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This thesis deals with the issues of industrial communication, that is necessary to take account before making a final draft of industrial infrastructure and the overall design of a network infrastructure for a particular object. The first part of this thesis describes ICS system, parts of ICS and principle of operation. The thesis also focuses on the current trends in industrial networks, systems communication, security requirements of physical layer and the main differences from commercial infrastructures. The second part of the thesis describes the design of infrastructure for the foundry object. The final draft resolves the location of the switchboards, the specification of the used elements, the security, the cost of the solution and the final solution in practice.

With over 16,500 documented vacant commercial and residential units, roughly 20 miles of abandoned rail lines, a historic loss of approximately 330,000 residents, millions of gallons of annual surface water sewage discharges, and a decade-long failed water quality consent decree - Baltimore, Maryland lies at a crux of chronic challenges plaguing America’s formerly most economically and industrially powerful cities (Open Baltimore GIS [Vacancies Shapefile], 2017; “Harbor Water Alert” Blue Water Baltimore, 2017). Impending environmental threats in the “Anthropocene” (Crutzen, 2004) and increased attention to societal injustices warrant heightened inclusivity of social and natural urban functions. Socioecological inequities are often highly conspicuous in declining post-industrial American cities such as Baltimore. Chronic social, economic, and environmental perturbations have rendered some of once critical American infrastructure outdated, underutilized, and/or abandoned. Rivers, forests, rail corridors, as well as residential and industrial building stock are in significantly less demand than when America’s industrial age shaped urban landscapes in the late nineteenth/early twentieth centuries. Compounded by insensitive traditional urban development, these phenomena jeopardize urban social and ecological function. This thesis is an examination of contemporary urban ecology concepts as a systemic approach for revitalizing socially and ecologically marginalized urban areas, with an application in West Baltimore, Maryland neighborhoods. Through an examination of socioecological dilemmas and root causes, a conceptual procedure for urban blight mitigation along the Gwynns Falls corridor is proposed. Adopting an urban green infrastructure plan offers comprehensive alternative solutions for West Baltimore’s contemporary challenges. Master plans are proposed for the Shipley Hill, Carrollton Scott, and Mill Hill neighborhoods in West Baltimore. Site scale socioecological connections are suggested for the Shipley Hill neighborhood with contextual linkages in the surrounding neighborhoods. Additionally, policy considerations are explored for revitalizing Baltimore’s most vulnerable landscapes. By transforming derelict industrial infrastructure to dynamic socioecological patches and corridors, this work aims to enhance socioecological equity and connectivity. Negative aspects of Baltimore’s contemporary urban condition such as blight, high vacancy rates, ecological damage, population decline, and other symptoms of shrinking cities are deeply rooted in a complex evolution of social, environmental, and economic management. Current challenges facing Baltimore can be directly linked to a long history, specifically including industrialization and systematic segregation of neighborhoods. As the United States entered a period of stability following the industrial revolution, domestic manufacturing dwindled, causing a once strong workforce population to leave industrial mega-cities such as Baltimore. This population exodus left behind prior workforce housing and industrial infrastructure, much of which now nonessential to Baltimore’s contemporary urban functions. Housing vacancies and abandoned infrastructure are most noticeable in Baltimore’s predominately minority neighborhoods. Historically marginalized by systematic segregation tactics, “redlined” neighborhoods largely continue to lack sufficient social and economic capital for adaptation to a transformative new era in Baltimore’s history. Disparities in these minority neighborhoods have shown lasting consequences and continue to suffer from financial, social, and ecological neglect. However, progressive urban planning processes pose significant opportunity for equitable inclusion of historically marginalized urban communities through the introduction of green infrastructure. Because socioecological disparities in Baltimore are incredibly complex, an equally complex solution is necessary to adequately alleviate symptoms of declining cities. Although much research and literature has been cited in systemic solutions aiming to address the totality of these issues, practical implication of these strategies remains limited. This thesis aims to identify primary drivers of socioecological inequity as well as recommend policy and spatial solutions to alleviate symptoms of shrinking cites specific to Baltimore. / Master of Urban and Regional Planning / With over 16,500 documented vacant commercial and residential units, roughly 20 miles of abandoned rail lines, a historic loss of approximately 330,000 residents, millions of gallons of annual sewage discharges, and continual annually self-reported “F’s” in surface water quality - Baltimore, Maryland lies at a crux of chronic challenges plaguing America’s formerly most economically and industrially powerful cities (Open Baltimore GIS [Vacancies Shapefile], 2017; “Harbor Water Alert” Blue Water Baltimore, 2017). Baltimore, Maryland has observed tremendous changes in social, environmental, and economic development since circa mid twentieth century. Baltimore has historically been