PRAVEENKUMAR S

Experienced Project Planning Engineer with extensive experience in planning, executing, and maintaining construction projects, particularly in post-tensioning and pre-stressing systems. Demonstrates strong project management skills with a proven ability to adhere to safety standards, manage budgets, and maintain schedules. Collaborates effectively with engineering, procurement, and construction teams to deliver innovative solutions and ensure seamless project execution. Seeking to leverage expertise in enhancing project efficiency and driving successful outcomes within dynamic environments.

• Heating Ventilation & Air Conditioning - Refrigeration, Vland Best Hub Pvt. Ltd, Coimbatore, 04/2019, Completed a chiller & VRF drafting project for a residential building.
• Diploma in Workplace Safety & Health, Alison Course, 01/2024
• Fundamentals of Total Productive Maintenance (TPM), Udemy Course, 11/2023

Bridge Health Monitoring System at Zuari cable stay bridge &Mormugao Port Trust cable stay bridge (MPT), Goa, for ROB-2

• The Bridge Health Monitoring System (BHMS) implemented to represents a significant step in infrastructure management.
• Designed to monitor structural health in real time, it enhances safety, longevity, and cost efficiency for this critical bridge, which faces environmental stress and heavy traffic loads.

• India’s second-largest multi-stay cable bridge, Zuari Bridge, Goa.
• 13.635 km NH-66 bridge project connecting Bambolim and Verna.
• Total length: 640m (central span: 360m, end spans: 140m on each side).
• Features: 27m wide dual carriageways, 10.7m center median.

• 300MW wind project – Installation of 100 wind turbine stay cables.
• Supervised construction activities, ensuring adherence to safety and project specifications.
• Conducted site inspections and quality assurance checks.
• Resolved technical issues and provided guidance to construction teams.

Study on the Effect of Different Materials in Traffic Signal Poles using a Numerical Simulation Approach

• Published in International Research Journal on Advanced Science Hub (IRJASH) (May 1, 2019).
• Explores modal analysis of traffic signal poles, addressing deformation, environmental factors, and structural resilience.
• Keywords: Traffic poles, modal analysis, natural frequency, fracture analysis, crack propagation, lifecycle.