• Served as a security officer with additional responsibilities for dispatching duties.
• Dispatched security personnel to respond to alarms, disturbances, and emergencies in a timely manner.
• Maintained accurate logs and records of security incidents, dispatch activities, and patrol observations.
• Conducted security patrols of assigned areas, deterring criminal activity and addressing security concerns.
• Responded to and resolved complaints received through ticket logs, ensuring customer satisfaction and efficient resolution of issues.
• Monitored surveillance systems and alarm panels to detect security breaches and unauthorized activities.
• Coordinated communication between security officers, law enforcement agencies, and other emergency responders.
• Provided assistance and support to security officers in the field, including relaying instructions and information.
• Responded to incoming calls and inquiries, providing information and assistance to callers as needed.
• Conducted security patrols of assigned areas, deterring criminal activity and ensuring the safety and security of personnel and property.
• Addressed and resolved complaints received through ticket logs, ensuring timely resolution and customer satisfaction

Project Summary:

The data migration project aims to transition GLS Real Estate Holdings, LLC. company’s data from on-premises servers to a cloud-based infrastructure. This strategic initiative is driven by the need for scalability, enhanced data accessibility, improved disaster recovery capabilities, and cost optimization. The project involved thorough planning, data assessment, migration execution, and post-migration optimization to ensure a smooth transition with minimal disruptions to operations.

Project Objective:

The primary objective of the data migration project is to migrate all critical business data, applications, and services from on-premises servers to Azure Cloud platform.

Project Outcome:

Upon successful completion of the data migration project, the company was able to achieve the following outcomes:

1. Ability to scale resources dynamically based on demand, supporting business growth and fluctuations in workload.
2. Improve remote access to data and applications, enabling distributed teams to collaborate effectively using Sharepoint Libraries and OneDrive.
3. Reduce infrastructure costs by using Azure pay-as-you-go models, resource consolidation, and elimination of hardware maintenance expenses.
4. Implement cloud-native security measures, encryption, access controls, and compliance frameworks to protect sensitive data.
5. Enhance data redundancy, automated backups, and failover mechanisms to ensure rapid recovery and minimal data loss in case of disruptions.
6. Streamline data management processes, automated workflows, and integration with cloud services for analytics, AI/ML, and IoT applications.
7. Fast deployment of new applications, updates, and services, enabling the company to respond swiftly to market changes and customer needs.

Project Summary:

As part of my current role, I am leading the Construction Site Technology Integration Project for two partnered companies (G. Stephens, Inc and Independence Construction) involved in a construction project for Metro RTA in Akron OH. This project aims to revolutionize construction site operations by strategically implementing advanced technology solutions. The project encompasses deploying communication systems, security solutions, and data management tools to create efficient, connected, and safe construction environments.

Project Objective:

The primary objective of the project is to transform construction sites into smart ecosystems by leveraging cutting-edge technology.

Expected Project Outcome:

The ongoing Construction Site Technology Integration Project for Metro RTA Construction Project is expected to deliver significant outcomes, including:

• Improved productivity and project efficiency through streamlined workflows and data-driven decision-making.
• Enhanced safety monitoring, reduced accidents, and compliance with safety regulations.
• Cost optimization through resource utilization optimization and better project management practices.
• Data-driven insights enabling proactive risk management and performance optimization.
• Improved stakeholder collaboration, client satisfaction, and project outcomes.
• Fostering a culture of innovation, technology adoption, and continuous improvement within the partnering companies.
• Establishing a competitive advantage through smart construction practices and digital transformation initiatives

Project Summary:

I collaborated with Modis on the Signet Jeweler PC Rollout Project, a significant initiative involving the deployment, setup, and re-imaging of computers across multiple locations. My role encompassed installing, unboxing and boxing of the new system, addressing help requests, and resolving tickets to ensure a smooth transition to new computer systems.

Project Objective:

The objective of the Signet Jeweler PC Rollout Project was to:

• Deploy new computers and technology infrastructure across various Signet Jeweler locations.
• Set up and configure computers according to company standards and user requirements.
• Re-image existing computers to update software, improve performance, and ensure consistency.
• Provide timely support and resolve help requests and tickets related to computer setup and functionality.