known as an industrial powerhouse for American and global economies. However, industrial functions of port cities are in significant less demand than during the industrial revolution era. Consequently, job losses and suburbanization trends led to a population exodus from the city, leaving behind historic workforce housing and industrial infrastructure. With dramatically lower employment opportunities and nonessential railroads and streets, much of Baltimore’s initial urban development now lies vacancy, ruin, and decay. Quite simply, there is no longer a demand for some prior housing or infrastructure that served the once prosperous city nearly a century ago. Diminishment of private enterprise presence has hindered the city’s ability to maintain these vacant areas. Entire neighborhoods are sometimes like ghost towns, allowing for crime to flourish. This vagrancy is highly noticeable in West Baltimorean neighborhoods. Demographics in these neighborhoods are largely the result of segregation era politics. Historic discrimination has led to long-term marginalization and disinvestment. Significant opportunities are present in these areas for equitable redevelopment, namely green infrastructure. Vacancy and blight remediation in West Baltimore is a worthwhile cause. Adopting a green infrastructure plan offers opportunity to bolster social and environmental health. This thesis is an examination of contemporary urban ecology concepts as a systemic approach for revitalizing socially and ecologically marginalized urban areas, with an application in West Baltimore, Maryland neighborhoods. Through an examination of socioecological dilemmas and root causes, a conceptual procedure for urban blight mitigation along the Gwynns Falls corridor is proposed. Master plans are proposed for the Shipley Hill, Carrollton Scott, and Mill Hill neighborhoods in West Baltimore. Site scale socioecological connections are suggested for the Shipley Hill neighborhood with contextual linkages in the surrounding neighborhoods. Additionally, policy considerations are explored for revitalizing Baltimore’s most vulnerable landscapes. By transforming derelict industrial infrastructure to dynamic socioecological patches and corridors, this work aims to enhance socioecological equity and connectivity in West Baltimore’s most vulnerable landscapes. Negative aspects of Baltimore’s contemporary urban condition such as blight, high vacancy rates, ecological damage, population decline, and other symptoms of shrinking cities are deeply rooted in a complex evolution of social, environmental, and economic management. Current challenges facing Baltimore can be directly linked to a long history, specifically including industrialization and systematic segregation of neighborhoods. As the United States entered a period of stability following the industrial revolution, domestic manufacturing dwindled, causing a once strong workforce population to leave industrial mega-cities such as Baltimore. This population exodus left behind prior workforce housing and industrial infrastructure, much of which now nonessential to Baltimore’s contemporary urban functions. Housing vacancies and abandoned infrastructure are most noticeable in Baltimore’s predominately minority neighborhoods. Historically marginalized by systematic segregation tactics, “redlined” neighborhoods largely continue to lack sufficient social and economic capital for adaptation to a transformative new era in Baltimore’s history. Disparities in these minority neighborhoods have shown lasting consequences and continue to suffer from financial, social, and ecological neglect. However, progressive urban planning processes pose significant opportunity for equitable inclusion of historically marginalized urban communities through the introduction of green infrastructure. Because socioecological disparities in Baltimore are incredibly complex, an equally complex solution is necessary to adequately alleviate symptoms of declining cities. Although much research and literature has been cited in systemic solutions aiming to address the totality of these issues, practical implication of these strategies remains limited. This thesis aims to identify primary drivers of socioecological inequity as well as recommend policy and spatial solutions to alleviate symptoms of shrinking cites specific to Baltimore.

This project explores a reinterpretation process of a deindustrial site through landscape architecture. By using the industrial process to guide the formation of the landscape, spaces, and experiences, a semi-abandoned industrial site is transformed into a cultural park. The purpose of the project is to articulate the intriguing qualities of a deindustrial site and respond to them through a design process that is sensitive to the history and character of the site, while allowing contemporary uses and experiences to evolve. / February 2008

This project explores a reinterpretation process of a deindustrial site through landscape architecture. By using the industrial process to guide the formation of the landscape, spaces, and experiences, a semi-abandoned industrial site is transformed into a cultural park. The purpose of the project is to articulate the intriguing qualities of a deindustrial site and respond to them through a design process that is sensitive to the history and character of the site, while allowing contemporary uses and experiences to evolve.

This project explores a reinterpretation process of a deindustrial site through landscape architecture. By using the industrial process to guide the formation of the landscape, spaces, and experiences, a semi-abandoned industrial site is transformed into a cultural park. The purpose of the project is to articulate the intriguing qualities of a deindustrial site and respond to them through a design process that is sensitive to the history and character of the site, while allowing contemporary uses and experiences to evolve.