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Projects Portfolio Optimizer (PPO)

Portfolio optimization solution for R&D organizations

Projects Portfolio Optimizer (PPO)

Portfolio optimization solution for R&D and CAPEX organizations

What it is

PPO is an R&D and CAPEX portfolio optimization tool that uses advanced analytics to prioritize projects and optimize engineering resources to maximize ROI

The approach augments data to create transparency over portfolio and manage R&D and CAPEX project pipeline with fact-based prioritization

Who it is for

Portfolio functions managing a high number of projects experiencing pain points including:

Lack of portfolio transparency
Insufficient insights on ongoing or in development projects
Funds wasted in sub-optimal decision based on gut feel
“Garbage-in garbage-out” – limited reliable data insights

Value at stake

20–30%

of project portfolio budget to be freed up for (re)investment in high priority projects

2–3%

margin improvement through better resource allocation and management

What it looks like

Learn
  • Immediate insights to your portfolio status
  • Use live dashboards to increase transparency and accountability
Prioritize
  • Advanced analytics support to prioritize projects based on strategy and maximum impact
  • Identify highest ROI projects that meet corporate / internal requirements
Review
  • Quick and well-informed decision making
  • Assess in-development projects for ongoing management

How it works

Solution setup: PPO is typically deployed through 5 steps to get to project prioritization ​

1

Criteria & Weight

Definition of prioritization criteria and weight for each criteria

2

Scoring Ranges

Alignment on scoring ranges for each criteria for objective assessment

3

Project Scoring

Scoring of projects in accordance with each criteria for comparison

4

Effort Estimate

Top-down estimation of engineering efforts for each project

5

Prioritization Decision

Ranking of projects and definition of priorities/decision needs

Sample implementation cases using Optimix output

Material Yard

Reduce raw material variation by improving material yard management and optimizing material blending

Improve fuel and flux quality through “first-in-first-out” and quality spot check

Conduct daily analyses of the composition variation of the mixing iron ore material, especially for TFe, SiO2, and Al2O3

Sinter

Conduct sinter cup tests to understand changes in sinter properties

Optimize sinter operations to stabilize sinter throughput and key quality indicators, like drum index, and size distribution

Develop a basicity prediction model to control the basicity conformity better

Blast furnace

Conduct sinter cup tests to understand changes in metallurgical properties

Stabilize blast furnace operations through process control in the following key dimensions

  • Slag composition control
  • Charging scheme and burden distribution
  • Thermo-control scheme
  • Hot blast scheme
  • Slag control scheme
Sample output for price prediction

Optimix Price Prediction Module

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Optimize conducts advanced analytics based price forecast

  • Analyze a considerable amount of historical data to accumulate market experience quickly
  • Model-based price forecasts create a stable logic and avoid human-sentiment intervention
  • Improve long-term accuracy with model iteration
  • Replicate models and transfer them for different commodities

Why use Optimix

1. Industry insights

Features built-in key industry insights from extensive engagements

Continuously evolving to incorporate new knowledge

2. Process modeling

Fully customizable to reflect each client’s manufacturing process and business needs

Filters data and manages the quality of the information

3. Data modeling and solver configure

Creates data modeling to improve efficiency and quality

Fine-tunes solver configuration to guarantee consistent results even with heuristic algorithms

4. Cloud-based agile architecture

The cloud-based core engine enhances more complicated optimizations ​

Balanced flexibility helps further enable CST and clients use Optimix to do the optimizations

5. Implementation enablers

Organizes scenario optimization results for implementation

Provides change management and tracks the performance

Optimix has achieved

1 to 3% average ​

profit increases by identifying market opportunities based on advanced analytics models. Mainly applied in steel finish products.

1 to 5% average ​

reduction in raw material costs. It can be applied to iron ore, scrap steel, coke, and thermal coals.

Here are some client examples

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Automotive supplier accomplished 25% improvement in portfolio efficiency by identifying opportunities to channel engineering capacity to high-priority projects

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Consumer electronics player optimized R&D funnel by moving projects from planning to development and rebalancing eng. resources, leading to 10% ROI increase and 19% of R&D budget unlocked

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Global food manufacturer enabled 20% R&D budget optimization by increasing transparency and by re-prioritizing and re-scoping of R&D projects

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Leading European industrial player implemented PPO war room to achieve 26% R&D productivity improvements

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Transparency and portfolio re-prioritization enabled ~18% reduction in carbon emissions and ~33% reduction in water consumption in large mining company

By working with us, you will have access to

Experts

Our industry and functional experts will be on the ground where and when you need them.

Helpdesk

Our helpdesk will keep doors open and commit to addressing your concerns efficiently and effectively.

Training

We offer coaching and build capabilities for your teams to deliver sustained improvements.

Implementation

We partner with you and co-create a firm path to implementation as part of the project.

Connect with us to find out more

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