Our Key Projects
Sahiwal Complete Traffic Intersection with Pelican Solutions
Pak German Engineer currently executing the Sahiwal ITS Traffic Intersections (9 no.) project, implementing advanced Pelican (pedestrian light-controlled) systems to enhance road safety and traffic management. The project improves vehicle flow and pedestrian crossing efficiency, contributing to a smarter and safer urban infrastructure in Sahiwal.
GPO Chowk, Mall Road, Rawalpindi, Wireless Actuated Traffic Signal Project.
Pak German Engineer successfully completed the installation of Pakistan’s with Fully actuated wireless smart traffic signal in record time of 7 days. The Wireless Traffic Signal Controller is an innovative low-voltage wireless transmission system designed for intelligent traffic control. At each direction of an intersection, the master and slave units are deployed separately, enabling seamless signal transmission through wireless communication. This approach significantly enhances construction efficiency while reducing both complexity and associated costs. Additionally, the system supports solar power supply, making it ideal for locations with abundant solar resources or where road excavation is impractical.
Red Light Monitoring System (RLMS) at Traffic signals on Orange train Route.
Pak German Engineer successfully completed the design, construction, installation and commissioning of Red Light Monitoring System (RLMS) at Traffic signals on Orange train Route. Red-light traffic cameras are an effective way to dissuade those who commit red light offenses. These cameras detect the red status of the traffic light to highlight the crime if a person crosses the stop line with the red light on.
Faisal Chowk, Mall Road, Lahore Smart Traffic & Pelican Signal Project
Pak German Engineer successfully completed the Faisal Chowk, Mall Road, Lahore Project, installing a modern and fully automated smart traffic signal system. The solution enhances intersection efficiency, improves pedestrian safety, and ensures smooth traffic flow along one of Lahore’s busiest corridors.
Multan Traffic Signal System
Pak German Engineer successfully implemented a modern traffic signal system across key intersections in Multan. The project improves traffic flow, enhances safety, and ensures efficient signal coordination through reliable and advanced control technology.
Quetta Intelligent Traffic Signal Project
Pak German Engineer has successfully executed the Quetta Intelligent Traffic Signal Project, featuring state-of-the-art adaptive signal technology. The system optimizes traffic flow, reduces congestion, and enhances road safety through real-time data analysis and smart control mechanisms—marking a major step toward modernizing Quetta’s urban traffic management.
PSCA Entry & Exit Gates Projects (Ph 1 & Ph 2)
Pak German Engineer successfully completed the PSCA Entry & Exit Gates Project, integrating advanced surveillance, access control, and traffic management systems. The project enhances vehicle monitoring, security, and operational efficiency at key city entry and exit points under the Punjab Safe Cities Authority (PSCA) initiative.
WVD-Based ITS System – Bahria Town, Karachi
Pak German Engineer successfully deployed a Wireless Vehicle Detection (WVD) based Intelligent Traffic System (ITS) in Bahria Town, Karachi. The system utilizes advanced sensor technology to monitor traffic flow, improve signal timing, and enhance overall road safety—delivering a smart and efficient traffic management solution for a modern urban community.
Islamabad Motorway Toll Plaza Project
Pak German Engineer successfully completed the Islamabad Motorway Toll Plaza Project, providing modern traffic control and monitoring solutions. The system enhances toll operations, ensures smooth vehicle flow, and improves overall efficiency through reliable automation and intelligent management technology.
Bukhari Commercial Pelican Traffic Solution System
Pak German Engineer implemented a modern Pelican (pedestrian light-controlled) traffic solution at Bukhari Commercial. The system improves pedestrian safety and optimizes traffic flow through automated signal control, contributing to smoother and safer urban mobility in the area.
Peshawar BRT Access Control System
Pak German Engineer successfully implemented an advanced Access Control System for the Peshawar Bus Rapid Transit (BRT) network. The system enhances passenger management, station security, and operational efficiency through automated gate controls and integrated monitoring solutions.
Gaddafi Stadium Lahore Project
Pak German Engineer successfully executed the Gaddafi Stadium Lahore Project, implementing advanced traffic and control systems to manage event-day congestion and improve pedestrian safety. The solution enhances traffic flow, ensures efficient crowd movement, and supports the overall smart mobility framework around the stadium area.
ITS with Signal Priority System (Lahore Metro Project)
Pak German Engineer successfully designed, installed and commissioned a world class Command and Control Center and Intelligent Transport System for Lahore Metro Bus Service. The system provides smart traffic control solution for the Metro Bus Service (MBS) along with the normal ground traffic all along 27km corridor. This technology driven and cost effective traffic management solution has been provided in record time.
The Intelligent Transport System installed by the PGE is one of the world best adaptive traffic management system i.e. Sydney Coordinated Adaptive Traffic System (SCATS).
Multan Metro Bus PSD Project
Pak German Engineer successfully executed the Multan Metro Bus PSD (Platform Screen Door) Project, delivering advanced automation and control systems for enhanced passenger safety and operational efficiency. The project ensures synchronized door operations, improved crowd management, and a safer, more reliable metro experience for commuters.
PSD Metro Project
Pak German Engineer successfully contributed to the PSD Metro Project by delivering advanced traffic signal and control solutions. The system ensures efficient vehicle movement, enhanced passenger safety, and reliable signal coordination, supporting the smooth operation of metro transit infrastructure.