VU
Virtual University of Pakistan
Federal Government University
Syed Wajahat Haider
Assistant Supervisor AC Plant
AC Plant
Television


Bachelor (B.Tech (Hons), Mechanical (Refri. & Air Conditioning))


Design of HVAC System, commissioning, energy efficiency, controls, service, sustainability, research and development, and project management
Official Email wajahat.haider@vu.edu.pk
Contact +92 (42) 111 880 880 (Ext: 3687)
With over two decades of dedicated experience in the HVAC industry, I bring a wealth of expertise in designing, commissioning, and optimizing heating, ventilation, and air conditioning systems. Throughout my career, I have successfully managed numerous projects from initial concept through to implementation, ensuring compliance with rigorous industry standards and client specifications. My specialization spans across various facets of HVAC engineering, including energy efficiency initiatives, advanced controls integration, and sustainable design practices. I have a proven track record in delivering innovative solutions that enhance operational efficiency while minimizing environmental impact. My commitment to continuous improvement and staying abreast of the latest technological advancements has enabled me to effectively troubleshoot complex system issues and implement cutting-edge solutions that exceed client expectations. Beyond technical proficiency, I possess strong leadership and project management skills, having overseen multi-disciplinary teams and large-scale projects within stringent timelines and budgetary constraints. My ability to collaborate effectively with stakeholders at all levels—architects, contractors, and clients—has been instrumental in achieving seamless project outcomes and fostering long-term partnerships. Throughout my career journey, I have remained dedicated to the principles of professional integrity, safety, and excellence in service delivery. As an HVAC engineer with a solid foundation in both theory and practical application, I am committed to contributing my expertise towards shaping sustainable and resilient built environments for future generations.