Close this search box.

Grants, Assessments & ERP Selection: A Guide for Canadian Manufacturers

The pandemic is forcing Canadian manufacturing companies to adapt more quickly. Unfortunately, legacy processes, unintegrated systems, and outdated ERP are impeding businesses from quickly responding to volatile shifts in demand, supply, and remote workforce management needs.

The lack of automation, excessively siloed functions and data, weak security, poor analytics, and cumbersome user experiences are hurting business.

Many companies felt the pain before the pandemic. According to the OECD and the Canadian Manufacturers and Exporters Association, the Canadian manufacturing sector lags other industrialized countries in the adoption of Industry 4.0 digital technologies designed to increase flexibility, automation, customer service, and responsiveness. Over the past five years, Candian manufacturer’s capital investment in these areas is among the worst of industrialized countries. This hurts productivity and competitiveness.

The good news is that the Canadian and provincial governments recognize the need for a coordinated strategy. There are now national and regional grant programs to support Canadian manufacturers located in Ontario, Atlantic Canada, and Saskatchewan.

Specifically, there are non-refundable grants up to $500,000 to cover some or all of the costs to define your future state, develop a technology transformation plan, and implement the recommendations. Pemeco is a Qualified Service Provider of grant-related services under the Canadian Manufacturers and Exporters Technology Assessment Program.

We’ve written this article for you so you’ll have a comprehensive guide to Canadian grant funding, digital transformation planning and ERP selection. Our methodology has worked for over 40 years and across 140 different systems and 700 transformative ERP implementations with a 100% success rate.

In this detailed article, you’ll find a collection of best-practices collected from our firm’s 40-year history of successfully delivering transformational enterprise technology programs across technological revolutions. These best-practices will show you how to properly architect your future state, select the right-fitting ERP and technology solutions, and prepare your organization for a transformative implementation.

Our firm – Pemeco Consulting – started in the late ‘70s with mainframes and punch cards and continued to deliver as technologies evolved through MRP1, ERP, and now Industry 4.0. Although the tools and technologies have drastically changed, the key drivers of success have not. Our long history has allowed us to uncover insights into the critical success factors as well as the challenges and risks.

The methodologies, case studies, and templates we refer to are derived from hundreds of Pemeco projects, including our hands-on experience with more than 140 different technology solutions.

We break down:

  1. Digital transformation & preparing for the new normal
  2. Grant Funds to Drive Canadian Manufacturing Digital Transformation
  3. The 4 pillars of a future state architecture
  4. Business process mapping best-practices
  5. 6 keys to ERP requirements listing
  6. 3 digital transformation and ERP project types
  7. How to build an ERP budget template, including TCO and ROI
  8. How to build an ERP selection scorecard using the 8 Dimensions of Vendor Fit
  9. 3 keys to scoping implementation and negotiating ERP contracts

How ERP Supports Digital Transformation for the New Normal

The coronavirus pandemic is having an unprecedented impact on manufacturing and distribution operations. Business leaders are forced to contend with multifaceted challenges. They need to ensure the health and safety of their people while, at the same time, reacting quickly to major shifts in both demand and supply.

Most companies have seen their sales swing one way or another. Meanwhile, their global supply chains are being tested and they are being forced to run their operations at below capacity levels because of physical distancing requirements and supply chain disruptions.

As the crisis resolves and as governments lift lockdowns, companies will need to quickly respond to shifting customer demands, new supply sourcing requirements, and labor restrictions. ERP and technology solutions will play a pivotal role in equipping companies with the appropriate agility and speed.

Until a few months ago, many companies viewed digital capabilities that enable flexible and resilient operations as an aspirational future state. To illustrate, only 15 percent of manufacturers had a strategic plan to implement Industry 4.0 processes and systems.

Now that the pandemic is pushing companies to quickly adapt to a new normal, these numbers will probably increase dramatically. What were previously nice-to-have long-term digital projects will soon become urgently necessary. Previously, IT and line-of-business had to vigorously defend business case ROI calculations and long-term payback periods. In the new normal, we expect executives and boards of directors to fast-track these types of programs.

For many, a new ERP system lies at the core of their transformation. They need to replace legacy systems that no longer support business processing, technical integration, and analytical needs.

Unfortunately, most companies that have pursued enterprise-wide digital transformations have failed to deliver the promised business benefits because they did not have clear guidelines on how to select an ERP system that will help them achieve their specific goals.

