Forecasting the Impact of Trump's Potential Second-Term Tariff Plan

President Trump has outlined a potential tariff strategy for his second term that would represent a significant expansion beyond his first-term policies:

  • An additional 10% tariff on all Chinese imports

  • 25% tariffs on all Canadian imports

  • 25% tariffs on all Mexican imports

  • 25% tariffs on all European Union imports

As President Trump prepares to implement tariffs, it's worth revisiting one of the defining economic policies of his first administration: the implementation of significant tariffs on imports from China and other trading partners, and examining the actual outcomes against the stated intentions. I believe examining the actual outcomes against the stated intentions offers valuable lessons for business leaders navigating today's uncertain trade environment.

The Stated Objectives

When the Trump administration began implementing tariffs in 2018, several key objectives were articulated:

  1. Reducing the U.S. trade deficit**, particularly with China

  2. Revitalizing American manufacturing** by reshoring production

  3. Protecting intellectual property** and addressing forced technology transfers

  4. Creating leverage** for negotiating more favorable trade agreements

  5. Increasing national security** by reducing dependence on foreign suppliers

What Actually Happened: The Data Tells a Complex Story

Impact on Trade Deficits

Despite the tariffs, the overall U.S. goods trade deficit actually increased during Trump's first term, reaching $916 billion by 2020, up from $799 billion in 2017. The bilateral deficit with China did temporarily decrease, but trade flows shifted to other countries such as Vietnam, Mexico, and Taiwan rather than returning to domestic production.

Effects on American Manufacturing

Contrary to expectations, most studies found that tariffs did not significantly boost American manufacturing employment:

  • Research from the Federal Reserve found that any positive effects on manufacturing industries protected by tariffs were offset by negative effects from higher input costs and retaliatory tariffs.

  • A study by Moody's Analytics estimated that the trade war resulted in approximately 300,000 fewer jobs than would have existed without tariffs by the end of 2019.

Consumer and Business Costs

Multiple economic analyses confirmed that American consumers and businesses bore the vast majority of tariff costs:

  • Studies from researchers at the Federal Reserve, Princeton, and Columbia (including work by Amiti, Redding, and Weinstein) found that virtually all tariff costs were passed through to U.S. buyers.

  • The average American household faced an estimated additional cost of approximately $1,277 per year due to higher prices, though estimates vary across different studies.

  • U.S. companies paid approximately $46 billion in tariffs during 2018-2019.

Strategic Outcomes

The tariffs did produce some strategic outcomes:

  • China made commitments on intellectual property protection in the Phase One trade deal signed in January 2020, though enforcement remained challenging.

  • The USMCA replaced NAFTA with provisions more favorable to U.S. interests in certain sectors.

  • More companies began diversifying supply chains away from China, though often to other countries rather than the U.S.

Forecasting the Impact of Trump's Proposed Second-Term Tariff Plan

President Trump has proposed a tariff strategy for his second term that would represent a significant expansion beyond his first-term policies, though no formal plan with exact figures has been issued:

  • A potential additional 10% tariff on all Chinese imports

  • Possible 25% tariffs on all Canadian imports

  • Proposed 25% tariffs on all Mexican imports

  • Potential 25% tariffs on all European Union imports

This represents a fundamental shift from targeted tariffs on specific sectors to broad tariffs across nearly all of America's largest trading partners. Based on the empirical evidence from the first round of tariffs, we can project several likely outcomes:

Unprecedented Supply Chain Disruption

The proposed tariff plan would affect approximately 80% of U.S. imports, creating disruption on a scale not seen in modern global trade:

  • The "China+1" strategy becomes obsolete as alternative destinations like Mexico face equal or higher tariffs than China

  • Southeast Asian countries (Vietnam, Malaysia, Thailand) and India would likely see massive influx of manufacturing investment

  • Reshoring to the U.S. would become more economically viable for certain sectors, though labor constraints and higher production costs would remain significant barriers

  • Companies would need to completely rebuild supply networks optimized over decades

Significant Consumer Price Increases

With tariffs targeting America's top four trading partners simultaneously:

  • Economists project substantially higher inflation than during the first tariff round, potentially 2-3 percentage points above baseline

