Corporate AI training · Onsite & live online

Based in Bengaluru · delivering across India

Live-online prompt training · Technovids Bengaluru

Prompt Engineering Course Bangalore

Design clearer prompts, evaluate outputs and build reusable AI workflows across ChatGPT, Claude, Gemini and approved workplace assistants.

Audience
Professionals, managers and developers
Practice
Prompts, templates and evaluation
Duration
10 hours · live online
Provider
Technovids · Bengaluru head office
Direct answer

What is Prompt Engineering Course Bangalore?

Prompt Engineering Course Bangalore is a practical Technovids learning route for professionals and developers who want more reliable, reusable interactions with generative AI. It covers task framing, context, examples, constraints, structured outputs, evaluation, iteration and responsible use across leading assistants. Business participants can focus on workplace workflows without coding, while developer examples can extend to API, RAG or agent prompts when prerequisites and duration permit. Public cohorts run live online; HSR Layout is the Technovids head office, not a classroom.

Updated

Who this page is for

Relevant audiences

  • Professionals already using GenAI but getting inconsistent results
  • Managers creating shared prompt and review practices
  • Analysts, HR, marketing, sales and operations users
  • Developers designing prompt templates, structured outputs or LLM features

Useful when

  • One-line prompts produce generic or unusable answers
  • A recurring task needs a reusable prompt and review checklist
  • Teams share prompt libraries without test cases or ownership
  • Developers need a bridge from chat prompts to application prompts

Scope boundary: Prompt engineering cannot guarantee factual or deterministic output, and it is not a substitute for source checking, domain review, access control or software engineering.

Decision guide

Treat a prompt as one part of a reviewed workflow

A sophisticated prompt cannot repair an unsuitable task, missing evidence or absent human ownership.

Is the task suitable?

Define the decision, risk and source material before asking how to prompt the model.

What context is necessary?

Supply relevant, permitted information and distinguish instructions, reference material, examples and input.

What does “good” mean?

Specify format and evaluation criteria, then test typical, edge and failure cases.

What must a human verify?

Identify facts, calculations, citations, policy, tone and consequences that require accountable review.

Prompt design practice

Build prompts that can be tested and handed over

Exercises use safe examples and separate prompt quality from model capability and source quality.

Task and audience brief

Convert an ambiguous request into purpose, audience, input, constraints and expected result.

Practise
Compare outputs before and after the brief and identify remaining uncertainty.
Control
More detail is useful only when it is relevant and accurate.

Examples and rubrics

Use representative examples and explicit quality criteria for a recurring task.

Practise
Test typical, edge and unacceptable outputs against the rubric.
Control
Examples can introduce hidden bias or overfit the model to one pattern.

Structured extraction

Request fields, types, missing-value behaviour and evidence from supplied material.

Practise
Validate schema, source support and incomplete or conflicting inputs.
Control
Structured output can still contain fabricated or misread values.

Document synthesis

Organise several permitted sources into themes, differences and open questions.

Practise
Require traceable support and inspect omissions or contradictions.
Control
The model does not make weak sources authoritative.

Reusable prompt template

Separate stable instructions from task variables and user-provided content.

Practise
Test the template across varied inputs and document when it should not be used.
Control
A library needs owners, versions and review—not uncontrolled copy-and-paste.

Application prompt handoff

Translate a chat experiment into a versioned prompt and evaluation set.

Practise
Record model, parameters, schema, test cases, cost and failure behaviour.
Control
Production use requires application security, observability and change control.
Options

Choose prompt depth by role

A common foundation can branch into workplace practice or application engineering.

Core route

Workplace prompt engineering

Design prompts for research, drafting, analysis, communication and review.

Best for: Business professionals and managers

  • No-code core
  • Reusable templates
  • Verification checklist

Developer prompt engineering

Work with structured outputs, prompt versions, API behaviour and evaluation cases.

Best for: Software and AI application developers

  • Schemas and APIs
  • Test sets
  • Application handoff

Generative AI foundation

Step back to concepts, suitable use and responsible application if AI basics are new.

Best for: Beginners who need broader context first

  • AI concepts
  • Task selection
  • Responsible use
View the GenAI foundation

AI Engineering

Build RAG, agents, MCP and deployable applications after prompt foundations.

Best for: Python developers seeking end-to-end technical depth

  • RAG and agents
  • Evaluation
  • Five portfolio projects
View AI Engineering
Compare the paths

Prompt course versus Generative AI course

Choose breadth for a first foundation and prompt depth for repeatable interactions.

Decision pointPrompt EngineeringGenerative AI Foundation
Primary questionHow do we brief, structure, test and reuse prompts?What is GenAI, where is it useful and how should it be used?
Best fitExisting AI users seeking consistencyBeginners needing broader context
PracticeTemplates, examples, schemas and evaluationConcepts, tasks, workflows and review
CodingNot required for business route; optional developer depthNot required for the core route
Practical value

What participants should be able to demonstrate

A useful prompt is accompanied by context, test cases, review criteria and a stated boundary.

Clear prompt briefs

Purpose, audience, input, constraints and expected format are explicit.

Reusable templates

Stable instructions and changing variables are separated and documented.

Evaluation evidence

Representative cases reveal improvement, failure and model limits.

Responsible handoff

Users know what to verify, what not to share and who owns final use.

Method

From course enquiry to applied practice

The next confirmed cohort information is shared before enrolment, and the learning path keeps practice and review visible.

  1. 01

    Check course fit

    Share your background, current tools and goal. Chandan discusses fit first; a subject-matter expert follows up when technical depth is needed.

