Asim Mian
(Member, Development Committee)

About
Asim Mian is a technology leader with a track record of delivering reliable, scalable, and well-governed digital systems across government and private sectors. He brings deep experience partnering with public-sector and enterprise stakeholders to translate complex requirements into durable, mission-critical solutions. He has led large-scale quality and automation initiatives and supported multiple U.S. government agencies, including the State Department, DoD, FCC, SCC, USDA, and the FSI. His expertise spans enterprise QA strategy, cloud and data platforms, and system modernization, with a consistent focus on governance, accountability, and long-term sustainability.
Asim is also the founder of Peda Solution, a technology services firm that evolved from supporting small businesses in Virginia into delivering high-impact quality engineering and digital solutions for federal and state government clients. He is known for disciplined execution, clear judgment, and aligning technology strategy with organizational and public-service outcomes.
Asim is actively engaged in civic and community leadership. He serves as Director of the CHSS Alumni Board at George Mason University, has been involved with the American Pakistan Association, and is a member of Open Washington DC. He believes strong institutions—technical or civic—are built through thoughtful leadership, collaboration, and a commitment to public trust.
Professional Experience
- Technology and Quality Engineering Leadership
- Test Automation and Enterprise QA Strategy
- Data Integration and Cloud-Based Systems
- System Modernization and Digital Transformation
Education
George Mason University, 2013
Community Involvement
- Director, CHSS Alumni Board, George Mason University
- Member, American Pakistan Association (Washington, DC)
- Member, Open Washington DC
Areas of Focus
- Scalable and Reliable Digital Systems
- Governance, Compliance, and Accountability
- Cross-Functional Collaboration
- Long-Term Technology Sustainability