  • Nearly all consumer categories would be affected, from automobiles (with integrated North American supply chains) to electronics, apparel, and food

  • The Congressional Budget Office estimated that the first-term tariffs cost the average household about $1,277 annually; this expanded plan could easily double or triple that impact

  • Lower-income households would bear a disproportionate burden as tariffs function essentially as a regressive tax

  • Retailers would face impossible choices between absorbing costs and losing customers through price increases

Extreme Sectoral Divergence

The universal nature of these tariffs would create stark winners and losers within the American economy:

Potential Beneficiaries:

  • U.S. steel, aluminum, and other primary materials producers would gain significant pricing power

  • Domestic manufacturers with primarily U.S.-based supply chains and limited foreign competition

  • Automation and robotics companies as manufacturers seek to offset higher costs

  • Nearshore and domestic logistics providers as supply chains consolidate regionally

Likely Challenges For:

  • U.S. auto manufacturers who rely heavily on Canadian and Mexican parts (approximately 50-60% of components in "American-made" vehicles)

  • Technology companies with globalized supply chains, particularly those dependent on Chinese components

  • Agricultural exporters who would face retaliatory tariffs from multiple trading partners simultaneously

  • Retail chains dependent on imported consumer goods

Coordinated Retaliatory Measures

Unlike the first-term tariffs which primarily provoked bilateral responses, this comprehensive approach would likely trigger coordinated action:

  • The EU, Mexico, Canada, and China could align their retaliatory strategies to maximize leverage

  • U.S. agricultural exports would be primary targets, affecting farm states disproportionately

  • Intellectual property-intensive exports like pharmaceuticals, software, and entertainment could face non-tariff barriers

  • We would likely see accelerated formation of trade blocs excluding the United States

  • The USMCA agreement would effectively be suspended, returning North American trade to a pre-NAFTA environment

  • WTO disputes would proliferate, potentially overwhelming the already stressed dispute resolution system

Fundamental Economic Restructuring

Tariffs of this magnitude sustained across multiple years would force a wholesale reorganization of the U.S. economy:

  • U.S. GDP growth would likely experience a significant drag during a 3-5 year adjustment period

  • Import-dependent sectors would shrink while domestic-focused industries would grow, representing a major reallocation of capital and labor

  • Manufacturing employment might increase modestly (though likely far less than political rhetoric suggests), with significant regional variation

  • Multiple studies of the first-term tariffs found they reduced aggregate employment; these broader tariffs could magnify that effect

  • The dollar's role as global reserve currency could face challenges if trade partners accelerate efforts to conduct trade in alternative currencies

  • The U.S. might gain some supply chain security but at a substantial cost to economic efficiency and overall growth potential

Strategic Implications for Business Leaders

The proposed tariff strategy represents a fundamental restructuring of the global trading system that American businesses have operated within for decades. The empirical evidence from President Trump's first term provides a clear roadmap for what will likely occur, though at a significantly larger scale.

Business leaders must now make consequential decisions: invest in supply chain diversification beyond traditional alternatives, evaluate reshoring opportunities against their true economic viability, prepare for sustained consumer price sensitivity, and anticipate coordinated retaliatory actions that could close foreign markets.

Rather than reacting to each tariff announcement, forward-thinking organizations will develop comprehensive strategies that address this new economic reality. Those who accurately anticipate these shifts—rather than hoping for a return to previous trade patterns—will position themselves to navigate the significant disruption ahead while capitalizing on emerging opportunities in a fundamentally altered global marketplace.

Transforming Your Supply Chain Using Design for Supply Chain (DFSC)

In today's competitive landscape, supply chain efficiency and flexibility have become strategic imperatives.   

Design for Supply Chain (DFSC) is a specialized discipline focused on aligning a product’s supply chain capabilities with its design. As a crucial component of the broader Design for Excellence (DFx) framework, DFSC aims to optimize supply chain efficiency and flexibility from the outset.

Are you ready to transform your supply chain? 

Here are 10 key strategies that constitute a comprehensive DFSC evaluation, each contributing to the broader objectives of DFx.

  1. Optimize Levels of Product Integration

    What's Involved: Evaluate commonality, modular design, and universal function.

    Example: A smartphone integrates the camera, processor, and memory, reducing assembly time and costs.

