Have experience in proposing and delivering of digital solutions to our ICT customer, while I am considering adaptation to their existing platforms. Even though there have been always challenges; but I have been successful by close interaction and updating myself with the feedback coming from customer's side and their needs. I have experience with Huawei’s cloud computing solutions, have Bachelor of electronic and computer engineering and master of Telecommunication. Last but not least, have a good analytical and user’s-need understating skill, which makes me to optimize a solution to their requirements.
1-solution transformation: transform the pre-sales technical solution into the practical engineering technical solution, guide the customer's requirements, avoid project risks. cross functional team activities and cordination between software and hardware engineers, cloud especialists, user experience and technical design. 2-Technical solution implementation: work out the engineering technical implementation solution and the implementation plan, and is responsible of the project milestones and the contract KPI. 3-Goal setting and task analysis: set up the milestones and divide the engineering technical implementation plan down into sub-tasks 4-Project workflow setting: take responsibility to work out the workflow for the technical delivery team Team-building: arrange all available manpower, specify responsibilities for team members, and work out the performance evaluation method -Task Descriptions: Definition of features and technical requirements Wireless Systems architecture design and RF line-up analysis Consistent communication with marketing and customer on evolving product requirements Project lead for the system engineering team to drive the design, implementation, and debugging of verification & validation (V&V) FPGA platforms emulating all functions of a design and V&V, troubleshooting and debug Customer support, and the development of marketing and applications collateral
Introducing, deploying and testing of the latest and future of mobile network technologies and their features in the functionality subgroup in the technical board. Constructing analytics-driven ICT products, predicting and recommending maintenance actions and automate remote management tasks and monitoring KPIs. Responsible for link budget analysis, system dimensioning for coverage and capacity, initial system design and dimensioning, site identification and evaluation, zoning analysis. Carrying out area and site surveys to identify equipment location's and their orientations. Analyzing equipment co-location requirements for multiple operators. Performing inter-modulation analysis. Performing site candidate evaluation. Supporting leasing/zoning teams as subject matter expert at zoning hearings Verify RF related site engineering drawings. Performing site build verification and acceptance Undertake network performance improvement (KPIs) and optimization tasks. Log data integrity check (drill-down cluster acceptance KPI). RAN parameter consistency check and feature implementation
Analyzing and focusing on customer's needs and requirements. Applying the feedback on the product development. Development and optimisation of operation methods.
Mobile Communications (GPRS/EDGE, UMTS, LTE and LTE Advanced), SON (Self healing and self optimizing) Broadband Networks, IBS (In-Building Solution) Mobile Application Prototyping Beside engineering field: Economy, Management and Organization studying.
The programme aims to educate in high quality electronics and computer engineering. Able to combine research, science, technology, management and practical implementation in the career.
a) Transforming technical research results as well as natural science and technical knowledge into practical application in development tasks and in the solution of technical problems. b) Censoriously acquire new knowledge within relevant engineering areas. c) Independently perform common engineering work tasks. d) Plan, realize and monitor technical and technological installations, and must be able to involve social, economic, environmental and work environmental consequences of technical problems. e) Be involved in co-operation and managerial contexts with people of different educational, linguistic and cultural backgrounds on a qualifed level.
Introduced to the world of digital electronics and computer programming through study modules in hardware and software. Studing and concentrating on digital signal processing, circuit analysis, analogue electronics, electromagnetism and a number of basic concepts, which are fundamental to the field of electronics and computer engineers. Making projects in connection with one or more of the study modules.
