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Cornell University - MSE 1810 MSE at Cornell: an Introduction for Freshmen

Introduces materials science and engineering to students considering MSE as their major. Lectures by MSE professors, alumni, and industrial researchers. Topics covered include MSE major requirements as preparation for real-world engineering. Cutting-edge MSE research involving undergraduates. Industrial R&D. Tours of Cornell centers and MSE facilities.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 1910–1920 Research Involvement Ia and Ib

For description, see MSE 2910. May be continuation or a one-semester affiliation with a research group.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 2060 Atomic and Molecular Structure of Matter (also MAE 3130)

Discusses the basic elements of structure; order and disorder; ideal gas; crystals; liquids; amorphous materials; polymers; liquid crystals; composites; crystal structure; x-ray diffraction.
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Cornell University - MSE 2610 Mechanical Properties of Materials: From Nanodevices to Superstructures (also ENGRD 2610)

For description, see ENGRD 2610.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 2620 Electronic Materials for the Information Age (also ENGRD 2620)

For description, see ENGRD 2620.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 2910–2920 Research Involvement IIa and IIb

Supervised independent research project in association with faculty members and faculty research groups of the department. Students design experiments, set up the necessary equipment, and evaluate the results. Creativity and synthesis are emphasized. Each semester may be taken as a continuation of a previous project or as a one-semester affiliation with a research group.
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Cornell University - MSE 3010 Materials Chemistry (also MSE 5810)

Provides a molecular understanding of materials properties: quantum chemistry, symmetry aspects of chemical bonding, solid state reactions, and electrochemistry. Materials include polymers, organic semiconductors, organic-inorganic hybrids, and biomaterials.
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Cornell University - MSE 3030 Thermodynamics of Condensed Systems (also MSE 5830)

Introduces the three laws of thermodynamics as the fundamental basis for thermal and chemical equilibrium, coupled with statistical mechanical interpretations for entropy and specific heat capacities. Applies these principles to understanding phase equilibria and phase diagrams, heterogeneous reactions, solutions, surfaces, and defects. Introduces electrochemistry and fuel/power cells.
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Cornell University - MSE 3040 Kinetics, Diffusion, and Phase Transformations (also MSE 5840)

Topics include phenomenological and atomistic theories of diffusion; diffusion in metals, alloys, and nonmetals, including polymers; diffusion in the presence of driving forces; fast diffusion paths; thermo- and electrotransport; interfaces and microstructure; nucleation and growth; growth of product layers (parabolic and linear kinetics); solidification of alloys; diffusional and diffusionless transformations in solids; glass transition.
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Cornell University - MSE 3050 Electronic, Magnetic, and Dielectric Properties of Materials (also MSE 5850)

Electronic structure of materials and connection to transport, magnetic, and dielectric properties. Wave and particle nature of electrons, wave packets, potential wells, barriers, tunneling. Valence electron behavior in crystals, density of states for metals, Fermi level, field and thermionic emission, Schottky barriers. Periodic potentials and band structure of crystals. Intrinsic and doped semiconductors, junction electronic and optical devices. Physical origin of magnetic behavior, ferromagnetic domains, magneto-resistance. Materials for data storage and manipulation. Polarization in dielectric materials; frequency dependence of dielectric constants and refractive indices. Ferroelectric domains. Dielectric components in devices. The close connection between fundamental concepts and current technology is emphasized.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 3070 Materials Design Concepts I

For description, see MSE 4070.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 3110 Junior Laboratory I

Practical laboratory covering the analysis and characterization of materials and processing. Labs are based on materials from courses in chemistry of materials and thermodynamics of condensed systems.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 3120 Junior Laboratory II

Practical laboratory covering the analysis and characterization of materials and processing. Labs are based on course material in kinetics, diffusion, and phase transformation and electronic, magnetic, and dielectric properties of materials.
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Cornell University - MSE 3910–3920 Research Involvement IIIa and IIIb

For description, see MSE 2910. May be continuation or a one-semester affiliation with a research group.
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Cornell University - MSE 4020 Mechanical Properties of Materials, Processing, and Design (also MAE 3120, MSE 5820)

