Courses Programs - Thayer School of Engineering - Dartmouth ...

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ENERGY TECHNOLOGIES Energy technologies research spans a broad spectrum—from biomass processing to power electronics optimization. Chemical and biochemical engineering research includes: ■ Air quality engineering ■ Biomass processing for fuel ■ Decision theory and climate model uncertainty Electrical and computer engineering and engineering physics projects include: ■ Computational electromagnetics ■ Femtosecond pulses ■ Microfabricated magnetic components using nanomaterials ■ Passive high-frequency power components ■ Semiconductor devices and opto-electronics Materials and mechanical systems engineering research includes: ■ Alloys for high-temperature power applications ■ High-power density magnetic components ■ Intermetallic compounds ■ Nanostructured magnetic materials ■ Magnetohydrodynamics ■ Pulse electro-thermal de-icing ■ Thermal spraying ■ Wear of nanomaterials Full descriptions of these and other active projects in Energy Technologies are at: engineering.dartmouth.edu/research/energy-technologies/ research COMPLEX SYSTEMS Complex systems research investigates the challenges of large, complex engineered systems such as computer networks, social networks, smart robots, living cells, energy infrastructure, and the near-Earth space environment. Active projects in biomedical, chemical, and biochemical engineering include: ■ Accuracy and uncertainty of model predictions ■ Agent-based modeling of energy systems and international climate policy ■ Bayesian networks of socio-environmental interactions ■ Process design and evaluation for sustainability ■ Resource and environmental analysis of industrial processes ■ Social and biological indicators of sustainability 121
esearch 122 Active projects in electrical and computer engineering and engineering physics include: ■ Adversary intent inferencing and adversarial modeling ■ Agent-based systems engineering ■ Complex networked systems of interacting agents ■ Deception detection and insider threat ■ Geospace environment modeling ■ Interacting micro-robots ■ Ionospheric electric fields ■ Space plasma physics ■ Wireless sensor networks Projects involving materials and mechanical systems engineering include: ■ Acoustics and signal processing ■ Cooperative control of multi-robot systems ■ Iterative learning control ■ Robot design and smart navigation ■ Soft computing ■ System identification ■ Terrain identification Full descriptions of these and other active projects in Complex Systems are at: engineering.dartmouth.edu/research/complex-systems/
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engineering.dartmouth.edu 2010 Guid
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academic calendar 2 Academic Calend
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faculty 4 Faculty engineering.dartm
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faculty 6 REGULAR FACULTY Margie Ac
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faculty 8 Susan P. McGrath Ph.D. As
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faculty 10 ADJUNCT AND VISITING FAC
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faculty 12 LECTURERS Daniel C. Cull
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undergraduate studies 14 Undergradu
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undergraduate studies 16 Bachelor o
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undergraduate studies 18 ENGINEERIN
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undergraduate studies 20 BIOMEDICAL
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undergraduate studies 32 ANOTHER MA
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undergraduate studies 34 B.E. REQUI
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undergraduate studies 36 Applicatio
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undergraduate studies 38 WITHDRAWAL
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graduate studies 40 Graduate Studie
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graduate studies 42 M.E.M. COURSE R
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graduate studies 44 M.E.M. PROGRAM
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graduate studies 46 M.S. engineerin
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graduate studies 48 M.S. THESIS REQ
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graduate studies 50 Ph.D. engineeri
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graduate studies 52 ACADEMIC PERFOR
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graduate studies 54 Specialization:
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graduate studies 56 Ph.D. Innovatio
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graduate studies 58 COURSE OF STUDY
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graduate studies 60 Tuition and Exp
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graduate studies 62 Registration RE
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undergraduate courses 64 Undergradu
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undergraduate courses 66 ENGS 5 Hea
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undergraduate courses 68 ENGS 10 Bi
Page 71 and 72: undergraduate courses 70 ENGS 23 Di
Page 73 and 74: undergraduate courses 72 ENGS 34 Fl
Page 75 and 76: undergraduate courses 74 ENGS 51 Pr
Page 77 and 78: undergraduate courses 76 ENGS 66 Di
Page 79 and 80: undergraduate courses 78 ENGS 80 Et
Page 81 and 82: undergraduate courses 80 ENGS 90 (f
Page 83 and 84: undergraduate courses 82 COSC 8 Pro
Page 85 and 86: undergraduate courses 84 PHYSICS PH
Page 87 and 88: graduate courses 86 Graduate Course
Page 93 and 94: graduate courses 92 ENGG 111 Digita
Page 95 and 96: graduate courses 94 ENGS 124 Optica
Page 97 and 98: graduate courses 96 ENGS 131 Scienc
Page 99 and 100: graduate courses 98 ENGS 145 Modern
Page 101 and 102: graduate courses 100 ENGS 157 Chemi
Page 103 and 104: graduate courses 102 ENGS 167 Medic
Page 105 and 106: graduate courses 104 ENGG 176 Desig
Page 107 and 108: graduate courses 106 ENGM 185 Topic
Page 109 and 110: graduate courses 108 ENGG 194 Ph.D.
Page 111 and 112: graduate courses 110 ENGS 202 Nonli
Page 113 and 114: graduate courses 112 ENGG 299 Advan
Page 115 and 116: graduate courses 114 ENGG 324 Micro
Page 117 and 118: graduate courses 116 Management Cou
Page 119 and 120: graduate courses 118 Marketing Rese
Page 121: esearch 120 Research engineering.da
Page 125 and 126: index 124 A.B. (See Bachelor of Art
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