Academic Leadership

Building Research-Active, Student-Centered and Industry-Connected Academic Units

My leadership approach combines academic quality, people development, research growth, innovation, student success and external engagement. Effective academic leadership begins by listening carefully, understanding institutional context and establishing shared priorities β€” then requires transparent execution, disciplined resource allocation and measurable outcomes.

Leadership Philosophy

Collaborative in Process. Clear in Direction. Accountable in Execution.

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Develop People

Faculty and staff are the primary drivers of academic excellence. My responsibility as a leader is to create conditions in which colleagues can develop, contribute and succeed.

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Strengthen Research

Strong research environments require mentoring, infrastructure, postgraduate students, partnerships and disciplined funding development.

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Protect Academic Quality

Curricula must remain rigorous while evolving with technology, professional practice and student needs.

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Create Student Opportunity

Academic leadership should translate into improved student progression, research opportunities, professional experience and graduate success.

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Build External Relationships

Industry, government, alumni and communities can strengthen academic programs when partnerships are strategically aligned.

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Measure Progress

Strategy should be translated into specific outcomes in research, teaching, student success, resources, innovation and partnerships.

Leadership Timeline

A Progression of Academic Responsibility

2025 – Present

Assistant Dean β€” Industry Liaison, Special Projects & Work-Integrated Learning

Tshwane University of Technology Β· Faculty of Information and Communication Technology

Faculty-wide leadership across partnerships, experiential learning, strategic projects and external engagement.

  • Faculty-wide university–industry partnerships
  • Work-integrated learning and graduate employability
  • Strategic special projects and national skills initiatives
  • Emerging-technology programs and AI-enabled workforce development
  • Stakeholder, industry and government collaboration
2022 – Present

4IR Research Chair

Fourth Industrial Revolution Skills Development

Research, postgraduate development, AI/IoT innovation, digital platforms and workforce capability.

2017 – January 2025

Head β€” Computer Systems Engineering

Tshwane University of Technology

Curriculum β€’ Accreditation β€’ Faculty Development β€’ Research Growth β€’ Laboratories β€’ Postgraduate Programs β€’ Industry Partnerships

  • Led strategic curriculum reforms and supported professional accreditation
  • Expanded postgraduate programs and established advanced research and teaching laboratories
  • Expanded research in AI, robotics, embedded systems and communications
  • Managed substantial externally supported WIL, research and capacity-building programs (R46M+ secured/managed)
  • Mentored academic staff toward postgraduate qualification completion
  • Strengthened research productivity and industry engagement
2012 – 2016

Head / Acting Head β€” Electrical Engineering

Mangosuthu University of Technology

Program leadership, accreditation readiness, infrastructure development and industry engagement.

  • Academic program management and curriculum modernization
  • Staff and student development; advanced engineering laboratory establishment
  • Collaborations with organizations such as Eskom, Transnet, the South African Navy and technology partners
2012 – 2017

Faculty Research Chair

Engineering Faculty

Research strategy, postgraduate research development, faculty research growth, funding initiatives, local and international research partnerships, and scholarly publication development.

Leadership Case Study

From Department Administration to Research Ecosystem

Challenge

Expand research and postgraduate capacity within an engineering/computing academic unit.

Leadership Response

  • Expanded postgraduate activity
  • Developed academic staff
  • Established new research laboratories
  • Built external funding partnerships
  • Integrated AI, robotics, embedded systems and IIoT into the research environment

Evidence of Scale

  • R46M+ secured/managed across WIL, research and capacity development
  • Emerging IIoT and advanced technology laboratories
  • Faculty postgraduate mentoring
  • Expanded research productivity
Leadership Vision

Six Priorities for the Future of Computing & Engineering Education

1

Faculty Excellence

Recruit excellent people and create environments in which scholarship, teaching and service are supported through transparent processes and meaningful mentorship.

2

Research Growth

Develop strong investigator-led scholarship while creating structures that make interdisciplinary research and major collaborative grants easier.

3

Student Success

Build pathways connecting foundational learning, laboratories, research, professional practice, internships, capstones and graduate education.

4

Future-Ready Curriculum

Maintain strong disciplinary foundations while responding deliberately to AI, cybersecurity, data, automation, intelligent systems and emerging engineering technologies.

5

External Engagement

Strengthen connections with industry, government, alumni and communities to create research opportunities, professional experiences, philanthropy and workforce development.

6

Innovation & Translation

Help ideas move through a structured pathway: Research β†’ Prototype β†’ Validation β†’ Partnership β†’ Deployment β†’ Commercialization.

First-Year Leadership Approach

For a New Chair, Director or Dean Appointment

Listen

Faculty β€’ Staff β€’ Students β€’ Alumni β€’ Industry β€’ Leadership β€’ Community

Assess

Research β€’ Curriculum β€’ Resources β€’ Culture β€’ Student outcomes β€’ Infrastructure β€’ Partnerships

Align

Develop shared priorities.

Act

Launch a focused portfolio of initiatives.

Measure

Track progress transparently.

For Search Committees

What I Bring to an Academic Leadership Role

Research Credibility

A sustained interdisciplinary publication portfolio spanning AI, engineering, communications and intelligent systems.

Academic Leadership

Experience leading departments, research portfolios, curriculum reform, accreditation and faculty development.

Resource Development

Experience mobilizing significant funding for research, infrastructure, student development and innovation.

Talent Development

Extensive postgraduate supervision and faculty mentoring across AI, communications, intelligent systems and related fields.

Innovation Translation

Experience moving ideas from academic research through prototypes, laboratories, digital systems and institutional deployment.

Industry & Government Engagement

Experience building partnerships with utilities, government agencies, training authorities, technology firms, universities and communities.

People β†’ Programs β†’ Research β†’ Resources β†’ Partnerships β†’ Impact

My faculty-level leadership experience operates at the intersection of academic strategy, industry engagement, research and innovation, student success, work-integrated learning, external funding, digital transformation, workforce development and public-sector partnership. I bring the ability to work across academic and external environments β€” to understand faculty priorities while also translating university capabilities into meaningful relationships with government, industry and communities.

Leadership Statement PDF Chair / Dean CV Funding Portfolio

Discussing a Chair, Director or Dean Search?

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