  2. Leverage Industry Standards

    What's Involved: Assess the need for unique parts and weigh the benefits of standardization.

    Example: Using a USB-C port in a smartphone instead of a custom connector simplifies sourcing and enhances user convenience.

  3. Minimize Premium Freight

    What's Involved: Evaluate lead times, availability of alternate components, and local suppliers.

    Example: Multiple suppliers for smartphone components reduce lead times and allow for supplier switching to avoid expedited shipping.

  4. Design for Life Cycle

    What's Involved: Identify components likely to change and design for minimal disruption.

    Example: A smartphone's modular design allows for easy component upgrades.

  5. Configure the Selected Supply Chain

    What's Involved: Align the product with appropriate supply chain models.

    Example: A high-volume supply chain suits a mass-market product like a smartphone.

  6. Design for Demand & Supply Planning

    What's Involved: Utilize commonality and modular design.

    Example: Common components across smartphone models simplify demand planning.

  7. Minimize Inventory Costs

    What's Involved: Design for quick build-to-ship times and the use of local suppliers.

    Example: Reduced lead time and just-in-time manufacturing minimize smartphone inventory costs.

  8. Optimize Order Management

    What's Involved: Design for postponement and unbundling of part numbers (P/Ns).

    Example: Last-minute smartphone customization eases order management.

  9. Minimize Warranty/Service Costs

    What's Involved: Integrate diagnostic capabilities.

    Example: Built-in diagnostic software in smartphones reduces warranty costs.

  10. Sustainability Focus

    What's Involved: Material sourcing and lifecycle analysis.

    Example: Using recycled materials in a smartphone and its packaging meets consumer sustainability demands.

The bottom line? By incorporating DFSC into the broader DFx framework, organizations can create supply chains that give them the competitive edge they need to deliver customer satisfaction, cost reduction, and supply chain flexibility in an increasingly demanding and dynamic market environment.  

The Power of DFx in Product Development

In the fiercely competitive landscape of today's industries, the margin for error when developing new products is razor-thin. The key to success? Early engagement with your manufacturing partner in Design for Excellence (DFx) — a game-changer for cost, quality, and time-to-market!

This strategic approach is not just a buzzword; it's a game-changer. It sets the stage for product cost, quality, and time-to-market—factors that determine your competitive edge, as decisions made during the design phase set roughly 70-80% of these critical parameters.

Let's delve into the transformative power of a comprehensive DFx evaluation:

  1. Design for Supply Chain Management (DFSCM): Streamlining the supply chain from the get-go.

    What's Involved: Vendor selection, logistics planning, and inventory management.

    Example: Imagine reducing lead times by 20% just by selecting suppliers who are logistically closer to your manufacturing units.

  2. Design for Manufacturing (DFM): Making products easier and cheaper to manufacture.

    What's Involved: Material selection, part simplification, and process optimization.

    Example: A change in material from titanium to high-grade aluminum could result in a 15% cost reduction without compromising quality.

  3. Design for Assembly (DFA): Simplifying product structure for efficient assembly.

    What's Involved: Minimizing the number of parts and optimizing their orientation for assembly.

    Example: By designing a snap-fit mechanism instead of using screws, you could reduce assembly time by 30%.

  4. Design for Test (DFT): Ensuring products are easily testable post-manufacture.

    What's Involved: Incorporating test points and diagnostic features into the design.

    Example: Embedding QR codes for quick scanning can expedite the testing process by 25%.

  5. Design for Quality (DFQ): Achieving excellence in product quality.

    What's Involved: Robust design practices, tolerance analysis, and failure mode evaluation.

    Example: By incorporating redundancy in critical components, you can enhance product reliability by up to 40%.

DFx is not about a “one-size-fits-all” approach to product development; it's a tailored strategy that insures you new product is aligned with your specific business objectives. It's about making informed decisions early on to set the trajectory for cost, quality, and time-to-market.

The bottom line? DFx is not just an engineering practice; it's a business imperative. Engage early, design smart, and set the stage for unparalleled success.

