Faculty

Institution

Unit

Venue

Robert Leicht

Professor

Pennsylvania State University

Affiliations

Penn State College of Engineering

Architectural Engineering

Robert Leicht is currently serving as an Architectural Engineering Professor at Pennsylvania State University.

Honors

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Experiences

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Education

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Robert Leicht

Pennsylvania State University

Professor

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engineering systems engineering construction engineering civil engineering design construction management machine learning modeling and simulation built environment building engineering robotics building information modelling engineering education team performance virtual reality information technology interactive workspaces construction industry robotic construction higher education building performance emotional intelligence construction technology automation in construction building design construction projects bim project execution intelligent robot robotics automation green building information management classroom instruction process modelling structural design industrial robotics immersive technologies sustainable construction organizational psychology energy analysis building technology process model effective collaboration engineering course cross-case analysis trade contractors management engineering industrial ergonomics sustainable development thermal engineering women's studies human-computer interaction physical prototyping group process human relations active learning classroom practices occupational ergonomics empirical case studies integrated design design management maintainability remote collaboration robotic process automation facility planning case studies architecture management user involvement performance assessment student success process automation virtual prototyping large undergraduate course team integration project delivery performance group cohesion design review meetings infrastructure engineering indoor environmental quality digital twins architecture architectural engineering urban planning

Notable Scholarly Works

Notable Federal Grants

Collaborators

Beyond Trial and Error: Toward Construction-Aware Early Design Optimization Considering Robotic Capabilities. Architecture Structures and Construction (2025)

Seyed Hossein ZargarRobert M. LeichtAlan R. WagnerJose DuarteNathan C. Brown

design optimizationrobotic capabilitiesconstruction technologyconstruction engineeringengineeringarchitectureconstruction managementengineering optimizationstructural optimization

Applications of Digital Twins for the Construction Process. Computing in Civil Engineering (2024)

Devayani Y. JahagirdarRobert M. Leicht

technologyconstruction engineeringengineeringdigital twinsconstruction processapplied mathematics

A Schema for Robotics Operations in Construction. Computing in Civil Engineering (2024)

Fangxiao LiYuqing HuRobert M. Leicht

robotics operationsengineeringrobotics

Automated Constructability Assessment for Robotics in Construction: Case Study of Canvas. Construction Research Congress 2022 (2024)

Ziyi WangYuqing HuRobert Leicht

systems engineeringroboticsconstructability assessment

Capstone Redesign: Engaging Stakeholders to Find the Balance Between Individual and Team Learning Outcomes. (2024)

Ryan SolnoskyRobert LeichtZiyi Wang

stakeholder engagementhuman capitalteam learning outcomescapstone redesignbiomedical engineeringperformance studies

Constructability Assessment for Robotics in Construction. Computing in Civil Engineering (2024)

Ziyi WangYuqing HuRobert Leicht

roboticsconstructability assessmentcivil engineering

Contributions of Interdisciplinary Learning Toward Ae Graduates’ Success: An Industry Perspective. (2024)

Ziyi WangRobert LeichtRyan Solnosky

engineering educationindustry perspectiveengineeringelectrical engineeringhigher educationae graduates

Developing a Work Package Approach for Construction Robotics. Lecture notes in civil engineering (2024)

Ziyi WangMuhammad Amir Hamza KhanYuqing HuRobert Leicht

construction engineeringconstruction roboticsengineeringcivil engineering

Development of a Parametric Modeling Method for Masonry Wall Systems to Support Robotic Construction. Computing in Civil Engineering (2024)

Austin D. McClymondsSomayeh AsadiRobert M. Leicht

masonry wall systemsparametric modeling methodengineeringcivil engineeringrobotic constructionrobotics

Evaluating the Safety Climate in Construction Projects: A Longitudinal Mixed-Methods Study. Buildings (2024)

Miaomiao NiuRobert M. Leicht

longitudinal mixed-methods studymixed-methods researchconstruction engineeringstructural safetycivil engineeringconstruction projectssafetysafety climate

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Robert Leicht

Professor

Pennsylvania State University

Affiliations

Penn State College of Engineering

Architectural Engineering

Robert Leicht is currently serving as an Architectural Engineering Professor at Pennsylvania State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Robert Leicht

Pennsylvania State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Beyond Trial and Error: Toward Construction-Aware Early Design Optimization Considering Robotic Capabilities. Architecture Structures and Construction (2025)

Seyed Hossein ZargarRobert M. LeichtAlan R. WagnerJose DuarteNathan C. Brown

design optimizationrobotic capabilitiesconstruction technologyconstruction engineeringengineeringarchitectureconstruction managementengineering optimizationstructural optimization

Applications of Digital Twins for the Construction Process. Computing in Civil Engineering (2024)

Devayani Y. JahagirdarRobert M. Leicht

technologyconstruction engineeringengineeringdigital twinsconstruction processapplied mathematics

A Schema for Robotics Operations in Construction. Computing in Civil Engineering (2024)

Fangxiao LiYuqing HuRobert M. Leicht

robotics operationsengineeringrobotics

Automated Constructability Assessment for Robotics in Construction: Case Study of Canvas. Construction Research Congress 2022 (2024)

Ziyi WangYuqing HuRobert Leicht

systems engineeringroboticsconstructability assessment

Capstone Redesign: Engaging Stakeholders to Find the Balance Between Individual and Team Learning Outcomes. (2024)

Ryan SolnoskyRobert LeichtZiyi Wang

stakeholder engagementhuman capitalteam learning outcomescapstone redesignbiomedical engineeringperformance studies

Constructability Assessment for Robotics in Construction. Computing in Civil Engineering (2024)

Ziyi WangYuqing HuRobert Leicht

roboticsconstructability assessmentcivil engineering

Contributions of Interdisciplinary Learning Toward Ae Graduates’ Success: An Industry Perspective. (2024)

Ziyi WangRobert LeichtRyan Solnosky

engineering educationindustry perspectiveengineeringelectrical engineeringhigher educationae graduates

Developing a Work Package Approach for Construction Robotics. Lecture notes in civil engineering (2024)

Ziyi WangMuhammad Amir Hamza KhanYuqing HuRobert Leicht

construction engineeringconstruction roboticsengineeringcivil engineering

Development of a Parametric Modeling Method for Masonry Wall Systems to Support Robotic Construction. Computing in Civil Engineering (2024)

Austin D. McClymondsSomayeh AsadiRobert M. Leicht

masonry wall systemsparametric modeling methodengineeringcivil engineeringrobotic constructionrobotics

Evaluating the Safety Climate in Construction Projects: A Longitudinal Mixed-Methods Study. Buildings (2024)

Miaomiao NiuRobert M. Leicht

longitudinal mixed-methods studymixed-methods researchconstruction engineeringstructural safetycivil engineeringconstruction projectssafetysafety climate

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5
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10 / page

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Similar Faculty Members

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engineering

augmented reality

John Messner

Institution

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design

infrastructure engineering

Julian Wang

Institution

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design

sustainable cities

Ali Memari

Institution

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structural health monitoring

resilient building

Yelda Turkan

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digital twins

Semiha Ergan

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virtual reality

digital twins

Fernanda Leite

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complex systems engineering

Carlos Caldas

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project management

construction engineering

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industrial informatics

cyber-physical systems