste heat recovery and motor drive control (VFD) to enhance thermal efficiency and load management.
· Proposed optimization plan achieving ~18 % reduction in power use and 2.4-year payback through system retrofits.
Lifecycle Assessment & Design of a Solar-Powered Water Pumping System
Tools: PVsyst, RET Screen, Excel, AutoCAD
Engineered a 15 kW photovoltaic system with battery storage for a 20 m³/day water pumping requirement
· Designed centrifugal pump system and evaluated hydraulic performance against solar output variability.
· Conducted full life-cycle cost and environmental impact analysis comparing solar and diesel alternatives.
· Quantified 12 t CO₂ annual reduction, with 4.2-year payback and 25-year operational lifespan