Evaluating Electronic Manufacturing Services (EMS) Partners: 7 Essential Questions for Startups

Selecting the right Electronic Manufacturing Services (EMS) provider is a pivotal decision for any company, as the choice of partner can significantly influence the success trajectory of your product and company. In my last post, we reviewed 10 essential questions every company should ask potential EMS partners as part of their evaluation. For Startups this is even more critical given their unique requirements and dependence on partners for success.  

Startups face a number of unique challenges and priorities, with speed, flexibility, and cost-effectiveness often take center stage. With this in mind, here are 7 additional questions Startups should should ask potential EMS partners as part of their evaluation:

  1. Startup Experience: Does the EMS provider have prior experience working with startups? It is crucial for them to understand the dynamics of startups to be a suitable fit.

  2. Complementary Resources: Do they offer engineering and supply chain resources that complement the expertise of the startup? Partnering with an EMS provider that can fill the startup's gaps and provide expertise is beneficial.

  3. Time to Market Acceleration: Can they assist in expediting the time to market? Moreover, do they have a proven track record of assisting other startups in achieving this goal?

  4. Support Across Product Lifecycle Phases: Can they support the startup's needs throughout every product development phase, from proof-of-concept to high volume manufacturing? Finding an EMS provider that can accompany the startup's journey from start to finish is invaluable to avoid switching providers, which can be costly and time-consuming. A dedicated NPI team is an added benefit.

  5. Product Testing: How comprehensive is their product testing offering? Ensure that they can conduct or facilitate environmental and reliability tests and certifications if necessary for the product.

  6. Early Supplier Engagement: Can they provide valuable insights during the design phase? This can save time and money for startups in the long run. Look for proactive partners with industry-leading toolsets and clear design guidelines.

  7. Adaptability: Can they promptly adapt to frequent changes to product design and specifications, even if it impacts ongoing production? Startups may need to pivot rapidly based on feedback or new insights.

Through a thorough evaluation and by asking these targeted questions, Startups can find an EMS partner that aligns with their unique needs, and are able to support them throughout all stages of their growth journey. The goal is a long-term partnership that enhances your company's success, and creates a win-win scenario for all partners.

Evaluating Electronic Manufacturing Services (EMS) Partners: 10 Essential Questions

How do you ensure your EMS provider is the right fit? The answer lies in asking the right questions.

Selecting the right EMS provider is pivotal, as the choice can significantly influence your product and company's success. While needs vary by strategy and market, here are 10 questions to ask potential EMS partners:

  1. Industry Experience: Does the EMS provider have experience in your industry, and does their portfolio match your requirements? They should understand your market and business language.

  2. Industry Standards: Beyond standard certifications like ISO9000 and ISO14000, are they compliant with all required standards for your product, such as for medical and aerospace?

  3. Technological Investments: Have they invested in the latest technologies and equipment? This shows commitment to innovation and providing state-of-the-art services.

  4. Strategic Alignment: Do their strategies align with yours, and is there a cultural fit? A true partnership requires collaboration.

  5. Manufacturing Footprint: Does their manufacturing footprint and capability align with your short-term and long-term goals? Changing EMS providers is expensive and time consuming, so finding a scalable provider is crucial.

  6. Flexibility: Can they adapt to change in product volumes or product revisions promptly? This demonstrates their ability to adapt to changes in the market and customer needs.

  7. New Product Introduction: Do they have a structured process for introducing new and transferred products into their factory? A dedicated NPI team is a bonus.

  8. Pricing: Does their pricing and cost structure align with your needs, and are they actively working with you to reduce costs? This shows commitment to your success by proactively finding ways to be more cost-effective and competitive.

  9. Communication + Ease of Doing Business: Is their communication transparent and proactive, and are they responsive to your requests? The seamless flow of information and ability to collaborate quickly and easily is crucial for a successful partnership.

  10. Customer Feedback: Do they have a robust "Voice of the Customer" program to monitor service levels and customer satisfaction, and what are the latest results? This shows their degree of customer focus and commitment to continuous improvement.

Selecting the right EMS provider is more than a decision; it's a strategic partnership shaping your success. By asking these questions, companies can forge a partnership that resonates with their needs and fuels growth. The goal is to cultivate a relationship that drives success and creates a win-win for all partners."

