Shashank Shinde

Professional Overview

Shashank Shinde is an experienced Computer Engineer with a strong background in cybersecurity, data analysis, and DevOps practices. With expertise in securing digital environments, analyzing complex datasets, and translating insights into actionable strategies, Shashank is a highly adaptable professional who thrives in collaborative, team-oriented environments. His experience spans multiple industries, including financial services and academia, where he has made significant contributions to improving operational efficiency and cybersecurity practices.

Shashank holds a Bachelor of Science in Computer Engineering with a specialization in Cybersecurity from Virginia Tech and holds a Master's Degree in Cybersecurity at the University of York. He is passionate about continuous improvement in software development and deployment, combining his technical skills with his problem-solving abilities to deliver impactful solutions.

Key Skills & Expertise

• Cybersecurity (Network Security, Application Security, Forensics)
• Data Analysis & Visualization
• DevOps & Continuous Integration/Continuous Deployment (CI/CD)
• System Administration & IT Service Management
• Software Development (C/C++, Python, JavaScript, React, Node.js)
• Project Management & Team Leadership

Professional Experience

Shashank Shinde has a diverse range of professional experience across various industries. As a ServiceNow System Administrator at PricewaterhouseCoopers (PwC) in Washington D.C., USA, he managed and implemented ServiceNow applications for Incident, Problem, and Change Management, leading to improved IT service delivery. He collaborated with cross-functional teams to design workflows that enhanced user experience and operational efficiency, while also conducting user training and providing support to ensure successful adoption of ServiceNow across the organization.

In his role as a Data Analyst at Saint Louis University in Virgina, USA, Shashank analyzed large datasets from Facebook ad campaigns, delivering actionable insights to improve campaign effectiveness. His data-driven strategies resulted in a 20% increase in click-through rates by optimizing ad targeting and messaging.

Earlier, as a Technical Program Manager with Facebook + Codepath in Blacksburg, USA, Shashank facilitated discussions and group activities on cybersecurity topics like Network Security and Social Engineering. He also conducted one-on-one tutoring sessions, significantly improving students' academic performance and comprehension of cybersecurity subjects.

Education

Shashank Shinde completed a Master of Science in Cybersecurity at the University of York (Russell group), where his coursework focused on areas such as Cryptography Theory, Forensics, and Network Security. He previously earned a Bachelor of Science in Computer Engineering with a specialization in Cybersecurity from Virginia Tech. During his time at Virginia Tech, Shashank excelled in relevant courses including Data Structures, Algorithms, Cloud Computing, and Network Security, and he was recognized on the Dean's List for his academic achievements.

Technical Skills

• Operating Systems: Windows, Linux
• Languages: C/C++, Python, JavaScript (React, Node.js)
• Software & Tools: MS Office, GitHub, Visual Studio, SQL, ServiceNow
• Cybersecurity Tools: Verilog, OpenVAS, OWASP ZAP
• DevOps Tools: Jenkins, Docker, Kubernetes

Notable Projects & Achievements

• ServiceNow Implementation at PwC: Improved IT service management processes by streamlining workflows, reducing incident resolution time, and ensuring compliance with security standards.
• Facebook Ad Data Analysis at Saint Louis University: Implemented a data-driven strategy that led to a 20% improvement in ad performance by optimizing targeting and messaging.
• Pivot Point Hackathon Winner (2016): Created an iOS application that allowed users to donate Uber rides to homeless individuals, utilizing the Leaflet API for data visualization.
• Hyperloop Project (2016): Developed a solution for interfacing a pressure transducer with microcontrollers, enhancing the electrical subsystems of the pod.