Jason Fung Email & Phone Number

Philadelphia, Pa, Us

Seattle, Washington, Us

-Custom design and integration of Cloud Adoption Framework for Platform Landing Zones utilizing Azure DevOps, GitHub, and Terraform-Review and implement CMMC L2 controls in addition to NIST 800-171 and NIST 800-53 to meet accreditation for ATO (authorization to operate) which align with Azure policies-Architecture Design, build, deploy, and test platform landing zone using Terraform, Azure DevOps, and GitHub following standards defined by FedRAMP Moderate and FedRAMP High-Review client cyber tooling, and determine full-scale integration with Azure Cloud-Perform gap analysis of client current state on-prem and cloud environments to target-state Azure cloud environments

Seattle, Washington, Us

-Engage with client directors and business leaders in order to drive business direction-Manage the engineers and delivery of multiple Azure Cloud workstreams -Train the trainers. Enable engineers to become their own subject matter experts-Coach and mentor junior resources to enable them further on client engagements-Identify skills gap in team, and provide training in order to supplement team function-Redesign existing Azure application architecture to provide new enhancements-Restructure existing processes and workflows in order to maximize team deliverables

Seattle, Washington, Us

-DevOps Technical lead managing senior engineers responsible for delivering azure applications as part of on-prem to azure migrations-Lead conversations with client application team in workshops to obtain application requirements as part of delivery-Collaborate with client sr engineers on their application to implement working azure solutions-Conduct/lead DevOps knowledge transfer to client as part of Application cutover transition-Application Migration Owner (C/D) for apps for dev and production Azure environment-Configure, Test, Deploy Terraform and pipeline code to Azure environment-Manage/Train new joiners, and provide working sessions for Terraform, ADO, and client process-Build/test/validate/present Active Directory proof of concept for security authentication within AD environment-Engage with application owners to ensure app readiness for security authentication upgrade-Document steps for security authentication upgrade and present to client AD admin for implementation-Develop, and assist in Azure Identity Acesss/Management standardization

Seattle, Washington, Us

-Collaborate with managers, solution architects and engineers on defining new AD/Azure AD processes-Engage business leaders & vendors to identify/present problems & solutions to current environment-Entrusted by client to purchase hardware/accessory for hardware deployments-Technical lead for vendor integration to client: processes, documents, assets, hardware support-Conducted multiple hr-and-½ training sessions for mobile devices and present IT best practices/security/policy-Led & Supported mobile devices hardware refresh migration-Build, configure, test 400+ iOS devices and apps on iOS using MDM deployment-Design technical build guide for vendor technicians for laptops-Design & publish technical document for image/build configuration for technicians-Develop, review, and test OS builds for Windows 10 deployment using PXE boot-Configure SCCM and AD for machine deployment and analyze user profiles

Philadelphia, Pa, Us

• Decommission SIP devices from the IP Multimedia Subsystem (IMS) such as SBCs and SRPs• Assist in design and deployment of voice gear for Comcast Voice and Commercial teams• Initiate, verify and monitor process for reclaiming IPs, VLANs, BGP, and ports for devices• Create documentation which assists engineers in specific process flows• Heavily contributed in Asset management for Comcast and working with key players• Technical lead - Create, monitor, and edit pages in Confluence and JIRA • Provide Linux-based setup and training for team• Testing OpenStack with CentOS 7 using VirtualBox to standup VMs• Project owner for OpenStack - Created testing environments in virtualized space• Collaborate with members from other teams to remove traffic from IP devices• Capture call flow on IRIS for further analysis

Philadelphia, Pa, Us

• Monitored entire remote network using SolarWinds NPM for 23,000 users• Assisted ISP, remote site, and executives in resolving network issues in at least 20 different locations in the US• Maintained functionality in enterprise phone system supporting up to 100 remote sites• Troubleshooted problems for local users with phone issues for more than 500 users on-site

Philadelphia, Pa, Us

• Recognized by more than 10 staff members for outstanding performance at the end of co-op• Operated own help desk with minimal supervision to support over 1000 students • Deployed enterprise networking tools to diagnose connectivity issues onsite and two other neighboring buildings• Provided phone support for up to 1000 students• Contributed heavily on UPenn Office 365 implementation in a joint effort with two other large departments which included reporting bugs, documenting features, and testing OS environments with Office365• Trained and supervised five full-time employees on wireless connectivity• Worked closely with other departments as a representative of Information Systems & Computing (ISC) to remedy university wide issues• Developed training modules for two co-ops and assisted them for an additional week to support student base

Philadelphia, Pa, Us

• Troubleshooted user errors from software on their computers on more than 100 computers• Migrated PCs from Windows XP to Windows 7 as well as provide necessary software• Communicated effectively with users about the issue and provided a solution for 2000 users• Tested, configured, installed, operated, monitored and troubleshooted computer equipment, peripherals and software for 2000 users on-site and remotely• Traveled to 10 different remote sites in PWD to setup, install, and troubleshoot computers and software• Supervised an employee for training purposes and provided two weeks of shadowing

King Of Prussia, Pa, Us

• Repaired computers and replaced components, including motherboards, graphics cards, processors, power supplies, CPU fans, and memory on more than 25 uninterruptible power supply and computers• Rebooted and updated computers via command line and boot drives for up to 50 servers on-site which support $1 million dollar projects• Installed software onto computers for up to 25 users on-site• Connected computers and printers to network for more than 10 users