Statistics show that 50 to 75 percent of ERP-driven projects fail to deliver the desired benefits.

With the expected urgency for change, business leaders will want to know that their digital programs can be delivered successfully. So what are the keys to success?

The keys to a successful ERP-driven transformation span short-term execution and long-term strategic goal delivery. A fragmented or narrow focus is a major risk to realizing the benefits that will be used to justify the costs and risks. Companies that take a piecemeal approach to replacing legacy technologies and processes are more likely to miss the mark.

Piecemeal can mean a lot of different things. It can mean ignoring certain functional or technical integration requirements. It can mean failing to understand how technology can both drive and enable business strategy. In far too many cases, it means inadequate project and change management. And, finally, it can mean searching for a new ERP system without fully understanding how ERP fits into a bigger strategy-driving digital transformation picture.

The right approach is one that takes a holistic view of digital transformation. History has shown that spending the upfront time preparing an ERP-driven digital transformation plan tightly pegged to business strategies is critical to benefits realization. It gives companies the benchmarks they need to evaluate ERP systems against short-term and long-term needs. Also, the act of focusing on common targets helps to align key stakeholders, clarify scope, and resolve conflict.

Grant Funds to Drive Canadian Manufacturing Digital Transformation 

The Canadian government recognizes the economic importance of manufacturing. It is now prioritizing industry-wide digital transformation initiatives that focus on modernization, productivity improvements, and innovation projects designed to improve competitiveness and growth.

It has recently launched several regional and national grant funding programs that support ERP, digital transformation, and productivity projects. The grant programs include technology assessments and, in some cases, implementation of customized plans for Canadian manufacturers located in Southern Ontario, Atlantic Canada, and Saskatchewan. For information about these and other grant programs, check out Mentor Works, a firm that specializes in grant funding support.

Generally, the funding programs support projects designed to:

  • Map and improve business process efficiencies and productivity
  • Acquire and implement modern information technologies and advanced manufacturing systems, such as ERP and MES as well as production automation and control systems
  • Support training

In all cases, grants are conditional on assessments being performed by qualified expert consultants. Pemeco is a Qualified Service Provider by the Canadian Manufacturers and Exporters Association.

Ontario Automotive Modernization Program (O-AMP)

The Ontario Automotive Modernization Program is targeted to small and mid-sized automotive parts suppliers with fewer than 500 employees generating less than $1B in annual revenues.

This grant program is aimed at helping automotive manufacturers improve supply chains and competitiveness. The program offers up to 50% of eligible program costs to a maximum of $150,000 and can cover ERP selection implementation costs, among other things.

Intake closes on January 4, 2022.

Atlantic Canada Advanced Manufacturing Technology Assessments

The Advanced Manufacturing Technology Assessments program is a federal funding program designed to assist manufacturers seeking “innovative solutions to increase their efficiency, productivity and competitiveness”.

The grant funding covers assessment costs up to 75% of eligible costs to a maximum of $50,000.

Saskatchewan Lean Improvements in Manufacturing (SLIM)

The Saskatchewan Lean Improvements in Manufacturing (SLIM) program is intended to provide “funding assistance to agri-businesses for adoption of best practices, new state-of-the-art technologies and processes that stimulate significant improvements in productivity and efficiency”.

There are two grant funding programs:

  • Efficiency Analysis, which covers 50% of eligible costs to a maximum of $20,000
  • Infrastructure Projects to implement the Efficiency Analysis recommendations, which covers 50% of eligible costs to a maximum of $500,000 (including Efficiency Analysis grant amounts.

Applicants will need to submit applications for pre-approval by January 31, 2022.

Canadian Agricultural Strategic Priorities Program (CASPP)

The Canadian Agricultural Strategic Priorities Program (CASPP) is targeted at helping organizations adopt leading technologies or commercialize new technologies.

The grant program offers up to 50% of eligible costs to a maximum of $1,000,000. Though it is targeted at non-profit and Indigenous organizations, for-profit corporation can be considered if they can demonstrate public good or safety benefits.

Applications are only being accepted for projects with end dates on or before March 31, 2024.

Training Grants

There are two active training grants that apply to ERP implementation projects:

  • Canada Job Grant (CJG) varies province-by-province and can cover between 50 to 100 percent of eligible training costs on your ERP implementation project.
  • Ontario Manufacturing Training Program (OMTP) provides up to $100,000 in grant funding or 25 to 50 percent of eligible trainer costs (third party or in-house) and 25 to 50 percent of trainees’ internal labour costs for your ERP implementation project.

