McMaster University Executive and Leadership Team

Piper Plavins, the Chief Executive Officer at McMaster University, directs the overarching strategic vision and operational framework for the institution. Overseeing high-level institutional growth, the Chief Executive Officer ensures alignment between academic research initiatives and long-term organizational goals. This leadership role involves managing complex stakeholder relationships and driving the expansion of research capabilities within the Wireless System Research Group. By optimizing resource allocation across diverse departments, Piper Plavins directly impacts the university's ability to deliver impactful scientific findings and industrial solutions. Through rigorous oversight of administrative functions, the Chief Executive Officer maintains the operational integrity required to support advanced studies in cyber-physical systems and mobile data analytics. Ultimately, Plavins secures the necessary infrastructure to sustain the university's reputation as a leader in global research and technological development.

Sean Haber, the President at McMaster University, leads the institutional mission to advance knowledge through interdisciplinary research and academic excellence. Overseeing the strategic direction of university-wide initiatives, the President ensures that research groups like the Wireless System Research Group receive the support necessary to thrive in competitive global markets. This leadership role involves fostering partnerships with industrial and health-care sectors to translate academic findings into tangible societal benefits. By championing innovation in data analytics and networking, Sean Haber directly impacts the university's standing as a premier research institution. Through the coordination of academic and administrative priorities, the President maintains a focus on long-term growth and sustainable development. Ultimately, Haber cultivates an environment where researchers can push the boundaries of cyber-physical systems and contribute to the advancement of modern technology.

Antara Patel, the President At M. I. X at McMaster University, directs the specialized initiatives focused on cross-disciplinary innovation and collaborative research. Overseeing the integration of diverse academic perspectives, the President At M. I. X ensures that research projects align with the university's broader goals of technological advancement. This leadership role involves managing the intersection of social networks and cyber-physical systems to create unique, multi-functional solutions. By facilitating collaboration between researchers and external partners, Antara Patel directly impacts the university's ability to deliver high-quality datasets and software models. Through the promotion of interdisciplinary synergy, the President At M. I. X strengthens the university's capacity to address complex problems in data analytics and wireless networking. Ultimately, Patel drives the strategic initiatives that position the university at the forefront of modern research and development.

Mandana Jamshidian, the Co President at McMaster University, shares the responsibility for guiding the university's strategic research agenda and operational excellence. Overseeing the development of internal research policies, the Co President ensures that the Wireless System Research Group maintains its focus on high-impact areas such as sensing and networking. This leadership role involves coordinating with other executive leaders to optimize the use of university resources for maximum research output. By fostering a culture of rigorous inquiry, Mandana Jamshidian directly impacts the quality and relevance of the university's scientific publications. Through the management of collaborative research programs, the Co President supports the university's mission to provide innovative solutions for industrial and health-care challenges. Ultimately, Jamshidian contributes to the university's reputation for excellence by ensuring that research initiatives remain aligned with evolving technological trends.

Derya Duzenli, the Co President at McMaster University, manages the execution of strategic research initiatives and institutional partnerships. Overseeing the expansion of the university's research footprint, the Co President ensures that projects related to mobile data analytics and cyber-physical systems receive the necessary support to succeed. This leadership role involves engaging with industrial stakeholders to identify new opportunities for applied research and technology transfer. By streamlining the research process, Derya Duzenli directly impacts the university's ability to produce actionable insights for the health-care and networking sectors. Through the oversight of collaborative efforts, the Co President maintains the university's commitment to delivering high-quality software models and datasets. Ultimately, Duzenli strengthens the university's position as a leader in innovation by ensuring that research activities are both impactful and sustainable.

Narmeen Awan, the President & Founder at McMaster University, establishes the foundational vision for specialized research entities and drives the initial development of innovative technological frameworks. Overseeing the creation of new research programs, the President & Founder ensures that the university remains at the cutting edge of cyber-physical systems and social network analysis. This leadership role involves identifying emerging research trends and securing the resources required to explore these new frontiers. By championing a culture of entrepreneurship and discovery, Narmeen Awan directly impacts the university's ability to pioneer new sensing and networking solutions. Through the strategic guidance of research teams, the President & Founder fosters an environment where theoretical concepts are transformed into practical, industry-relevant applications. Ultimately, Awan secures the university's legacy as a hub for groundbreaking research and technological advancement.

David Farrar, the President & Vice Chancellor at McMaster University, provides the ultimate leadership for the institution's academic and research missions. Overseeing the university's governance and strategic planning, the President & Vice Chancellor ensures that all departments, including the Wireless System Research Group, contribute to the university's overarching goals. This leadership role involves representing the university to external stakeholders and ensuring the long-term financial and academic health of the institution. By setting the tone for excellence and innovation, David Farrar directly impacts the university's ability to attract top-tier research talent and secure funding for critical projects. Through the coordination of university-wide initiatives, the President & Vice Chancellor maintains the institution's commitment to societal impact and technological progress. Ultimately, Farrar guides the university toward a future defined by academic rigor and global research leadership.

Sarah Cushnie, the President at McMaster University, leads the strategic efforts to enhance the university's research capabilities and academic influence. Overseeing the implementation of research-focused initiatives, the President ensures that the university's work in sensing and wireless networking remains relevant to current industrial needs. This leadership role involves managing the alignment of research objectives with the university's broader mission of education and discovery. By promoting interdisciplinary collaboration, Sarah Cushnie directly impacts the university's ability to produce high-quality research that addresses complex real-world problems. Through the oversight of key research programs, the President maintains the university's commitment to delivering innovative solutions for the health-care and data analytics sectors. Ultimately, Cushnie drives the strategic growth of the university, ensuring that research activities continue to contribute significantly to the advancement of modern technology and scientific knowledge.

Tracy Dallaire, the Deputy Chief Technology Officer & Director, Information Security Services at McMaster University, architects robust security frameworks to protect critical research data and network infrastructure. Overseeing the protection of sensitive information across the university's digital ecosystem, the Deputy Chief Technology Officer & Director, Information Security Services ensures compliance with international data standards. This leadership role involves implementing advanced cybersecurity protocols for wireless networking and data center monitoring systems. By mitigating digital risks, Tracy Dallaire directly supports the integrity of research conducted within the Wireless System Research Group. Through the continuous monitoring of threat landscapes, the Deputy Chief Technology Officer & Director, Information Security Services maintains a secure environment for academic and industrial collaboration. Ultimately, Dallaire safeguards the technological assets that drive innovation in smart home and body area network research.

Ben Muirhead, the Biomedical Engineer, Chief Technology Officer at McMaster University, drives the development of advanced sensing systems and health-care technology. Overseeing the integration of multi-functional, self-powered sensing devices, the Biomedical Engineer, Chief Technology Officer ensures that research outputs meet the rigorous demands of the medical and scientific communities. This leadership role involves translating complex data analytics into actionable models for identifying human health conditions. By bridging the gap between engineering and clinical application, Ben Muirhead directly impacts the university's contributions to body area networks and personalized health monitoring. Through the management of technical research teams, the Biomedical Engineer, Chief Technology Officer accelerates the transition from theoretical models to practical, real-world health-care solutions. Ultimately, Muirhead advances the university's mission to improve human health outcomes through innovative cyber-physical system design.