There must be a better way to manage and track the growing costs of engineering software licenses and their associated resources. Whether in electronics, mechanical design, or advanced manufacturing, engineering software has become indispensable for innovation and on-time project completion — yet it remains one of the most under-managed assets in many organizations.
Engineering software tools are not just optional—they are essential. From CAD (Computer-Aided Design) and CAE (Computer-Aided Engineering) to EDA (Electronic Design Automation) and CFD (Computational Fluid Dynamics) applications, these systems power nearly every modern product development cycle. But they come at a steep price.
Why Is There So Little Oversight?
Despite the massive investment companies make in these tools, many organizations still lack structured license management systems or processes to track how their software is being used. The question is, why?
Today’s engineering teams work in complex environments with multiple concurrent projects, vendors, and software versions. As designs grow larger and more sophisticated, the reliance on premium software becomes unavoidable. However, this complexity also creates blind spots – areas where usage goes unmonitored, licenses sit idle, and budgets quietly leak value.
How Much Are Companies Really Spending?
A modern manufacturing firm can easily spend millions of dollars each year on software tools for electrical and mechanical engineering. As product designs become more intricate and timelines shorter, the demand for faster, more precise R&D grows—driving further reliance on costly, high-performance applications.
According to Gartner, manufacturing companies spend 1–1.5% of annual revenue on product development software. For electronics and semiconductor firms, that figure can climb even higher due to the complexity of design, verification, and simulation software suites.
To put this in perspective, it is not uncommon for a single engineering software license to cost $50,000 or more. Multiply that across teams of 50, 100, or even 500 engineers, and the total investment becomes staggering.
CAD, CAE, and EDA: Different Tools, Same Cost Pressure
While mechanical engineering applications like CAD and FEA (Finite Element Analysis) may cost less per seat than electrical or EDA tools, they are typically deployed across much larger teams. As a result, total software expenditure often ends up being similar between electrical and mechanical organizations both spending substantial portions of their budget on engineering tools.
The Vice President of Engineering often holds direct budget responsibility for these licenses, but several other stakeholders—such as the CIO, Finance Department, and IT Asset Management (ITAM) teams—also have vested interests in ensuring software costs remain optimized.
The Untapped Opportunity: Finding Cost Savings
With so much investment tied up in software, it’s worth asking:
Is it time to start looking for cost savings across your organization?
The answer is almost always yes. Many companies overpay for software they underutilize. Hidden inefficiencies, unused licenses, and overlapping contracts can quietly consume 15–25% of the total software budget.
By implementing license monitoring and usage analytics, companies can identify waste, streamline renewals, and negotiate smarter contracts without sacrificing engineering productivity.
How TeamEDA Helps Engineering Leaders Take Control
At TeamEDA, we specialize in helping engineering organizations gain visibility and control over their expensive software environments. Our solution, LAMUM™ (License Asset Manager with Usage Monitoring), provides the transparency needed to track real-time usage, manage renewals, and optimize license distribution across global teams.
If you’re an Engineering Leader, ITAM, or SAM professional, our team can help you uncover significant savings within your current software contracts, often without reducing functionality or disrupting workflows.
Contact TeamEDA today to learn how you can identify and negotiate measurable cost reductions while maintaining full operational efficiency.