Project Outcome:

Through my contributions to the Signet Jeweler PC Rollout Project, we achieved the following outcomes:

• Successfully deployed and set up new computers across multiple Signet Jeweler locations within specified timelines.
• Re-imaged existing computers, ensuring software updates, improved performance, and compliance with company standards.
• Addressed help requests and resolved tickets related to computer setup, software configuration, and user support.
• Ensured minimal disruptions to business operations during the transition to new computer systems.
• Received positive feedback from users and stakeholders for providing efficient and effective technical support throughout the rollout process.

Project Summary:

The Social Media App Project is a web application developed to facilitate social interactions and connections among users. Built with HTML, CSS, JavaScript, and Node.js, the project focuses on simplicity and usability.

Project Objectives:

• Develop a user-friendly social media platform for connectivity and interaction.
• Implement robust features for registration, profile management, content sharing, and messaging.
• Ensure scalability and performance for growing user activity.
• Enhance user engagement through personalized experiences.

Project Outcomes:

• Successful implementation of a feature-rich social media app.
• Positive user feedback on functionality and design.
• Continued iteration based on user input and market trends.
• Acquisition of valuable skills in web development and project management.

Project Summary:

The Lawn Mowing Business Project is a web platform developed to simplify lawn care services for customers and optimize operations for the business. Utilizing HTML, CSS, JavaScript, and PHP, the project focuses on easy scheduling and efficient service delivery.

Project Objectives:

• Develop a user-friendly platform for scheduling lawn mowing services.
• Implement secure payment processing and service tracking.
• Enhance customer satisfaction through feedback mechanisms.

Project Outcomes:

• Successful implementation of a functional lawn mowing platform.
• Streamlined operations and improved customer satisfaction.
• Acquisition of valuable web development and business management skills.

Project Summary:

Developed an interactive maze game to demonstrate programming and problem-solving skills. Used Python/Java/JavaScript with graphics libraries for game creation.

Project Objectives:

1. Design visually appealing maze game interface.
2. Implement dynamic maze generation and player interaction.
3. Include win/lose conditions, scoring, and level progression.
4. Enhance game with graphics, animations, and user interface elements.
5. Conduct thorough testing and debugging for smooth gameplay.

Project Outcomes:

Showcased programming proficiency, problem-solving abilities, and creative game design. Enhanced portfolio with tangible example of game development skills, preparing for career opportunities in software and game development.

• I build websites using AWS.
• Created clean, well-documented custom code and updates.
• Enforced website standards for visual and design integrity.
• Leveraged mastery of HTML, CSS, and JavaScript to build top-quality code for diverse projects.
• Completed programming projects that complied with existing coding standards and design styles.
• Developed custom websites to meet individual client needs.
• Performed and directed Web site updates.
• Responded to user email inquiries and set up automated systems to send responses.
• Installed and configured hypertext transfer protocol (HTTP) servers and associated operating systems.
• Performed Web site tests according to planned schedules, and after any Web site and product revision.
• Renewed domain name registrations.
• Analyzed user needs to determine technical requirements.
• Wrote supporting code for web applications and websites.

• I mentor High school students about what it is like to be in college and how to be successful in college.
• I teach basic HTML/CSS, and Python to high school students.
• Served as positive role model to high school students requiring guidance on college life.
• Acknowledged mentee strengths, talents, and gifts to encourage exploration.
• Met with students and teachers regarding in-class issues and learning interruptions to discuss solutions.
• Prepared students for later educational experiences by encouraging them to explore learning opportunities and to persevere with challenging tasks.

• Attended workshops and special events to grow personal networks and attract potential customers.
• Troubleshot minor problems and reported larger technical issues.
• Diagnosed vehicle malfunctions and performed required repairs.
• Identified flaws and imperfections with vehicles.
• Member of the Akron Zips Racing Dynamic Team.

• Collaborate with team members to design and develop code for robotic systems.
• Optimize code to improve robot performance, efficiency, and reliability.
• Implement best practices and coding standards to ensure high-quality solutions.
• Conduct rigorous testing and debugging of code to identify and resolve issues.
• Ensure code functionality and safety in real-world robotic applications.
• Adhere to safety protocols and standards in code development and implementation.
• Serve as the driver and captain of the robotics team during competitions and events.
• Lead team strategy, coordination, and performance optimization to achieve success in robotic challenges.
• Ensure code compliance with regulatory requirements and industry best practices for robotics safety.