H-Sci-Med-Tech: New posted content
Özkan on Beatty and Solares, 'An Engineered World: The Role of Engineers in Global Modernity' [Review]
Beatty, Edward; Solares, Israel G., eds.. An Engineered World: The Role of Engineers in Global Modernity. : MIT Press, 2025. x + 322 pp. $70.00 (paper), ISBN 9780262553353.
Reviewed by
Desen S. Özkan (University of Connecticut)
Published on
H-Sci-Med-Tech (April, 2026)
Commissioned by
Penelope K. Hardy (University of Wisconsin-La Crosse)
Printable Version: https://www.h-net.org/reviews/showpdf.php?id=62567
In a moment when engineering educators increasingly emphasize the importance of cultivating “global competencies,” Edward Beatty and Israel G. Solares offer a historical reminder that engineering itself has always been a global profession. In An Engineered World: The Role of Engineers in Global Modernity, the editors assemble a series of case studies spanning China, South Africa, Mexico, India, Europe, and the United States to demonstrate that “modern engineering was born global” (p. 11). Rather than emerging within national boundaries and later expanding outward, the modern engineering profession developed alongside the rise of empire and global capitalism in the late nineteenth century. From its earliest institutionalization, engineering involved the constant interaction of global influences with locally grounded problem-solving. Beatty and Solares argue that the twentieth-century professionalization of engineering was not a consequence of globalization but an intrinsic element of what engineering entails and what engineers are trained to do.
Several chapters illustrate how engineers functioned as intermediaries linking global capital with local technical environments. Stephen Tuffnell’s chapter examines consulting engineers based in the City of London who acted as critical brokers between large-scale financial capital and technical expertise that managed globally distributed mining enterprises. Focusing on the Witwatersrand gold district in South Africa, Tuffnell shows how the geological contexts of extracting ore from deep deposits, combined with the immense investment capital required for extraction, generated networks of internationally mobile engineers. These engineers coordinated technical knowledge, managerial practices, and financial resources across continents, demonstrating how engineering’s mobility was central in organizing the industrial systems that underpinned global mining.
Other chapters highlight how engineering knowledge circulated through global networks while being reshaped by local contexts. Mikael Wolfe’s chapter on nineteenth-century Mexico traces the emergence of meteorology within the engineering profession as an applied science connected to agricultural productivity and infrastructure planning. Meanwhile, Douglas R. Jones’s analysis of South African gold mining reveals how American engineers imported labor accounting methods developed in Venezuela. In South Africa these practices became tools for managing labor costs through racially differentiated productivity metrics, demonstrating how engineering techniques that appeared neutral and technical could reinforce systems of colonial labor control.
Two chapters focused on China further complicate diffusionist narratives of engineering knowledge flowing outward from Western centers. Elisabeth Köll demonstrates that the development of technical capacity in China was not a linear process of Western adoption but a series of experiments shaped by interactions among local actors, corporations, and imperial institutions. A related chapter, by Mark Hendrickson, traces the development of antimony production in Hunan Province, where Chinese entrepreneurs acquired the technical and commercial expertise necessary to dominate global antimony markets during the early twentieth century. These cases illustrate how local actors actively adapted and transformed engineering knowledge, reshaping global industrial systems in the process.
In the seventh chapter, Marco Bertilorenzi investigates the relationship between the training and mobility of French mining engineers and the state’s foreign direct investments between 1893 and 1973. Drawing on a dataset detailing the employment trajectories of 2,595 civil mining engineers over this period, Bertilorenzi traces the global movements of French engineers through a spatial analysis of individual careers. He identifies three distinct periods: pre-World War I globalization, the interwar period of deglobalization, and the postwar period of economic growth. French engineering global mobility rose and fell accordingly. Importantly, Bertilorenzi argues that this mobility cannot be explained solely through state-led colonial expansion and offers two additional dimensions. Engineers also acted as entrepreneurial agents, frequently changing positions in response to personal motivations and shifting opportunities. At the same time, technological change shaped patterns of mobility, as engineers with expertise aligned to emerging technologies were better positioned to move across regions. These trends were accompanied by a broader professional shift from technical roles toward consulting work, further embedding engineers within global networks of capital and expertise.
Aparajith Ramnath’s chapter similarly highlights the interaction between imperial institutions and emerging national projects through the career of the engineer M. Visvesvaraya in colonial India. Trained within British colonial engineering structures, Visvesvaraya later became a prominent advocate for industrial development and economic planning in India. His career as a public works engineer, administrator, and public intellectual illustrates how colonial engineering bureaucracies could later become institutional foundations for national development strategies. Ramnath’s analysis underscores how engineering expertise circulated through imperial networks while simultaneously contributing to new forms of national economic planning.
