Engineering at Scale:
Achieving Governance & Speed with Unified ALM

How a World-Leading Two-Wheeler Manufacturer Transformed Product Development with CodeBeamer ALM

  • 80% Faster Traceability Reviews
  • 90% Faster Program Setup
  • 75% Reduced Change Analysis

Client Profile

Our client is a world-leading manufacturer of motorcycles and scooters, headquartered in New Delhi. With a dominant presence in India and a growing global footprint, the company is focused on high-volume product engineering, R&D excellence, and stringent quality and compliance. Its complex, distributed engineering programs are driven by digital transformation and lifecycle-led innovation.

Business Challenges

The company faced significant inefficiencies due to fragmented, document-centric engineering processes:

Siloed & Manual Processes:

  • Engineering data requirements, plans, test artifacts were managed in scattered Word and Excel files, hindering real-time collaboration and visibility.
  • Lack of a unified platform led to inconsistent ALM process coverage, especially in requirements management, testing, and verification tracking.

Limited Governance & Control

  • Absence of defined lifecycle workflows resulted in unclear artifact states and uncontrolled changes.
  • Granular access controls were difficult to enforce, posing risks to data integrity and ownership.

Scalability and Reuse Barriers

  • Managing multiple projects and artifacts required extensive manual effort, with no centralized oversight.
  • Inability to reuse templates and artifacts across projects led to repeated work and inconsistent standards.

Inefficient Reviews & Traceability Gaps

  • Review and approval cycles were manual and offline, slowing down project momentum.
  • Maintaining traceability between requirements, tests, and change items was complex and error-prone, complicating impact analysis and variant
    management.

Our Solution

MicroGenesis implemented CodeBeamer ALM as a centralized digital engineering backbone, transitioning the client from document-driven practices to a governed, traceable, and collaborative ALM framework.

1.Engagement Model

Ongoing Managed Services with hybrid (predominantly remote) delivery

2.Core Solution Components

Centralized Single Source of Truth:

Replaced scattered documents with a unified platform for requirements, test cases, and work items.

End-to-End Traceability & Workflow Governance:

Configured structured trackers and state-based workflows to provide full lifecycle visibility and controlled transitions.

Granular Permissions & Role-Based Access:

Implemented robust access models to safeguard data and ensure accountability

Reusable Libraries & Templates:

Established standardized templates for work items and
documents to accelerate project setup.

Structured Variant Management:

Leveraged Working Sets for efficient handling of product variants and configurations across complex programs.

3.Integration & Enablement

Seamless Ecosystem:

Custom scripts and configurations within CodeBeamer to align with existing engineering processes.

Adoption Focus:

Practical, business-aligned configurations and responsive support to ensure user adoption and continuous process
improvement.

Business Impact

Quantified Outcomes:

The CodeBeamer ALM implementation delivered significant, measurable efficiency gains:

Metrics Before After Impact
Traceability Validation
Manual Excel-based mappings, no live links
Automated, end-to-end live traceability
80% less time on reviews & validation
Project/Workflow Setup
Inconsistent, manual creation per project
Reusable templates & standardized libraries
~90% faster setup time
Change Impact Analysis
Manual assessment across artifacts
Controlled workflows with live traceability
75% reduction in analysis effort
Process Governance
Uncontrolled edits, unclear ownership
Workflow-driven reviews & role-based controls
~100% adherence to defined workflows
Data Integrity & Audit
Difficult permission management, audit risk
Granular access controls & version tracking
Improved accuracy & audit readiness

Strategic Outcomes

Established a scalable, centralized ALM foundation for all vehicle engineering programs.

1

Enabled complete lifecycle visibility and control, enhancing decision-making and program oversight.

2

Significantly improved collaboration and consistency across distributed teams and parallel projects.

3

Built a framework for continuous ALM maturity and digital transformation in engineering.

4

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