It's fun to work at a placewhere people truly BELIEVE in what they are doing!

　　We're committed to bringing passion and energy to Colorado School ofMines.Tenure/Tenure-Track Professor and Rowlinson Chair in MechanicalEngineering (Tenure-Track Faculty), Additive Manufacturing Specialization

　　The Opportunity

　　Colorado School of Mines (Mines) invites applications foranewTenure/Tenure-Track faculty position in the area of Additive Manufacturing(AM) within the Mechanical Engineering (ME) Department at theAssistant or AssociateProfessor rank.Exceptional candidates at the AssociateProfessor rank will be considered for theRowlinson Chair appointment,whichis supported by an endowment providingdiscretionary funding to enhanceresearch and/or teaching activities. Thisposition is an integral part ofMines' strategic effort to support and expand core research strengthsandsupport research and teaching efforts in the ME Department.Candidates areexpected to demonstrate an ability to teach courses that serve both the coreMEcurriculumas well as topics specific to AM. Preferred areas of teachingcontribution within ME include solid mechanics, materials,manufacturing, modeling and simulation (e.g., FEA, CFD), design,or biomechanics. The ideal candidate will also have a successful track recordin AM-related research. Specific areas of research interest include, but areno

　　Design optimization: Topology optimization incorporating materials andmanufacturing, new design methodologies, multi-functional component designusing AM, multi-physics modeling (e.g., structural, heat transfer,fluid flow).

　　Process sensing, monitoring and control: Areas of sensor hardware,signalanalysis for quality assurance, feedback control, computer visionand machine learning (ML) techniques.

　　Process modeling: Application of AM process modeling tools, novel modelingmethodologies, multi-alloy, multi-material composition and processing design.

　　Integration of interdisciplinary techniques is encouraged, such as datascience, statistical methods, uncertainty quantification, artificialintelligence/ML, and application of augmented reality/virtual reality.

　　The successful candidate should be able to articulate a compelling visionforteaching emerging AM topics and creating a strongexternally funded researchprogram that leverages collaboration with ongoing work at Mines and addressesnational research priorities in AM.The successful candidate will alsodemonstrateapotential for service and excellence in training future STEMleaders to address pressing advanced manufacturing challenges at theregional, national, and global level.This position will contribute toMines' interdisciplinary research culture and mission asa top-of-mind andfirst-choice school for students, public and private partners, and facultyand staff.The successful candidate will have the opportunity to collaboratewith colleagues in other departments across campususing a broad range ofexisting equipment through the Alliance for the Development of AdditiveProcessing Technology (ADAPT)research center and industry consortium()and interdisciplinary graduate programs such as Additive Manufacturing().Faculty will also benefit from exciting opportunities to collaborateand interface with regional partners, including federal labs (NREL,NIST) and i

　　For further information about the position, please contactthe searchchair, Dr. Joy Gockel at .

　　Responsibilities

　　Develop and deliver course materials to undergraduate and graduate students inMechanical Engineering and Additive Manufacturing in traditional, hybrid,and online platforms.

　　Supervise and mentor undergraduate and graduate students.

　　Cultivate and promote an inclusive and diverse Mines community throughrecruiting, mentorship, and service.

　　Establish and/or maintain a high-quality publication record.

　　Develop and/or maintaina strong, active,and externally fundedresear hprogram that leadsto high-quality scholarly publications.

　　Contribute to the institution and the professional community through activeservice.

　　Minimum Qualifications

　　Ph.D. in Mechanical Engineering or a closely related discipline from anaccredited program by the time the appointment begins.

　　Scholarly activity and potential for research excellence in the broad area ofadditive manufacturing, as evidenced by current and ongoing publicationsand/or conference presentations.

　　Potential to support excellent teaching and curriculum development inMechanical Engineering and Additive Manufacturing at both the undergraduateand graduate levels.

　　Commitment and ability to connect best practices in diversity, inclusion,and access to create research and learning environments where all can succeed.

　　General pedagogical knowledge (how to teach); pedagogical contentknowledge (how to teach a specific discipline); ability to useinstructional technology for effective teaching both in the classroom and