Thailand's Thriving Electronics Industry

In the heart of Southeast Asia, Thailand's electronics industry has been quietly but steadily growing, transforming the country into a global powerhouse for electronics manufacturing and outsourcing, with a rich history, robust infrastructure, and a proven track record of investment and growth.

A Brief History of Electronics Manufacturing in Thailand

The electronics industry in Thailand has a long and storied history, dating back to the 1960s when the country began to industrialize, with computer hard disk companies like Seagate, Miniscribe, Maxtor, and Western Digital playing significant role in shaping the industry early on.

The Thai government has consistently made significant investments in the high-tech manufacturing sector for many years, spurring innovation and growth in the electronics and computer industries. The country has been able to attract global technology enterprises such as Toshiba, Lenovo, Canon, and HP, leveraging Thailand’s strategic location, skilled workforce, extensive infrastructure, and supportive government policies to establish successful operations in the country, all while realizing significant cost savings.

Fast forward to today, and these early investments have paid off handsomely.

Thailand's Electronics Manufacturing Industry Today

Today, Thailand’s electronics industry is thriving. With a supply chain of over 2,600 companies and nearly 360,000 employees, it is the country's largest manufacturing employer.

The industry has seen consistent revenue growth over the past several years, with electronics exports growing 29% over the past 3 years alone!

In 2021, electronics products were Thailand’s main exported products, amounting to over 42 billion U.S. dollars in value, leading other major product groups such as automotive, food, and machinery and equipment.

Why Companies Choose Thailand

There are several compelling reasons why companies choose to manufacture their electronics products in Thailand:

  1. Strategic Location in South East Asia

    Thailand is strategically located at the heart of Southeast Asia, making it a gateway to one of the world's most dynamic economic regions. This prime location provides easy access to a vast market with a combined population of over 600 million people. It is well-connected to other major Asian economies, including China, India, and Japan, through extensive road, sea, and air networks. This strategic location allows electronics manufacturers to easily distribute their products to both regional and global markets.

  2. Skilled Workforce in Electronics and Electronics Manufacturing

    d boasts a highly skilled and adaptable workforce, particularly in the field of electronics and electronics manufacturing. The country's strong emphasis on education and vocational training has resulted in a pool of workers who are not only technically proficient but also adaptable to the rapidly evolving needs of the electronics industry. This skilled workforce is a significant asset for electronics manufacturers, enabling them to maintain high standards of quality and efficiency in their operations.

  3. Extensive Infrastructure Supporting Electronics and Electronics Manufacturing

    Over the years, Thailand has invested heavily in developing a robust infrastructure that supports the needs of the electronics industry. This includes state-of-the-art industrial parks equipped with modern facilities, reliable power supply, and high-speed telecommunications networks. The country also has a well-developed logistics infrastructure, including deep-sea ports, international airports, and an extensive road and rail network, facilitating the swift movement of goods both within the country and to overseas markets.

  4. Supportive Government Policies

    The Thai government has been highly supportive of the electronics industry, implementing policies that encourage investment and growth in the sector. The Board of Investment (BOI) offers a range of incentives for companies in the electronics sector, including tax breaks, import duty exemptions, and support for research and development activities. The government also provides assistance in sourcing local suppliers and establishing industrial linkages, making it easier for companies to set up and expand their operations in the country.

  5. Cost-Effective Operations

    One of the key advantages of manufacturing in Thailand is the cost-effectiveness of operations. The country offers competitive labor costs, affordable utilities, and low corporate tax rates, all of which contribute to significant cost savings for electronics manufacturers. Additionally, the availability of local suppliers for various components and raw materials further reduces production costs and lead times. This cost-effectiveness, combined with the high quality of products, makes Thailand an attractive destination for electronics manufacturing.

Conclusion

Thailand's electronics industry, with its long history, robust infrastructure, and a proven track record of investment and growth, continues to be a beacon of growth and opportunity, offering an excellent environment for electronics manufacturing and outsourcing.  As the industry continues to grow and evolve, Thailand is well-positioned to remain a global leader in electronics manufacturing.

Pichai Duangtaweesub, the CEO of Forth EMS, one of the leading electronics manufacturers in Thailand, sums up the appeal of Thailand's electronics industry as follows:

"In Thailand, we have moved beyond the old narrative of manufacturing being only about cost savings. Today, it's a strategic choice, driven by our strong capabilities, advanced technology, and commitment to quality.

