Information Technology (IT)
Prompt Engineering for Software Developers
Prompt Engineering for Software Developers
Prompt Engineering for Software Developers examines practical approaches to information technology (it), with attention to system requirements, architecture and information flows, configuration, implementation and testing, and security, reliability and operational support.
Start date
11 January 2027
Duration
5 Days
Location
27 venues
Rating
0.0 / 5
Information Technology (IT)
Prompt Engineering for Software Developers
Dates & venues
35 scheduled deliveries from the live catalogue
Upcoming dates
Open for registration11 January 2027
25 January 2027
25 January 2027
8 February 2027
8 February 2027
22 February 2027
22 February 2027
8 March 2027
22 March 2027
5 April 2027
19 April 2027
3 May 2027
3 May 2027
17 May 2027
31 May 2027
14 June 2027
28 June 2027
28 June 2027
12 July 2027
26 July 2027
9 August 2027
9 August 2027
23 August 2027
6 September 2027
20 September 2027
4 October 2027
18 October 2027
1 November 2027
15 November 2027
29 November 2027
29 November 2027
13 December 2027
13 December 2027
27 December 2027
27 December 2027
Programme essentials
Level
Professional
Language
English
Certificate
BCTCI Certificate of Completion
Group size
Up to 12
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About this course
This course focuses on Prompt Engineering for Software Developers. The proposed learning scope connects core concepts with professional decisions in information technology (it). It provides a framework for analysing a workplace situation, comparing options, recognising limitations and planning improvements. The outline describes subject modules rather than a fixed daily timetable; duration and location follow the selected scheduled offering.
Learning objectives
What participants will be able to do after the programme.
- Explain the concepts and practical decisions involved in Prompt Engineering for Software Developers.
- Assess system requirements, architecture and information flows in relation to the course topic.
- Compare approaches to configuration, implementation and testing using a relevant workplace scenario.
- Identify evidence needed for security, reliability and operational support.
- Develop a workplace application plan with responsibilities, risks and measurable next steps.
Personal impact
How this programme develops the individual professional.
- Strengthen your ability to analyse issues related to Prompt Engineering for Software Developers.
- Explain professional recommendations using evidence and clear decision criteria.
- Identify development priorities and practical next steps for your role.
Organizational impact
Benefits your organisation gains from this training.
- Build a shared approach to Prompt Engineering for Software Developers.
- Support clearer responsibilities, risk awareness and evidence-based decisions.
- Connect improvement proposals to measurable operational outcomes.
Programme outline
Day-by-day structure of the classroom sessions.
- 1
Day 1
Course context: Prompt Engineering for Software Developers
- 1Scope, terminology and professional context
- 2Stakeholders, requirements and success criteria
- 2
Day 2
System requirements, architecture and information flows
- 1Application to Prompt Engineering for Software Developers
- 2Methods, decision criteria and limitations
- 3Worked scenario and reflection questions
- 3
Day 3
Configuration, implementation and testing
- 1Application to Prompt Engineering for Software Developers
- 2Methods, decision criteria and limitations
- 3Worked scenario and reflection questions
- 4
Day 4
Security, reliability and operational support
- 1Application to Prompt Engineering for Software Developers
- 2Methods, decision criteria and limitations
- 3Worked scenario and reflection questions
- 5
Day 5
Application and improvement planning
- 1Compare options and document recommendations
- 2Identify risks, responsibilities and follow-up measures
Training methodology
How learning is delivered in the classroom.
- Suggested approach: topic briefings and structured discussion
- Suggested approach: scenario analysis and worked examples
- Suggested approach: reflective exercises and workplace application planning
Main takeaways
Key outcomes participants leave with.
- Takeaway 1A structured framework for analysing Prompt Engineering for Software Developers
- Takeaway 2Decision criteria for comparing practical options
- Takeaway 3A framework for a workplace improvement plan
Course essentials
Key facts for planning attendance and registration.
- Duration
- See selected scheduled offering
- Format
- Classroom
- Level
- Professional
- Location
- Geneva, Switzerland
- Language
- English
- Certification
- BCTCI Certificate of Completion
- Prerequisites
- Open to professionals with relevant experience
- Class size
- 12
- Delivery
- Classroom
Course Brochure
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We will contact you by email (and WhatsApp if provided) once it is ready.
Training Materials
Download course handouts, slides, and reference documents shared by your trainer.
Course Questionnaire
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