The global circulation of engineering knowledge continued into the mid-twentieth century through such institutions as the Armour Research Foundation (ARF), the focus of Aurora Gómez-Galvarriato’s chapter. Initially established as a research and development organization supporting wartime technologies in the United States, the ARF later expanded its activities internationally through President Harry Truman’s Point Four program. Working with governments across Latin America, the Middle East, and South Asia, ARF specialists helped establish technical research institutes aimed at building local industrial capacity. Gómez-Galvarriato’s chapter highlights the complex interaction between US geopolitical influence and the efforts of countries in the Global South to develop independent technical infrastructures.
Across these cases, Beatty and Solares emphasize the interplay between the universal claims of engineering knowledge and the local conditions in which it was applied. Engineers frequently framed their expertise as grounded in scientific principles with universal validity, yet successful engineering practice depended on adapting these principles to specific environmental, economic, and political circumstances. Technical journals and professional networks mediated this process by circulating practical knowledge and reinforcing the profession’s claim to authoritative expertise.
The volume reveals how the authority of engineering expertise was deeply intertwined with systems of empire, capitalism, and state power. Engineers designed and managed infrastructures that facilitated resource extraction, industrial production, and territorial administration. By the early twentieth century, professional engineers had become what the editors describe as the “pivotal actors of modernity,” confident in the universal authority of their expertise and central to the development of global industrial capitalism (p. 245).
While the chapters carefully document how engineers operated within imperial and capitalist systems, the book is less explicit in interrogating the engineering profession’s claims to and reinforcements of neutrality and universal authority that helped legitimize these systems. Scholars in engineering studies have long noted how the framing of engineering knowledge in education as objective and apolitical can obscure the social and political consequences of technical decisions.[1] From this perspective, the historical cases presented in the volume might also be read as illustrating how claims of technical neutrality allowed engineers to participate in projects of colonial extraction, racialized labor management, and geopolitical influence while maintaining the appearance of professional impartiality.
Ultimately, An Engineered World makes an important contribution to the history of technology and engineering studies by demonstrating that engineering’s global character was foundational rather than incidental. The profession emerged through the movement of people, institutions, and knowledge across imperial and national boundaries, shaping and being shaped by the global systems of capital and governance that defined modern engineering. For scholars interested in the history of engineering, empire, and globalization, the volume provides a compelling reminder that the engineered world is inseparable from the political and economic structures within which engineering expertise developed. At the same time, the book’s historical narrative reinforces a challenge raised by contemporary critics of engineering culture: Understanding how engineering became global also requires examining how the profession’s claims to universal, neutral expertise helped produce and justify the inequitable worlds that engineers helped build and maintain. Beatty and Solares also emphasize that national boundaries remained important in shaping engineering institutions. Governments across the world, including the United States, Japan, India, and the Soviet Union, invested heavily in engineering education and technical capacity as part of broader projects of industrialization and national sovereignty. National cultures of engineering emerged from locally rooted institutional environments even as engineers operated within transnational professional networks. Engineers and the organizations that employed them frequently aligned their work with national or imperial ambitions, contributing to military, economic, and infrastructural projects that extended state power.
By foregrounding the global mobility of engineering knowledge, institutions, and practitioners, Beatty and Solares offer an important corrective to national or linear narratives of technological progress. Their volume demonstrates that the modern engineering profession and the engineered world cannot be understood apart from the transnational networks, imperial projects, and local adaptations that shaped their development. At the same time, the book raises questions that remain highly relevant today. As engineering educators and policymakers increasingly frame engineering as a global profession responsible for addressing transnational challenges, such as climate change and infrastructure development, this historical account reminds us that engineering’s global reach has long been intertwined with systems of power, capital, and empire.[2] Understanding this history is therefore essential not only for historians of technology but also for those seeking to reimagine the social responsibilities of engineers in an increasingly interconnected world.
Notes
[1]. For example, Erin A. Cech, “Culture of Disengagement in Engineering Education?,” Science, Technology, & Human Values 39, no. 1 (2014): 42–72, https://doi.org/10.1177/0162243913504305; Donna Riley, Engineering and Social Justice (Morgan & Claypool, 2008); and Amy E. Slaton, Race, Rigor, and Selectivity in U.S. Engineering: The History of an Occupational Color Line (Harvard University Press, 2010).
[2]. National Academy of Engineering, The Engineer of 2020: Visions of Engineering in the New Century (The National Academies Press, 2004).
Citation:
Desen S. Özkan.
Review of
Beatty, Edward; Solares, Israel G., eds..
An Engineered World: The Role of Engineers in Global Modernity.
H-Sci-Med-Tech, H-Net Reviews.
April, 2026.
URL:
https://www.h-net.org/reviews/showrev.php?id=62567
This work is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 3.0 United States License.
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