Thailand's strategic location at the heart of Southeast Asia, coupled with our world-class logistics infrastructure, provides us with a unique advantage, connecting us seamlessly to the global market. Our government's proactive and industry-friendly policies instill long-term confidence in our partners and customers.

Our greatest asset, however, is our people. With a strong emphasis on education, we have cultivated a highly skilled, adaptable, and culturally diverse workforce. This human capital is the backbone of our industry, and driving Forth EMS’ continuous growth.”

The Power of Product Development Partnerships

One of the key focus areas for companies today is finding ways to increase their rate of product innovation. They need to keep up to date with changes in technology and the market, and continue to differentiate themselves from competitors. According to a recent Thomas survey, 28% of manufacturing and industrial companies in the U.S. are planning on launching a new product or service in the next year, and the Harvard Business School reports that more than 30,000 new consumer products are launched each year.   

Companies today need to develop new and innovative products better, faster, and cheaper than ever before, while at the same time minimizing risk. But developing new products is costly, time-consuming, risky, and often requires specialized skills and equipment beyond the firm’s existing capabilities.  

One approach that has become increasingly popular in developing new products is to partner with contract manufacturing companies.  Many leading companies, such as Boeing, Samsung, and Apple, have turned to product development partnerships as a way of accelerating their development process while simultaneously reducing costs and lowering risks.  

Today most leading contract manufacturers can support all phases of the product lifecycle from concept, through commercialization, to product launch. But what exactly are the advantages of this approach?  

Here is a list of some of the most significant benefits, and how these translate into business results:

Reduced Development Costs 

Combining your investment in expertise and capital with your partner’s investment, allows you to leverage a smaller investment in product development.  

This means you can invest more into marketing and sales to help grow your overall revenue and improve your profitability, resulting in a better and faster return on investment. Development projects using a partnership model typically show at least twice the ROI of those that do not.  

Faster Time-to-Market 

A partner can reduce time-to-market by augmenting your existing resources, bringing in additional expertise and service in critical areas such as engineering, operations, and supply chain, allowing you to shrink your development time.  

Accelerating time to market enables you to get your product to market faster than your competitors, giving you a first-mover advantage to gain market share. In addition, time-to-market is the single biggest contributor to profit after product cost. A recent McKinsey study showed that being 6 months late to market results in a 33% drop in 5-year profitability, however being 50% over budget on development only results in a 4% drop in 5-year profitability. 

Better, More Innovative Products

Using a partner can give you a better and broader understanding of the innovation and options available to you to use in developing your product.  Products developed in this model typically were more innovative, with better product performance, and higher product quality.  This allows you to differentiate yourself from the competition and improve customer satisfaction and retention.  

Partnering with a contract manufacturer can be an extremely advantageous approach for companies looking to develop new products. By leveraging the expertise and capital of your partner, you can reduce development costs, shorten time-to-market, and create better and more innovative products than if you were to go it alone.

If you're looking for help getting started with product development partnerships, or want to learn more about the benefits of partnering with a contract manufacturer, we would be happy to discuss this with you.  Epic Innovations is a product development and supply chain management company that helps clients get their products to market better, faster, and cheaper.  Contact us today at info@epicinno.com and let’s talk about how we can help you achieve your business goals!

The 3 Truths of Product Development

The Three Truths of Product Development

It doesn’t matter whether the product is hardware or software, a consumer or industrial product, or a durable or consumable good, no matter what the product, there are three fundamental truths that govern the success or failure of any product:

1 - A product is just a wrapper for a solution:

Successful products must either solve a person’s problem or improves their happiness; if neither of these are true the product is a solution looking for a problem and will not succeed long term.

2 - People buy solutions, not products:

A product at it’s core must deliver value in a clear, direct and simple way; if the product cannot communicate this clearly, or is overly complicated and difficult to use, or loaded down with “features” that are not related to it’s core value proposition, it will not succeed long term.

3 - Product development is a team sport:

Product development is not owned by any one function, it needs to be owned across the entire organization and become a core function of the entire organization, supported by the appropriate accountabilities and incentives to insure alignment.