Vatsal Mistry

A top-performing Software Engineer with extensive skills in product and solutions development, leveraging multiple technical platforms and technologies to navigate organizational growth. Highly skilled in directing cross-functional teams through all facets of software development lifecycle, ensuring adherence to overarching scope, strategies, policies, and requirements. Proven ability in evaluating existing operations to identify inefficiencies, redundancies, and risks, innovating process improvements and system upgrades to enhance workflow, maintain internal controls, and optimize security and data integrity.

• PCEP Certified Entry-Level Python Programmer
• PCAP Certified Associate in Python Programming
• CompTIA A+ Certified
• AWS Certified Cloud Practitioner
• AWS Certified Solutions Architect – Associate

Virtual Stock Trading Dashboard Project

• Develop a virtual stock trading platform that allows users to simulate buying and selling stocks in real-time without risking actual funds. The platform will provide a user-friendly interface for managing a virtual investment portfolio., Python Backend Development: Build the backend system using Python. Implement functionalities such as user authentication, stock data retrieval from a financial API, transaction processing, and portfolio management., Data Analysis and Visualization: Utilize Python libraries like Pandas, NumPy to provide users with meaningful insights into their portfolio performance and individual stock movements., Real-time Stock Data Integration: Fetch real-time stock data from financial APIs and implement a mechanism to update stock prices and portfolio values dynamically., User Interface and Experience: Design and develop a user-friendly web interface using a framework like Django. Users should be able to easily view their portfolio, execute virtual trades, and analyze stock trends., Risk Management and Market Simulation: Implement algorithms to simulate stock price movements based on historical data and market trends. Additionally, incorporate risk management features to prevent users from making unrealistic or excessively risky trades., Documentation and Testing: Properly document the project's architecture, APIs, and implementation processes. Create unit tests to ensure the correctness of the functionalities. Online Bookstore Platform Project, Backend Development (Python, Django, SQL): Design and create a robust backend system using Python and Django. This would involve creating models for books, users, orders, and other relevant entities, along with implementing business logic and API endpoints., Database Management (SQL): Design the database schema using SQL to store data related to books, users, orders, and other relevant information. Utilize SQL queries and database optimization techniques to ensure efficient data retrieval and storage., Frontend Development: Utilize HTML, CSS, and JavaScript to create a user-friendly interface to interact with the backend application., AWS Deployment and Management: Utilize AWS services such as Amazon RDS for the SQL database, Amazon EC2 for hosting the Django application, and Amazon S3 for storing static content such as images and other media., Security and Scalability Considerations: Implement security measures within the application, such as user authentication and data encryption, and design the system to handle potential scaling requirements as the platform grows., Documentation and Presentation: Properly document the project including architecture, APIs, and deployment processes. Additionally, create a presentation to effectively communicate the project's goals, architecture, and implementation strategies. IT Helpdesk Ticketing System Project, User Authentication and Access Controls: Implement user authentication and authorization mechanisms to ensure secure access to the system based on user roles and permissions., Ticketing System Backend: Develop the backend system using a technology stack that leverages your CompTIA A+ and Network+ knowledge, such as Python or another suitable language. Utilize your understanding of network protocols and troubleshooting to ensure robust data communication and error handling., Network Monitoring and Alerting: Incorporate functionalities to monitor network health and issue notifications when predefined thresholds are met. This could involve leveraging Network+ concepts related to network monitoring and performance optimization., IT Asset Management Integration: Integrate IT asset management features to help track hardware and software inventories, leveraging concepts from CompTIA A+ related to hardware maintenance and troubleshooting., Documentation and Training: Create comprehensive documentation for the system's architecture, maintenance procedures, and user guides. Consider developing training materials for staff to ensure effective use of the platform., Security Best Practices: Implement security best practices, including encryption of sensitive communications, logging and auditing mechanisms, and compliance with industry standards for IT security.