If you want to learn more, schedule a consultation and learn about grants to support your ERP transformation project.

Building Your Future State: Integrated Architecture & Business Case

Building A Solid Foundation for Digital Transformation

The initial stages of ERP-driven digital transformation are about laying a solid foundation for change. The benefits – actual business value – of ERP-driven transformation will be realized by improving upon legacy processes and enabling a major transformation. With respect to incremental business improvement, benefits will be generated by replacing outdated processes with integrated and automated processes, clean data, and timely analytics. Though valuable, these enhancements are not transformative.

Transformation-related value is driven by system capabilities that allow companies to enter new lines of business or make drastic changes to existing operations. Here’s an example to illustrate the difference.

In 2017, a multinational furniture manufacturer approached us with declining business fortunes.
It was struggling to keep up with customer demands for highly customized products on short lead-times.
Our client took seven weeks to fill orders while its competitors took four.

Optimizing our client’s current business processes with modern technologies was not going to work. It had already tried that approach in the late-2000s when it implemented a then new ERP system. For that project, the company cloned the data structures and engineer-to-order business processes from its predecessor ERP system. Although the company had a new system that improved upon the old, it still struggled to keep up with its competitors.

As the company increased the size of its product catalogue, its operations struggled to keep pace.
The company was forced to hire expensive design engineers and software developers to maintain sales levels. The excessive and variable indirect cost base was unsustainable.

It was clear that the labor-intensive engineer-to-order model of yesteryear was no longer a competitive business model. We needed to make fundamental changes that would enable our client to deliver customized products at scale. Our value-stream analysis showed that order entry and design engineering processes consumed three weeks of the order fulfillment cycle time. Remember that the company’s competitors were fulfilling orders in four weeks!

We recommended that our client ditch its legacy engineer-to-order model in favor of a configure-to-order model.

We showed them how to select ERP software that will support this new model and architected a solution that tightly integrated its customer-facing three-dimensional space planning software with configure-price-quote and ERP software. In effect, we made 75% of orders touchless from the time the customer customized its product orders to the point that those orders are scheduled for production. Together with changes to warehousing and production processes, our client shaved three and one-half weeks off its cycle times, launching it into the top quartile.

This company’s contrasting approaches to ERP — the one in the late 2000s and the most recent one – illustrate the importance of viewing an ERP project in the context of digital transformation. Had our client again rushed into an ERP selection project, it might have acquired software incapable of delivering the transformational benefits associated with a new configure-to-order business model.

The challenge is that a sound ERP decision is multifaceted –  future business model needs are but one important dimension of analysis. A good decision needs to account for short-term improvements, end-user adoption, cost, and ease of systems administration. These areas are typically represented by multiple stakeholder groups.

ERP selection guideProgram Governance and ERP Project Teams

Different stakeholder groups collectively represent a company’s varied digital transformation needs.
It follows that each group should be asked to play a role in decision-making and execution. The starting point, therefore, is to identify, engage, and educate the relevant stakeholders.

The following graphic shows the relationship among typical key stakeholder groups. Boards of directors, executive committees, and steering committees establish strategic direction and oversee delivery. The project management and solutions architecture groups control the project and overall design. Meanwhile, the core team implements the solution, and the end-user community adopts the new solutions.
Each group is impacted differently and has different interests.

ERP project teamIf the plan and architecture fail to account for long-term strategic requirements, the company could find itself handcuffed. If end-users struggle to adopt the system, the value of its data store and processing automation capabilities will become limited.

It becomes critical to engage relevant stakeholders throughout the digital transformation program. Initially, during upfront design and planning, input is needed to map long term strategic needs and front-line business processing needs. During a subsequent ERP selection project:

  1. Business leaders need to assess which of the vendors would make strong long-term business partners
  2. Implicated core team and end-users should participate in scripted product demonstrations and associated feedback sessions. After all, they will be the ones called upon to implement and use the solutions

Once the ERP is implemented:

  1. Core team members should take on most of the workload under the guidance of consultants
  2. Steering and executive committees should meet periodically to govern

The following table provides a more detailed breakdown of the various stakeholder groups and their roles.

Stakeholder Group Interest Roles and Responsibilities on Digital Transformation
Board of Directors and its Technology Committee To ensure that management acts in the shareholders’ best interests.

