Teaching & Mentorship

My approach to teaching and mentoring the next generation of agricultural scientists and practitioners.

Teaching Philosophy

My teaching philosophy is centered on the belief that effective learning in agricultural sciences requires a balance of theoretical understanding and practical application. I strive to create an inclusive learning environment that encourages critical thinking, problem-solving, and hands-on experience.

I believe that students learn best when they can connect classroom concepts to real-world challenges in agriculture. Therefore, I incorporate field visits, case studies, and research projects into my teaching to provide students with opportunities to apply their knowledge in practical contexts.

As an educator, I am committed to mentoring students and early-career researchers, helping them develop not only technical skills but also the professional competencies needed for successful careers in agricultural research and development.

Advanced Soil Science

Graduate Level
3 Credit Hours
Fall Semester
25 Students per Class

This course covers advanced topics in soil science, including soil physics, chemistry, and biology, with a focus on agricultural applications. Students learn about soil formation, classification, and management, as well as the role of soils in ecosystem services.

Key Topics:

  • Soil physical properties and their influence on plant growth
  • Soil chemical processes and nutrient cycling
  • Soil biology and microbial ecology
  • Soil management for sustainable agriculture
  • Soil conservation techniques

Agricultural Water Management

Graduate Level
3 Credit Hours
Spring Semester
20 Students per Class

This course focuses on the principles and practices of agricultural water management, including irrigation systems, water conservation techniques, and watershed management. Students learn about water resource assessment, irrigation scheduling, and water quality management.

Key Topics:

  • Irrigation systems design and management
  • Water harvesting techniques
  • Soil-water-plant relationships
  • Water use efficiency in agriculture
  • Watershed management approaches

Climate-Smart Agriculture

Graduate Level
3 Credit Hours
Fall Semester
15 Students per Class

This course explores the concept of climate-smart agriculture, focusing on practices that enhance productivity, resilience, and mitigation potential in agricultural systems. Students learn about climate change impacts on agriculture and strategies for adaptation and mitigation.

Key Topics:

  • Climate change impacts on agricultural systems
  • Adaptation strategies for different agroecological zones
  • Mitigation potential of agricultural practices
  • Climate-resilient crop and livestock production
  • Policy frameworks for climate-smart agriculture
Dr. Teklu teaching students in the field

Teaching Resources

  • Soil Science Laboratory Manual

    A comprehensive guide to soil analysis techniques for agricultural research and education.

    Download PDF
  • Field Guide to Irrigation Systems

    A practical guide to designing, implementing, and managing irrigation systems for smallholder farmers.

    Download PDF
  • Climate-Smart Agriculture Handbook

    A comprehensive guide to climate-smart agricultural practices for researchers, educators, and practitioners.

    Download PDF

Teaching Institutions

  • University of Addis Ababa

    Visiting Professor, 2015-2020

  • Haramaya University

    Adjunct Professor, 2012-2018

  • International Water Management Institute

    Senior Researcher and Trainer, 2018-2022

  • Ethiopian Institute of Agricultural Research

    Research Scientist and Mentor, 2010-2018