M. Waqas Khan

• Core Network Design: Spearheaded the creation of a cost-effective, robust, and fully automated ISP core network, optimizing both performance and scalability.
• Cloud-Based CRM Development: Designed and developed a cloud-based CRM system to streamline complex tasks, enhancing service quality and operational efficiency.
• WiFi Distribution Network Improvement: Enhanced WiFi-based wireless distribution networks for improved end-to-end connectivity, stability, and rapid deployment, significantly reducing costs.
• SMS and Billing Integration: Implemented straightforward SMS and billing procedures within the CRM, simplifying management processes.
• Automated Solar Power Solution: Designed a remotely monitored automated solar power system to ensure uninterrupted power supply for network infrastructure.
• Universal Hotspot Model: Developed a hardware-agnostic hotspot internet model, integrating location-based SMS marketing to offer a versatile location marketing tool for various clients.

• System Redesign and Modernization: Led the complete redesign of an outdated flood forecast and early warning system initially developed by JRC in 2002, incorporating modern technology to address unrepairable issues and enhance system reliability.
• Technology Integration: Upgraded the system's infrastructure by replacing obsolete electronics with Raspberry Pi computers and integrating WiFi connectivity, enabling real-time data transmission and centralized monitoring across 10 warning posts.
• Voice Communication Enhancement: Implemented a new voice broadcasting system using Raspberry Pi to simultaneously deliver emergency warnings across all 10 sites, improving the effectiveness and reach of flood alerts.
• Hardware and Software Development: Redesigned both the communication hardware and software components of the system, ensuring compatibility with existing siren motors and speaker systems while significantly improving overall performance and functionality.
• Collaboration and Impact: Worked closely with Rescue1122 to ensure the upgraded system met their needs for effective flood monitoring and warning, thereby enhancing the safety and preparedness of communities living near Nallah Lai.

• Project Management and Coordination: Spearheaded the design and implementation of a Smart Camera Surveillance system, collaborating closely with NHA to address and monitor various traffic conditions and enhance security operations.
• Technical Expertise: Leveraged advanced imaging technology and machine learning algorithms to develop a robust surveillance system capable of real-time traffic analysis, anomaly detection, and automated incident reporting.
• System Integration: Successfully integrated smart cameras with existing infrastructure, ensuring seamless communication between hardware and software components for accurate data collection and processing.
• Performance Optimization: Conducted rigorous testing and optimization of the surveillance system to ensure high-resolution image capture, minimal latency, and reliable performance under diverse environmental conditions.
• Stakeholder Communication: Acted as the primary liaison between NHA and technical teams.

• Conducted Project Solutions related to Wireless Connectivity, Cloud Computing and Networks
• Some of it are as follows:
• Cisco Meraki based Core Network design for ISP developed by PakWiFi Pvt Ltd.
• Ubiquity and Cambium based solutions for long distance communications and Internet distribution infrastructure.
• Design and Development of Cloud Monitoring and control system for Client end Wireless equipment.
• Various IOT based solutions designed and developed for remote monitoring and control for Power Management of the whole ISP network Infrastructure.

• Organized and conducted Quality work in R&D projects related to Alternative Energy, Networking and Industrial Automation.
• Conducted Numerous Solar System Projects in Public sector and Private sectors.
• Conducted various Copper and Fiber optic based Network connectivity in Public Sector.

Automotive Fuel Efficiency Projects: Led various projects focused on enhancing fuel efficiency in automotive systems, including:

• Plasma Spark Enhancer: Developed an electronic module that improves spark plug performance by 30%, optimizing ignition efficiency.
• Pulse Width Modulation Circuits: Designed and implemented PWM-controlled circuits for advanced control systems.
• Water Fuel Kit: Engineered a water fuel kit that converts water into hydrogen and oxygen through synthetic electrolysis, using it as an alternative fuel source.

• Part time I had the opportunity of conducting lectures to BCS and MBA Classes.
• BCS course outline included: Digital and Analog circuits theory, Networks and Communications.
• MBA course outline included: Introduction to IT, Introduction to Computer Networks.

• Telemetry & Telecommand System: Designed and developed a tracker for the antenna base station, enhancing telemetry and telecommand capabilities.
• UHF Radio Communications: Optimized UHF non-line-of-sight radio communications for improved signal clarity and reliability.
• Ballistic Computer Reverse Engineering: Conducted reverse engineering of the ballistic computer for the T-80 UD combat tank, contributing to enhanced combat systems.
• Combat Tank Driver Panel: Designed and integrated a digital driver panel for the Al-Khalid combat tank, utilizing embedded LabVIEW for software development.
• Unmanned Air Vehicle Systems: Created and implemented an internal takeoff and landing system for the Mishka M.5 unmanned air vehicle, with software development in LabVIEW.
• Anti-Aircraft Gun Automation: Developed an automated system for an anti-aircraft gun with object-locking capabilities, using high-resolution digital camera devices and Matlab for software implementation.

• Conducted labs of “Introduction to computing and communications”, Assisted students by guiding them for their labs and assignments and evaluating their lab performance.