Leadership function that provides an oversight role to assure that technology supports business strategy execution, including:

  • Tech strategy & trends
  • Major tech investments
  • Operational performance
Executive Leadership To develop and execute operational plans that drive corporate strategy.

Leadership function that creates and executes an overall digital transformation plan that drives corporate strategy and value creation:

  • Approves overall mission and scope
  • Aligns key stakeholders to the missions
  • Funds the program
  • Dedicates people
  • Champions the program
Steering Committee To develop and provide project-specific strategic direction and policy guidance.

Leadership function that is a decision-making body responsible to define and monitor project-specific:

  • Approves project charter and scope
  • Aligns and assuring commitment of key stakeholders
  • Monitors project finances and schedules
  • Assures dedication of key people
  • Assures benefits realization
Project Management To develop and execute project management plans that deliver defined business objectives on-time and on-budget.

An execution function that:

  • Secures and coordinates internal and external personnel
  • Manages schedules and budgets
  • Reports to the Steering Committee
  • Assures timely deliverable production
Solutions Architecture To assure that the technology solution is architected to align to enterprise architecture and to maximize business benefits.

An execution function that:

  • Guides functionality design and mapping decisions
  • Guides technical architecture
Core Team To design and implement specific functional and technical functions.

An execution function that:

  • Designs, maps, and tests softwares’ functional and technical processes
  • Migrates data
  • Documents designs, test scripts, and user instructions
  • Trains end-users
Internal End-Users To use the system as implemented. An adoption function responsible to transact using new processes, reports, and systems.
External End-Users To use the system as implemented. An adoption function responsible to transact using new processes, reports, and systems.

The 4 Pillars of Future State Architecture: Organizational Structure, Data, Business Processes, and Technology

With established governance models and teams, a company can move onto the analysis and architectural design phases, which will guide them on how to select ERP software that will support their goals.
Most typically, this involves studying a company’s current state, designing its future state, and developing actionable plans to execute the digital transformation.

As described earlier, analysis should start with reviewing business strategies, objectives, and key performance indicators (KPIs). Charting actual and targeted performance helps to focus the program’s scope on business value-driving initiatives. The following example is a modified version of the one we used for the furniture company described above.


current KPI: 7 weeks

target KPI: 3 weeks


Current state and actual performance 5 days to enter new order due to manual pricing and promise data checks 4 weeks to design & engineer customer orders 30% of orders miss customer promise dates because of unanticipated manufacturing scheduling & quality issues
Future State Automate order entry for all configured items for space planning software to ERP Change 70% of product structures to parametric configuration models Adoption of standard production data and processes for configured products will improve scheduling and minimize quality issues associated with engineered product
Target KPIs Touchless order entry for 85% of order lines (5-day lead time benefit)

$150,000 benefit per year per site

Eliminate engineering lead times for 85% of order lines

$370,000 benefit per year per site

95% fill rates
90% promise date satisfaction$150,000 benefit per year per site

Once business strategies and models are defined, analysis should move down to a detailed architectural design. The end goal of this next exercise is to map the current state, the targeted future state, and any intermediate resting points along the way.

Four deeply interconnected components — the four pillars of future state architecture — should be considered: organizational structures, data, business processes, and technologies.

Pillar #1: Organizational structures

As companies transform, the corporate and organizational structures that worked well in the past will probably need to be changed for the future. Companies evolving their business models will need to create different — in many cases entirely new — functions and roles.

As one common example, vertically integrated multinationals that grow through acquisition face common challenges. Target companies are converted onto the acquirer’s legacy systems or allowed to retain their own systems. Limited process integration across companies means companies have mirrored functions:

  • Buyer at Company1/Inside sales at Company 2
  • AR at Company-1 / AP at Company-2
  • Planner at Company-1 / Planner at Company-2
  • and so on

The double-handling of data and transactions results in expensive inefficiencies. When the companies fully merge, they will need to create new global service functions that cross companies and, in many cases, borders.

The needs are oftentimes more extreme when companies pursue entirely new lines of business relating to Industry 4.0 and service-based revenue models.

Apart from meeting the technical requirements of role-based ERP systems, companies need to define and fill applicable roles before implementation starts. Preferably, the roles should be filled early so that key personnel can help define future state requirements and evaluate candidate technology solutions.

Pillar #2: Business processes

During the planning stage of digital transformation, business process mapping is crucial to:

  1. Define and quantify the value of gaps and issues associated with the current-state processes.
  2. Identify non-negotiable needs that represent your company’s competitive differentiators.
  3. Define future-state changes and best-practices.