  2. 02

    Review the confirmed offer

    Receive the current dates, live schedule, fee, prerequisites, inclusions and cancellation or transfer terms before deciding.

  3. 03

    Prepare accounts and environment

    Complete the stated setup using your own suitable device and any accounts or paid API access required for the selected course.

  4. 04

    Attend, practise and review

    Join live Zoom classes, complete exercises or projects, use LMS resources and apply instructor feedback.

  5. 05

    Complete the learning evidence

    Submit the agreed work and receive a Technovids completion certificate with a unique website-verifiable ID when the stated requirements are met.

What you receive

Possible course artefacts

The confirmed duration determines how many workflows can be built and reviewed properly.

Dates, total hours, tools, artefact count and fee are supplied for the confirmed cohort or private proposal.

  • Prompt brief canvas

    Task, user, source, constraints, output and review criteria.

  • Reusable prompt templates

    Versioned prompts for selected professional or developer workflows.

  • Evaluation set

    Typical, edge and unacceptable cases with a practical review rubric.

  • Responsible-use checklist

    Data, facts, citations, calculations, approval and accountability checks.

Safe application

Safe use is taught inside the workflow

Participants practise AI assistance with organisational boundaries and human accountability visible at every material step.

Use approved tools and data

Accounts, confidential information, personal data and intellectual property follow the organisation’s existing policies and approved environment.

Verify consequential output

Facts, calculations, sources, tone, completeness and decision impact are checked against the original material and task.

Retain a human owner

AI can assist drafting or analysis; an accountable person still reviews the work and owns the action or decision.

Measure one bounded use case

Teams compare quality, effort, adoption and risk for a defined workflow rather than claiming generic productivity gains.

Primary sources

Current prompting references

Product behaviour changes. Exercises are checked against current first-party guidance before delivery.

Trainers

Meet the Technovids trainer panel

Technovids assigns a suitable trainer after the audience, subject depth and delivery needs are confirmed.

  • Pankaj Rana

    Co-founder & Lead Instructor, Technovids Consulting

    Pankaj is a co-founder and the lead instructor at Technovids Consulting. His programme work spans practical AI adoption, AI engineering, evaluation, responsible production AI, data analytics and corporate learning design, with an emphasis on hands-on exercises connected to workplace tasks.

    Expertise:

    • Practical AI adoption
    • Prompting and evaluation
    • Responsible AI
    • Corporate learning design
  • Junaid Khateeb

    AI & Machine Learning Trainer, Strategist and Consultant

    Junaid is an AI and machine-learning trainer, strategist and consultant with more than 22 years of training experience. His work combines enterprise AI education, business-centred adoption, responsible AI practices and applied solution design, helping professional audiences connect AI concepts to real organisational needs.

    M.E. in Computer Engineering, specialising in Artificial Intelligence · author of programming books on Python, Java and C++

    Expertise:

    • Enterprise AI and ML training
    • AI strategy and adoption
    • Responsible AI
    • Applied AI solution design
  • Pradeep Varadarajan

    Technical Trainer & Curriculum Architect

    Pradeep is a technical trainer and curriculum architect with more than 20 years of experience across enterprise technology, cloud infrastructure and advanced AI systems. He designs practitioner-focused programmes, labs and assessments covering AI, LLM systems, Python and machine learning, translating complex technical subjects into structured learning experiences.

    Bachelor of Engineering in Electrical Engineering · instructor-led, virtual and blended delivery

    Expertise:

    • AI and LLM systems
    • Curriculum architecture
    • Python and machine learning
    • Hands-on lab design

The proposal names or confirms the trainer assignment for the engagement; every trainer shown here does not teach every programme.

Updated

Questions before deciding

Frequently asked questions

Published answers define the page scope. A written proposal records engagement-specific terms.

How long is the Prompt Engineering course?

The standard Prompt Engineering course runs 10 hours, delivered live online. A private team version can be shortened or extended, and the written proposal confirms its final duration.

Who should join the Prompt Engineering Course?

Professionals, managers and developers who already use generative AI and want more repeatable prompts, output structures and evaluation practices. Beginners who need broader AI context can start with the Generative AI course.

Does the course cover ChatGPT, Claude and Gemini?

It can demonstrate current leading assistants and compare relevant behaviour. Transferable task framing, examples, structured output and evaluation principles remain the focus; equal depth in every product is not promised.

Is coding required?

No for the business-user route. Developer exercises involving APIs, schemas, RAG or agent prompts require appropriate programming foundations and must be included in the confirmed scope.

Can prompt engineering prevent hallucinations?

No. Clear prompts, supplied evidence and structured review can reduce some failures, but outputs can still be wrong. Source verification, suitable tools and human accountability remain necessary.

Are Prompt Engineering classes held at the HSR Layout office?

No. HSR Layout is the Technovids head office, not a public classroom. Confirmed public cohorts run live online through Zoom. The Technovids LMS includes notes, assignments, lab instructions, a cohort discussion group and a completion certificate when requirements are met. Class recordings are uploaded within 24 hours and remain available for three months.

Can organisations request a private prompt engineering workshop?

Yes. Private training can use approved role-based examples, shared prompt standards and an evaluation workflow, delivered live online or onsite at the client’s workplace when agreed.

Technovids Consulting

Bengaluru head office. India-wide live delivery.

2nd Floor, Chandrodaya Complex, 19/19, 24th Main Rd, near Hanuman Temple, Agara Village, 1st Sector, HSR Layout, Bengaluru, Karnataka 560102.

Please contact us before visiting the head office. The HSR Layout address is a head office, not a walk-in public classroom.

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