Originally published on 2014-07-27; fully revised and updated.
IBM Rational Build Forge v7.1 is commonly associated with enterprise build automation practices used by configuration managers and build engineers. This page converts the original training advertisement into a structured course reference so you can quickly evaluate scope, audience fit, delivery model, and practical lab depth before enrolling.
What this IBM Rational Build Forge v7.1 training is designed to teach
Based on the original course outline, the training focuses on end-to-end build orchestration in Build Forge: project creation, execution control, integrations, and operational governance.
- Build Forge core concepts, functions, and usage models
- Creating and configuring projects with environments and steps
- Using servers, selectors, and collectors for execution control
- Improving runtime behavior with chains and threads
- Integrating external tools through adaptors
- Running builds, analyzing results, and scheduling jobs
- Using IDE plug-ins for project execution
- Reporting concepts, including Bill of Materials and quick reporting topics
Who should attend and prerequisites
The original post positions this as a basic course intended for roles that own or support build and release workflows.
| Role | Why this course is relevant | Priority modules |
|---|---|---|
| Configuration Manager | Needs controlled, repeatable build and environment management | Projects, environments, selectors, access control |
| Build Engineer | Needs fast, stable execution and integration with build tools | Steps, chains, threads, adaptors, run analysis |
As stated in the original content, no prerequisites were required.
Training delivery options and how to choose
The source mentions online and classroom delivery, plus corporate training and consulting. Use this matrix to choose a format based on team constraints.
| Delivery option | Best for | What to expect |
|---|---|---|
| Online instructor-led | Distributed teams and individuals needing schedule flexibility | Live remote sessions, guided labs, Q&A |
| Classroom (public batch) | Learners who prefer in-person collaboration | Fixed schedule, peer discussion, trainer-led exercises |
| Corporate private training | Teams needing role-specific, environment-specific enablement | Customized agenda, internal use cases, faster team alignment |
The original post listed classroom availability in locations including Bangalore, Hyderabad, Pune, Mumbai, and the Netherlands.
Typical learning workflow in a Build Forge course
Most Build Forge trainings follow a staged progression from fundamentals to controlled execution and optimization.
flowchart TD
A[Assess team skill gaps] --> B[Build Forge fundamentals]
B --> C[Create project and environment]
C --> D[Configure servers selectors collectors]
D --> E[Run project and inspect results]
E --> F[Optimize with chains and threads]
F --> G[Integrate adaptors and IDE plugins]
G --> H[Schedule runs and reporting]
Detailed syllabus map from the original outline
Core Build Forge operations
- Introduction to the Build Forge system
- Projects, environments, and steps
- Servers, collectors, and selectors
- Scheduling, results, and Bill of Materials topics
- IDE plug-ins and project runs
Execution design and reuse
- Project creation and run lifecycle
- Selector and server setup
- Libraries and project copy patterns
- In-lining library logic into workflows
- Pass/fail chain usage
Administration and governance
- User creation and access groups
- Notification groups and editor permissions
- Subgroup hierarchy for delegated control
- Log filters for Ant-oriented builds
Environment and command topics
- Environment variable sets and runtime profiles
- Pulldown variables for parameterized runs
- Dot command usage such as retag, date, put/get, selector changes, and export
Illustrative lab commands
The original post references Build Forge dot command topics. The examples below are illustrative and should be validated against your Build Forge version and policy controls.
# Example commands often executed inside build steps
ant clean compile
ant test
ant package
# Common dot command topics in Build Forge training labs
.date
.retag RELEASE_2026_10
.bset linux_pool
.put build/output/app.zip /dropzone/
.get /dropzone/config.properties ./config/
.export Project_MainCode language: PHP (php)# Example environment profile used during scheduled runs
export BUILD_PROFILE=qa
export JAVA_HOME=/opt/jdk8
export ANT_OPTS=-Xmx1024m
ant deployCode language: PHP (php)Original registration and contact details
The source post includes the following links and contacts:
- Registration form: DevOps Training Registration
- Email: info@scmGalaxy.com
- Phone: +91 700 483 5930
- Skype: scmGalaxy
Common pitfalls when planning legacy Build Forge training
- Assuming old course content maps directly to modern CI/CD platforms without a translation plan
- Skipping role-based track design for configuration managers vs build engineers
- Not validating environment-specific command syntax before lab delivery
- Underestimating access-control setup and audit requirements in enterprise environments
- Treating classroom completion as production readiness without a post-training implementation plan
I’m Rajesh Kumar, a DevOps, SRE, DevSecOps, Cloud, and Platform Engineering expert passionate about sharing practical knowledge, real-world experiences, and industry best practices. I have worked at Cotocus and regularly write about technology, travel, investing, health, product reviews, and digital marketing through my various platforms.
I publish technical articles at DevOps School, travel stories at Holiday Landmark, stock market insights at Stocks Mantra, health and fitness guidance at My Medic Plus, product reviews at TrueReviewNow, and SEO and digital marketing strategies at Wizbrand.
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