It is important to map both current-state and future-state processes. With respect to analysing future benefit opportunities, the current state provides a critical anchor point. The business analysis should include a study of the manual tasks, the amount of processing time (cycle and takt), as well as the actors and systems needed to execute the process. The following annotated process map highlights issues
with a current-state process. It also includes a quantification of process inefficiency together with an impact analysis on strategic drivers, which, in this case, relates to customer experience.

ERP Selection

We also use process mapping to define idiosyncratic needs, which represent a company’s “secret sauce”. These requirements need to be preserved at all costs. During ERP selection, they should be used as a gatekeeper to screen prospective vendors. If these needs are non-standard, vendors must prove that they can adapt their systems accordingly (in today’s day and age, without code modification).

The current-state maps should be supported by future-state maps. These conceptualize and quantify planned improvements through efficiency gains and other forms of waste reduction. When the project progresses to ERP vendor selection, it becomes important to assess how the proposed technology solutions satisfy these future-state requirements. And, when gaps appear — and there will be gaps — it will be important to identify and quantify the impact of those gaps, because they may erode future-state business value.

Pillar #3: Data

To support operational business processing and management reporting requirements, data needs to be properly structured, accurate, and timely. The need for accurate and timely data is clear. Data structure concepts are more complicated, particularly for multinational and multisite companies.

Consider one example of a multinational automotive OEM that manufactures powertrains at a Canadian division for final assembly at a United States division. Both divisions need to use common data relating to that powertrain. Engineering specifications, for example, are key to the finally assembled vehicle in the United States and to how that powertrain is manufactured in Canada. And, to meet the just-in-time delivery needs, planning and scheduling need to be tightly coordinated across a supply chain network that includes the US division, transportation from Canada to the US, manufacturing in Canada, and the Canadian component suppliers.

Consider another example — this one common to multinationals that sell to customers that cross divisions. Many want to centrally control credit to manage corporate financial risk. To do so, they need to have customer data structures that span the corporate hierarchy. For example, they may need to allocate a corporate credit limit to a customer family, then apportion that limit across its own entities as well as the customers’.

There are many more examples. The point is that system data structures can either enable or impede efficient business processing, particularly when that processing crosses facilities and legal entities.
It therefore becomes critical to define where data files should be controlled in relation to the corporate hierarchy. In many cases, the answer will be certain data elements should be at the corporate level and others at another level. In the above example, customer credit should be controlled at the corporate level, while customer shipping preferences and planning parameters at shipment facility level.

Here is a simple 3-step guide to properly identifying data structure requirements:

  1. Define your future-state corporate structure and hierarchy
  2. Define your future-state business processes for each entity at each level of the hierarchy and how they cross entities, including data elements
  3. For each data record type in a business process (e.g. customer/vendor, item, bills-of-material, costing, pricing, etc.), define the specific data requirements at each level of the hierarchy

Pillar #4: Technology

Once organizational structures, business processes, and data structures are designed, the next task is to architect the technologies that will support and enable the future-state.

Too often, companies focus on business application functionality to the exclusion of key technical components. Unfortunately, time and again, companies select ERP and other systems that are too difficult to integrate, too complicated to personalize, too unpredictable from a performance perspective, and incapable of meeting security needs. Further, as companies increasingly shift mission-critical application workloads to the cloud, it becomes critical that the underlying architecture be robust, highly available, and secure.

At this architectural stage of the process, it is important to consider:

  1. Middleware strategies
  2. Application development and extensibility
  3. Application upgrade management
  4. Security needs
  5. System availability and service levels
  6. Elasticity and scalability
  7. Latency and performance
  8. Data management and residency
  9. Storage capacity
  10. Disaster recovery

Business and Technology Requirements – Pulling it All Together

The various organizational, data, business process, and technology requirements are going to have different priorities, be needed at different times, and have differing levels of impact on your business.

It is important for companies to have an easy place to catalogue, track, and report on the requirements. Business requirements are useful for the following purposes:

  1. To catalogue needs by functional and technical areas
  2. To prioritize needs relative to business drivers
  3. To time the need for implementation
  4. To identify value-driving best-practices that imply a change from the legacy ways
  5. “Foundational” needs to help the company either a) get ready for implementation,
    or b) realize short-term value with low-hanging fruit
  6. To catalogue idiosyncratic needs that are competitively differentiating

 As shown in the sample below, if requirements are well catalogued, they can be analytically sliced and diced to show implementation work effort, change management needs, and implementation readiness work effort.