Relationship between microscopic mechanisms and macroscopic mechanical behavior of engineering materials, how mechanical properties can be modified, and criteria for selection and use of materials in design. Stress, strain and elastic constants as tensor quantities, viscoelasticity and damping, plastic deformation, creep deformation, fracture, and fatigue.
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Cornell University - MSE 4030–4040 Senior Materials Laboratory I and II

Practical laboratory covering the analysis and characterization of materials and processing. Emphasis is on design of experiments for evaluation of materials’ properties and performance as related to processing history and microstructure. Projects available in areas such as plasticity, mechanical and chemical processing, phase transformations, electrical properties, magnetic properties, and electron microscopy.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 4050–4060 Senior Thesis I and II

Proposals for thesis topics should be approved by the supervising faculty member before beginning the senior year. Approved thesis topics normally involve original experimental research in direct collaboration with an ongoing research program. Periodic oral and written presentations and a final written thesis are required. Students must take both semesters to complete the laboratory requirement.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 4070 Materials Design Concepts II

Introduces materials design in the context of real-world materials design projects carried out in industry. In the first portion of the course, the process of engineering design is studied in light of economic, environmental, regulatory, and safety issues. Patent searching and communication skills are addressed. In the second portion, speakers from industry lecture on case studies of materials design problems. Students give oral presentations and write technical reports based on case studies.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 4100 Physical Metallurgy and Applications (also MSE 6100)

Microstructure and properties of metals and alloys: processing, structure, defects, phase stability, diffusion, deformation, fracture, corrosion, conductivity, optical properties. Applications of metallurgical principles to high performance metallic materials include thin films and patterned structures for use in microelectromechanical systems, superalloys for high-temperature engine applications, shape memory alloys for biomedical applications, and others.
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Cornell University - MSE 4330 Materials for Energy Production, Storage, and Conversion (also MSE 5330)

Concerned with materials and technologies related to energy production, storage, and conversion as well as to sensors used for monitoring the emission of pollutants. The devices discussed include solar cells, fuel cells, batteries, and electrochemical sensors. Thermodynamic, kinetic, and electrochemical concepts and materials properties critical for such devices are the central part of this course.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 4610 Biomedical Materials and Their Applications

Many types of materials are used in biomedical engineering to replace or supplement natural biological systems. Interaction with blood and tissues is always of primary importance, but depending on the use of the biomedical material, mechanical, optical, and transport properties may also be vital. After a general introduction to biomedical materials, case studies involving physiological systems are considered, and design of artificial parts and materials is investigated. Constraints such as methods of production, economics, regulatory approval, and legal liabilities are included. Examples may include dialysis, contact and intra-ocular lenses, heart valves, and the artificial pancreas. Every student is involved in a presentation about a case study.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 4810 Technology Management (also MSE 5870)

Designed to provide students in engineering and the sciences with the knowledge and analytical skills to manage RD for a strategic competitive advantage. Most organizations recognize the critical importance of RD management in becoming and remaining world-class competitors. The course uses a combination of case studies, readings, discussions, and outside lectures. Topics include technology evaluation, RD portfolio, intellectual property portfolio and management, technology transfer, and technology, policy, and society.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 4820 Plasma Processing of Electronic Materials (also ECE 4820)

For description, see ECE 4820.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 4870 Ethics and Technology

Ethics influences all decisions made by a technologist. This course discusses those factors that must be considered in reaching a decision involving technology, ranging from legal impact to consideration of community expectations.
Score: 4.7715745 Details | Listing | Web page

Cornell University - MSE 4890 Colloids and Colloid Assemblies for Advanced Materials Applications (also MSE 5890)

Recent global developments in the synthesis, modification, organization, and utilization of fine particles in nanotechnology and biotechnology fields. Underlying principles for control of particle characteristics such as mean size, shape, composition, internal homogeneous structure, layered, hollow, porous, and heterojunction structures. Methods for the formation of ordered and patterned particle arrays employed in advanced materials based on latex, ceramic colloids, metal nanoparticles, semiconductor quantum dots, nanocapsules, and miniemulsions. Applications in photonics, biolabeling, biological screening, drug delivery, catalysis, and magnetic recording.
Score: 4.7715745 Details | Listing | Web page

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