Training on Crop Genetic Engineering for Government Professionals
A 5-day crop genetic engineering training for government officials. Learn biotech science, policy, biosafety, and communication strategies to support evidence-based GMO governance.
Next intake
20 Jul 2026 · Nakuru
Duration
5 days
Live instruction
Delivery
Physical + Virtual
Cohort based
Level
Intermediate
Working professionals
Certification
NITA reimbursable
For Kenyan cohorts
Language
English
All materials
About this programme
This comprehensive training on Crop Genetic Engineering is designed specifically for government professionals engaged in agricultural policy, research, and regulatory oversight. As biotechnology advances, it becomes increasingly important for public sector stakeholders to understand the science, applications, regulations, and ethical considerations of genetic engineering in crops. This 5-day program delivers both theoretical and practical insights into modern crop biotechnology to support evidence-based policy development, biosafety evaluations, and public communication.
Duration
5 Days
Who Should Attend
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Government Agricultural Officers
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Regulatory Authorities and Biosafety Officers
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Policymakers and Legislators in Agriculture and Biotechnology
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Agricultural Extension Officers
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Researchers and Academics in Public Institutions
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Environmental and Food Safety Inspectors
What you'll walk away with
By the end of this training, participants will:
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Understand the fundamental principles of crop genetic engineering
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Explore real-world applications of genetically engineered (GE) crops in agriculture
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Assess biosafety, regulatory frameworks, and international treaties related to GMOs
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Evaluate public concerns and ethical implications of genetic modification
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Develop strategies for effective policy formulation and public engagement
What we cover, module by module
Module 1: Introduction to Crop Genetic Engineering
- Overview of biotechnology and genetic modification in agriculture
- Historical development of genetic engineering and its role in crop improvement
- Key traits targeted in crop engineering: pest resistance, drought tolerance, herbicide tolerance, and nutrition enhancement
- Applications of genetically engineered crops in global and African agriculture
- Case Study: Bt Cotton adoption journey-performance benefits, farmer outcomes, and regulatory milestones
- Practical Activity: Mapping key genetically engineered crops and identifying traits introduced for different agricultural challenges
Module 2: Molecular Techniques and Genetic Engineering Tools
- Overview of gene editing technologies: CRISPR-Cas9, TALENs, and ZFNs
- Plant transformation methods: Agrobacterium-mediated transfer and gene gun techniques
- Laboratory practices, biosafety standards, and quality control in genetic engineering
- Introduction to molecular workflows in crop improvement
- Case Study: CRISPR-based development of disease-resistant crop varieties
- Practical Demo: Simulation exercise on gene editing and gene insertion workflow in a model crop system
Module 3: Regulation and Biosafety of Genetically Engineered Crops
- International biosafety frameworks: Cartagena Protocol, Codex Alimentarius, and WTO guidelines
- National GMO regulatory systems and approval pathways
- Principles of environmental and food safety risk assessment
- Post-release monitoring and compliance mechanisms
- Case Study: Regulatory approval process and field release of GM maize in a developing country context
- Practical Activity: Developing a simplified biosafety assessment and risk evaluation plan for a GM crop
Module 4: Policy, Governance, and Public Communication in Biotechnology
- Policy frameworks for biotechnology governance and regulation
- Building trust through stakeholder engagement and participatory approaches
- Addressing misinformation, public concerns, and ethical debates on GM crops
- Science communication strategies for biotechnology acceptance
- Case Study: Public response and policy debate on GM crop introduction in Africa
- Practical Role-Play: Simulated public hearing on approval of a genetically engineered crop
Module 5: Future Prospects and National Implementation of Genetic Engineering
- Emerging innovations in next-generation genetic engineering and synthetic biology
- Integrating crop biotechnology into national food security and agricultural strategies
- Institutional frameworks for GMO oversight and long-term sustainability
- Scaling and adoption pathways for genetically engineered crops
- Case Study: National biotechnology program success story in crop improvement and food security
- Final Project: Developing a policy briefing and implementation roadmap for a national GMO and genetic engineering strategy
Where the change lands
Organizational Impact
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The government can develop and implement evidence-based policies on agricultural biotechnology, which promotes innovation while ensuring public safety and environmental protection.
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The training will empower officials to strategically evaluate and adopt genetic engineering technologies that can significantly enhance national food security and agricultural productivity.
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A shared understanding of the science will enable different government agencies to collaborate more effectively, leading to more efficient and harmonized regulatory processes.
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Informed officials can better engage in international trade negotiations and align national policies with global standards, which boosts the country's agricultural competitiveness.
Personal Impact
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The participant will gain a solid understanding of the complex science behind crop genetic engineering, which is crucial for their professional duties.
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The ability to speak knowledgeably on this technical subject will increase the individual's influence in policy debates and decision-making processes.
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Mastering a cutting-edge field like genetic engineering is a valuable skill that is essential for career progression into senior policy-making or leadership roles.
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The training will empower the individual with the knowledge to make confident, evidence-based regulatory and policy decisions.
Dates and locations
Upcoming intakes
Every intake is limited to a small cohort. Booking closes when a date fills or three weeks before the start, whichever comes first.
| City | Starts | Ends | Delivery | Book |
|---|---|---|---|---|
NakuruNext | 20 Jul 2026 | 24 Jul 2026 | In-Person | Book |
Kigali | 20 Jul 2026 | 24 Jul 2026 | In-Person | Book |
Accra | 20 Jul 2026 | 24 Jul 2026 | In-Person | Book |
Kisumu | 27 Jul 2026 | 31 Jul 2026 | In-Person | Book |
Johannesburg | 27 Jul 2026 | 31 Jul 2026 | In-Person | Book |
Dakar | 27 Jul 2026 | 31 Jul 2026 | In-Person | Book |
- NakuruNext
20 Jul → 24 Jul·In-Person
Book this intake - Kigali
20 Jul → 24 Jul·In-Person
Book this intake - Accra
20 Jul → 24 Jul·In-Person
Book this intake - Kisumu
27 Jul → 31 Jul·In-Person
Book this intake - Johannesburg
27 Jul → 31 Jul·In-Person
Book this intake - Dakar
27 Jul → 31 Jul·In-Person
Book this intake
Common questions.
Still not sure? Send us a note and a facilitator will get back to you within a business day.
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For corporate teams
Training 10+ professionals?
We deliver Training on Crop Genetic Engineering for Government Professionals in-house at your offices, at a venue we arrange, or fully virtual. Customise the curriculum against your KPIs, and get a bespoke price for the cohort size you need.