ERP Selection
Download The Ultimate ERP Selection Guide: Templates, Checklists & Scorecards for a requirements matrix template and detailed discussion on the key elements.

Building an Integrated Roadmap

With the architecture design and requirements definition complete, the task shifts to planning. The various interdependent projects should be charted on a program roadmap: foundational and readiness projects, ERP and technology selection projects, implementation projects, and continuous improvement projects.
A consolidated GANTT view of the projects on a timeline provides a clear view of the initiatives.

At a minimum, each of the charted projects should be distilled down into the teams, budgets, schedules,
and specific plans.

The following table summarizes typical project types in ERP-centric digital transformations.

Project Category Description
Foundational Program management office (PMO): Companies with a big set of interdependent projects establish a PMO to a) leverage a consistent set of project management tools and frameworks, and b) to monitor and control the project portfolio.

Organizational structure and people: Oftentimes, new functions need to be created and new roles to be filled. Also, key employees slated for implementation work may need to be backfilled.

Business process cleanup: Business process optimization and processing disciplines may be recommended to establish a foundation for the future state and to minimize the extent of change during implementation.

Data re-architecture and cleanup: Where practical, companies should define future-state data structures and should clean inaccurate master data.

Technology Selection ERP and technology selection plans should include a listing of the vendors, the due diligence methods, and the decision-making methods.
Implementation The implementation plans should detail the rollout strategy across sites and phases, as well as the implementation methodologies.

ERP Budgets, TCO and ROI: Building a Business Case for your Transformation Program

Digital transformation and ERP implementation projects have notoriously high failure rates and sky-high costs. This combination does not make a compelling investment proposition. A business case for change will not pass executive or board of director scrutiny if it is unrealistic or incomplete. It needs to be comprehensive, detailed, and conservative.

The costs should be modelled according to an industry-standard 10-year total cost of ownership analysis (TCO).

Though some might be inclined to undersell the costs to get approval, this type of short-sighted approach will only damage credibility and imperil the project.

At this stage, before the systems have been selected, the objective should be to provide a realistic and comprehensive analysis of low-end and high-end cost scenarios. The costs should cover all technology-related acquisition, support, and implementation costs. The cost model should also account for internal costs, which may include project team member salaries, backfilling costs, and project-related facility lease, team-building events, and other such costs.

The benefit models should be tightly tied to the implementation scope and timing. Also, projections should account for a several month post-implementation stabilization period where business performance typically dips. Once a reasonable stabilization period, benefit projections should be slowly phased-in to mirror gradual adoption rates and efficiency gains.

The Ultimate ERP Selection Guide: Templates, Checklists & Scorecards (access here) contains an ERP budget template, including total cost of ownership, benefits calculations, and ROI models.

The Modern Approach to Technology and ERP Vendor Selection

ERP Software and Vendor Listing

Historically, companies would build their lists by blasting out an RFP to any vendor that would respond to a 3,000 line feature-function questionnaire. This approach fell out of favor towards the early 2010 years when many vendors made it a common practice to reply “yes” to everything in the hopes of getting shortlisted.

Today, most companies start with a deep internal vetting process before vendors are invited to participate. We present our clients with a detailed analytical report on the vendor landscape and hold workshops to handpick the vendors who have the highest probability of fit.

We present an initial vendor list curated from our database of 140 technology solutions. The filters are customized based on our client’s specific needs and each vendor’s probability of satisfying those needs. We then chart that list of vendors on a client-specific Right-Fit Quadrant to highlight strengths and weaknesses relative to areas that are important to our client. The objective is to handpick a select group of vendors that have the highest probability of meeting our client’s collection of needs.

The below sample Right Fit Quadrant is focused on cost and functionality. We have other clients that prioritize other dimensions, such as technology architecture and supportability.

erp selection quadrant
The details of the underlying report include a vendor-by-vendor discussion and analysis according to Pemeco’s 8 Dimensions of Vendor Fit. Download The Ultimate ERP Selection Guide: Templates, Checklists & Scorecards for a detailed discussion of the 8 dimensions, so you are well-informed on how to select ERP software that is the best fit for your business.

