Project Manager
NCR Atleos
Total des années d'expérience :18 years, 0 Mois
My primary responsibility is to lead software engineering team, and software support/administration/operation. My responsibilities include but not limited to providing technical direction on platform and technology selection, software development process, plan and implement new and significantly improved systems and services, working with internal and external technology groups to design integration software components, addressing customer issues/escalations, working with IT infrastructure team on software/hardware configuration/monitoring, product release and deployment activities, working with HR on technical talent acquisition.
In addition to co-locate direct reports, I have also built, trained, and manage offshore software development team that is an extension to development organization.
I have provided technical leadership and consultation in various segments of business intelligence and software application custom made designing.
MRP (Material Resource Planning):
Material requirements planning (MRP) is a production planning and inventory control system used to manage manufacturing processes. Most MRP systems are software-based, while it is possible to conduct MRP by hand as well.
An MRP system is intended to simultaneously meet three objectives:
• Ensure materials are available for production and products are available for delivery to customers.
• Maintain the lowest possible level of inventory.
• Plan manufacturing activities, delivery schedules and purchasing activities.
The basic modules which MRP application covers are as follow:
1. Forecasting Production Plan.
2. Sale module.
3. Finance module.
4. Procurement module.
5. Stores module.
6. QA module.
RMS (Remote Monitoring System):
RMS one of my major achievement which I have designed for my organization, it’s an electrical SCADA application which provide a complete range of intelligent monitoring and controlling solutions to ensure your business continuity. It work as power expert, the system can safeguard massive investments in infrastructure, increase the reliability of your system and minimize the unforeseen events which have a negative effect on your productivity. It all comes down to having the right information at the right time.
RMS easily provides monitoring and manages a large number of Telecommunication sites and handles their multiple devices at a real time. The system provides a rapid route to business profitability through reduced cost and increased revenues, by making life easier for operations management.
International deployment exposure:
• Wataniya Telecom project deployed RMS on 250 BTS sites of remote location (Algeria).
• ATC-Ghana and ATC Uganda project deployed RMS on 250 BTS.
• ATC- Uganda project deployed RMS on 250 BTS sites.
• Inala HTT (South Africa).
Local deployment Exposure:
• Telenor Pakistan deployed RMS on 800 BTS sites (Pakistan).
• Multinet Pakistan Deployed RMS on 30 BTS sites (Pakistan).
• Huawei Telecom Pakistan 50 BTS sites (Pakistan).
• KASB Bank deployed RMS on 15 bank branches sites (Pakistan).
• Tameer Bank deployed RMS on one branch (Pakistan).
• ZTE Pakistan deployed RMS on 50 BTS sites (Pakistan).
Power Optimization and Energy Management Solution:
The system is based on two segments
:
1. Master Terminal (Application controlling slave device).
2. Slave devices which monitor and control the power consumption.
Master application monitor and control electricity consumption of each slave device via TCP/IP, X10 protocol according to the administration application schedule in the administration settings .Slave devices monitor and control the electricity consumption of the installed location and perform operation on the instruction of master application. The system manages the energy consumption and regulated device optimize the power consumption by regulating the electricity source .Automated reporting is generated by the application to analyze the power consumption
Worked as a Regional Senior Project Manager in Professional Services Department for NCR Corporation Bahrain.
Managing portfolio of following customer for NCR.
• BBK - Bank of Bahrain and Kuwait.
▪ Coin deposit and multicurrency Project.
▪ Aptra Vision
▪ National ID (CPR) project.
• BISB - Bahrain Islamic Bank.
▪ NDCe Connection project
▪ Other day to day operational issues
▪ BRM (Bulk deposit solution).
• GIB- Gulf international Bank
▪ NDCe Connection project
• Eazy Financial Services
▪ Biometric verification solution for ATM transaction.
▪ Authentic Switch implementation in management in Eazy.
• AFS-Arab Financial Services - Bahrain.
▪ Card printing from ITM via data card solution.
▪ Connection solution for ILA bank.
• SBI Bahrain.
▪ Win 10 AND NFC upgradation.
• HBL Bank Bahrain & Pakistan.
▪ Presales activity for Initial Connection project.
▪ Biometric verification solution for ATM transaction.
▪ BIO verification from NADRA via tablet for HBL account holders.
▪ Incident management solution APTRA Vision solution.
▪ Afghan Refugee verification via NADRA.
▪ WIN 10 and NFC upgradation of Bahrain ATMs.
▪ Skimming Protection solution for ATM.
• KHCB - Khaleeji Commercial Bank Bahrain.
▪ Biometric verification solution for ATM transaction.
• MCB Bank Pakistan.
▪ Biometric verification solution for ATM transaction.
▪ EMV upgradation project
• Faysal Bank Pakistan.
▪ iWatch solution for capturing images from ATMs.
▪ ATM EMV upgradation project.
• Summit Bank Pakistan.
▪ iSuite Solution.
• Sindh Bank Pakistan.
▪ Biometric solution for ATM verification
• First Woman Bank Pakistan.
▪ ATM EMV upgradation project.
• Bank Al Habib Pakistan
▪ Presales activity for Skimming protection and Vision solution.
I joined Mushko Ps as their Assistant Manager Technical Solution Software managing software teams engaged in various web and device based software products and web projects. These teams include Visual Studio.NET, Microsoft Dynamics CRM Online technology based projects. I was part of a focused Mushko PMO team responsible to architect project management processes and perform projects process monitoring.
1. Responsible for providing network infrastructure designing and project trainings material for clients.nvolved in budgeting and project planning with extensive implementations.
2. Managing multiple team Leaders for delivering high-quality services to customers.
3. Providing supervision in tracking issues related to the project implemented on client side.
4. Provide technical direction for the deployment, design, and systems integration for the clients.
5. Participates in troubleshooting hardware and network problems, and system software problems.
Involve in designing and developing SmartMon.Net and EMS \[Energy Management system\] application used by multiple Sector e.g. (Telenor, CMPAK, Warid, Wincom, Multi Net, Faisal Bank, KASB Bank, huawei, WTA, CPS, etc).I have used Agile based software development technique to manage iterative and incremental development of my project.
semester programme leading to Master of Engineering (Computer Systems) degree. All the admitted students to M. Engg. Programme in Computer Systems will be required to study five compulsory courses. Every student will select major area of specialization. Every student may elect four courses from the desired area of specialization. A student enrolled in one area of specialization may elect one course from other area of specialization. Each course consist of 3 credit hours. The Masters degree will be awarded after successful completion of 30-credit hour course work. Presently, there are two specializations in the M.Engg. Programme. SPECIALIZATIONS Computer Architecture & Systems Design Computer Networks & Performance Evaluation
Computer engineering programs focus on the relationship between computer hardware and software systems. These programs typically combine software-related classes in networks, operating systems, programming languages and data structures with hardware-related courses covering microcomputer systems, memory components, microprocessors, fiber optics and integrated circuits. Graduates should be prepared to evaluate systems and design efficient solutions to problems. A high school diploma or the equivalent is generally required for admission to a bachelor's degree program in computer engineering. Course Topics Students typically complete practical experiences and projects, giving them the chance to delve into real-world scenarios. Programs often offer internship opportunities for hands-on experience and the potential for students to build their resumes. In addition to general education requirements, students complete courses such as: Digital design Signal processing Logic design Electromagnetics Computer architecture Microelectronics Circuits Microprocessors
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