Working on a Water crisis in an African city project• Use SQL to clean and explore a database with 60,000 unique records.• Harness the power of SQL functions, including intricate window functions, to draw insights from the data.• Aggregate data to unravel the scale of the problem, and start to form some actionable insights.• Draw from different data sources to deepen the analysis of the city’s crisis.• Use advanced SQL tools to assemble the pieces of an audit together.• Assemble our final analysis results, and report our findings.• Look to the future as we derive actionable goals, and shape the data to achieve them.• Explore the gender composition of queues at shared water taps, consider new crime-related data, report our insights to decision-makers, and report on the progress of the various projects addressing the city’s water crisis.• Loaded and visualized data with Power BI to showcase the insights we got from the survey and connect data from other sources to enhance our data story.

• Create the new product BOM using SAP and PLM systems.• Design and develop refrigerator models according to market demand and technological advancements.• Collaborate with design teams to create prototypes and refine them for mass production.• Manage BOM changes on 2D Drawings.• Conduct rigorous testing to ensure product performance, energy efficiency, and safety standards.• Analyze test results and provide feedback for product improvement.• Research and select materials and components for refrigerator construction.• Provide technical support to manufacturing teams during production.• Implement design changes and optimizations to improve manufacturing efficiency.• Ensure products meet regulatory requirements and industry standards.• Identify opportunities to reduce production costs without compromising product quality.• Optimize design and manufacturing processes to achieve cost savings.• Maintain detailed records of design specifications, test results, and project progress.• Generate reports for management and cross-functional teams.• Stay informed about market trends, competitor products, and consumer preferences.• Identify opportunities for innovation and product differentiation.• Work closely with cross-functional teams including manufacturing, quality assurance, and marketing.• Ensure alignment of R&D efforts with overall business objectives.• Continuously seek opportunities for product enhancement and process optimization.• Implement feedback from stakeholders to drive continuous improvement.

• Perform mechanical design including concept development, detailed design, and creation of manufacturing and assembly drawings.• Mechanical design exposure to kinematics, dynamics, material properties and behavior, and structural analysis.• Create FEA model for calculation by model simplification, and define different types of connections.• Develop thermal management solutions in a CAD environment and ensure they meet target performance through CFD simulation.• Design and develop mechanical systems. • Develop ideas, manage, and lead projects until they become real products.• Planning and executing mechanical designs using CAM, and 3D CAD software.• Run various mechanical design simulations and experiments to virtually test and refine the designs.• Overseeing the development and manufacturing of physical prototypes for testing. • Provide technical reports and process instructions as required.• Drives full documentation of design including, BOM, drawings, and procedures.• Collaborate with the Project Manager to determine project requirements.• Prepare engineering calculations, drawings, and specifications.• Prepare specifications for the material and accessories related to the mechanical design.• Investigate and resolve problems related to technical issues in mechanical design.• Technical Documentation for the design process, iterations, test analytics, quality and safety.• Perform project analysis and maintain project scope and budget.• Apply a systematic and analytic method of problem-solving to make evidence-based technical decisions that are safe, functional, cost-effective, and validated.• Perform a full life cycle of product development (design, develop, test prototypes, and supervise manufacture) to satisfy product goals/requirements.• Design Schematic diagram and block diagram for product system.• Perform Design FMEA and assist with Process FMEA’s where required.• Consider design for assembly and design for manufacturing principles.

• Conducting research to develop new and improved processes for manufacturing.• Conducting tests and monitoring the process performance throughout production.• Designing and testing process upgrades and new process systems.• Troubleshooting problems associated with manufacturing processes.• Evaluating processes and equipment to ensure compliance with environmental and safety regulations.• Drafting process ideas to reduce costs and improve production rates.• Providing the Product Manager with process documents and standard operating procedures.• Developing routines and best practices to ensure product quality.• Develop standardized operating instructions for the upgrade process.• Line balancing based on actual production capacity.• Low skill Development based on an Efficiency report.• Production estimation of a line. • Non-productive time analysis.• Calculated production per hour. • Design Layout for new styles.

STEM (Science, Technology, Engineering and Math) Program•Educating youth on Engineering concepts in a simple way depending on Practical applications,topics like electronics, programming, mechanics, and robotics.• Designed and programmed robots, analyzed results, and identified areas for improvement.• Analyzing results and identifying the root cause of malfunctions.• Developed test environments and cases, applying data-driven insights for streamlining testing procedures.• Developing engaging STEM lesson plans in line with the curriculum objectives.• Monitored student growth, identifying strengths and areas for improvement using data-driven methods.