Build an ERP Selection Approach That’s Right for Your Business

There is no universally correct way to evaluate vendors. The right approach is context specific. A company with heavy multi-company processing needs will spend more effort evaluating data structures and intercompany business processing. Meanwhile, a company with heavy integration requirements will spend its effort evaluating APIs and technology architecture.

The key is to build an ERP evaluation approach that covers the company’s needs across the 8 Dimensions of Vendor Fit.

The evaluations should be deeply rooted in its future-state architecture and requirements. Vendors, for example, should be asked to demonstrate their software according to tightly defined use case scenarios with actual data samples. You can download a sample use-case demonstration script for functionality and technology here.

Meanwhile, demonstrations are but one due diligence method. The Ultimate ERP Selection Guide: Templates, Checklists & Scorecards includes a breakdown of 11 common ERP evaluation methods that can be assembled into an ERP selection plan.

From a decision-making perspective, clients almost invariably use a combination of qualitative and quantitative evaluation methods to assess vendors and their technologies against the 8 Dimensions of Vendor Fit.

ERP Selection Scorecard – Rating the Candidates

Before starting its ERP selection project, the evaluations committee should develop a balanced scorecard with weighted decision-making criteria categorized by the 8 Dimensions of Vendor Fit —vendor profile, functionality, technology, user experience, software development roadmap, total cost of ownership, implementation, and supportability.

It is very important to map the weighted scoring criteria back to the requirements defined in the transformation planning exercise. This will help make the recommendations defensible to the stakeholder groups that will be asked to approve the recommendations, notably the steering committee, executive committee, and board of directors. We have included a template ERP selection scorecard and sample analytical reports in The Ultimate ERP Selection Guide: Templates, Checklists & Scorecards.

The evaluation committee will make recommendations to some of those groups at certain strategic stages, notably long-listing, short-listing, and vendor-of-choice selection. It is important for the recommendations and the underlying analysis to be well-supported, organized, and defensible.

In our firm’s experience, the actual scores are important, but do not in and of themselves justify a decision. Rather, they represent a launch-point to drill into the business implications of the candidates’ relative strengths and weaknesses.

When preparing recommendations, it is important to start with an executive summary of the recommendations and analysis. And, the recommendations report should include fingertip access to the underlying details, including vendor-by-vendor analysis of technology architecture maps, solvency analysis, implementation methodology gap analysis, and so on.
8 Dimensions of Vendor Fit

Next Steps in the Project: Implementation Scoping and Contract Negotiations

Once a company has selected one or more vendors-of-choice, it should strongly consider going through an implementation scoping exercise before negotiating contracts. A ‘scope first, negotiate later’ approach brings three important benefits:

  1. It allows the vendors to precisely scope the software needs for contractual pricing purposes
  2. It provides a mechanism to scope the implementation work effort, which flows into the service agreements
  3. It gives companies an opportunity to assess the service team’s fit and capabilities before making any contractual commitments

Assuming a successful scoping exercise, contract negotiations are the only remaining hurdle to be cleared before implementation kickoff. Depending on the size, risk profile, and complexity of the deal, companies should expect contract negotiations to take between one and three months. For mission-critical technologies such as ERP, it is important that contracts be structured in a way that enables predictable scalability and accelerated ROI while mitigating risks and lowering total cost of ownership.

The 5 Keys to ERP Success

The COVID-19 crisis has shed a bright light onto a need for agility and flexibility. As companies accelerate their ERP-drive digital transformation initiatives, it is critical that they set themselves up for both project success and long-term business success.

We believe that companies should apply a disciplined approach to defining their paths to realize value-driving transformations. The best-practices set-out in this article on how to select ERP software are methodical and proven to work. To summarize, a company should:

  1. First build a governance model that supports effective decision-making and high-performance teams
  2. Develop a sound future-state architecture that spans organizational structures, data structures, business processes, and technologies
  3. Build detailed plans and cost-benefit models
  4. Execute foundational projects to get the company ready for a transformative ERP implementation
  5. Perform well-rounded due diligence to select the right ERP software and technology partners

With these best-practices carefully planned out and executed, companies will find themselves not just adapting to more efficient and effective ERP systems, but carving a path to a holistic digital transformation that is the catalyst for success in the new normal.

Are you taking advantage of grants to implement ERP and process improvement?

ERP selection guide

Guides & Tools

Agricultural technology

Agtech providers of precision agriculture and robotic solutions providers are transforming agriculture and farming operations.  Pemeco helps its agricultural technology clients implement standard, scalable business processes to drive their high-growth businesses.