MOHAMMED ASHRAF SAFWAN WALI

Business professional offering experience delivering cost-effective, high-performance technology solutions to meet shifting organizational demands. Astute technology-business professional translates operational needs into technical solutions. Equipped with analytics and reporting expertise to provide insights using data-driven philosophy. Detail-oriented and motivated student handles simultaneous tasks with adaptable approach. Eager to develop acquired skills and understanding applications for business analysis in the field. Experienced Business Analyst Intern with background in data analysis, project management and process improvement. Strengths include critical thinking, problem solving, and strong communication skills. Utilized knowledge of business operations to contribute effectively to team projects while demonstrating ability to adapt quickly in fast-paced environments. Made significant impact by identifying business needs and developing solutions that streamlined processes and increased efficiency. Qualified Business Intelligence Analyst versed in data mapping and user acceptance testing to solve complex problems in high-pressure environments. Activates strong analytical skills to investigate trends in large amounts of data and formulate conclusions based on findings. Excels at cultivating, managing and leveraging client relationships to foster extended engagements and business opportunities. Accomplishments include projects. Upbeat and positive team individual with a good understanding of business operations and a forward-thinking mentality. Results-oriented individual with a passion for continuous learning and innovation. Known for leveraging analytical thinking and creativity to solve problems and deliver high-impact solutions in fast-paced environments.

• English
• Hindi
• Telugu
• Urdu

Effect of Strength & Cost Analysis of Clay, Cement, & Fly Ash Bricks for Residential Building,  The purpose of this project is to explore the effect of strength the three bricks has and also to calculate the cost analysis of clay, cement and fly ash bricks for residential building. The strength of bricks refers to the degree of resistance against deformation, load, and stress. The compressive strength of bricks is the most common measure of strength. Different types of bricks have different levels of strength. Cement bricks are stronger than sand bricks, while fly ash bricks are generally stronger than both cement and sand bricks. High strength of bricks is desirable for building walls and foundations that can withstand load and deformation. Cost analysis is a crucial step in the selection of building materials for residential building. Cement bricks are the most expensive and durable among the three types of bricks, followed by fly ash bricks and sand bricks. Sand bricks are the least expensive but also the least durable type of bricks. For a residential building project, the cost of materials can significantly impact the total project cost. Thus, it is essential to consider both the strength and cost of various types of bricks while selecting building materials. Analysis of E-Commerce Sales Data – Interactive Dashboard Using Power BI, Data Collection & Preparation: Gathered sales data from multiple sources, including transactional databases and spreadsheets. Performed data cleaning and preprocessing to ensure accuracy and consistency. Data Analysis: Conducted exploratory data analysis (EDA) to identify trends, patterns, and anomalies in the sales data. Analyzed key metrics such as sales volume, revenue, customer demographics, and product performance. Dashboard Creation: Designed and developed an interactive dashboard using Power BI. Integrated various data visualizations including bar charts, line graphs, pie charts, and heat maps to represent sales trends, customer segmentation, and inventory levels., Power BI, MS Excel, Data visualization techniques Optimus Voice Assistant: Multi-Platform Access and Media Control, Voice Recognition Integration: Implemented speech recognition technology to enable natural language processing and accurately interpret user commands. Platform Access: Programmed Optimus to recognize and execute voice commands for opening popular websites including Google, YouTube, LinkedIn, and Facebook. Utilized web automation tools and APIs to perform these actions efficiently. Media Control: Enabled functionality for playing songs on YouTube based on user voice commands. Integrated with YouTube’s API to search and play requested music tracks directly. User Interface & Experience: Designed an intuitive interface for voice interaction, ensuring smooth and responsive communication between the user and the assistant., Python, Speech Recognition APIs, YouTube API

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New York,USA

• BigQuery for Data Analysts(Coursera)