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34 35 36 <div id="mask"></div><div class="wrapper"><header class="desktop" id="header-desktop"> 37 <div class="header-wrapper"> 38 <div class="header-title"> 39 <a href="/" title="Equation Sheets">Equation Sheets</a> 40 </div> 41 <div class="menu"> 42 <div class="menu-inner"><a class="menu-item" href="https://github.com/tengjuilin/equation-sheets" title="GitHub" rel="noopener noreffer" target="_blank"><i class='fab fa-github fa-fw'></i> </a><span class="menu-item delimiter"></span><a href="javascript:void(0);" class="menu-item theme-switch" title="Switch Theme"> 43 <i class="fas fa-adjust fa-fw"></i> 44 </a> 45 </div> 46 </div> 47 </div> 48</header><header class="mobile" id="header-mobile"> 49 <div class="header-container"> 50 <div class="header-wrapper"> 51 <div class="header-title"> 52 <a href="/" title="Equation Sheets">Equation Sheets</a> 53 </div> 54 <div class="menu-toggle" id="menu-toggle-mobile"> 55 <span></span><span></span><span></span> 56 </div> 57 </div> 58 <div 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<time datetime="2022-12-27">2022-12-27</time> </div> 80 </div> 81 82 <div class="details toc" id="toc-static" kept=""> 83 <div class="details-summary toc-title"> 84 <span>Contents</span> 85 <span><i class="details-icon fas fa-angle-right"></i></span> 86 </div> 87 <div class="details-content toc-content" id="toc-content-static"><nav id="TableOfContents"> 88 <ul> 89 <li><a href="#introduction">Introduction</a></li> 90 <li><a href="#chemistry">Chemistry</a></li> 91 <li><a href="#physics">Physics</a></li> 92 <li><a href="#calculus">Calculus</a></li> 93 <li><a href="#applied-mathematics">Applied Mathematics</a></li> 94 <li><a href="#chemical-engineering">Chemical Engineering</a> 95 <ul> 96 <li><a href="#chemical-engineering-fundamentals">Chemical Engineering Fundamentals</a></li> 97 <li><a href="#thermodynamics-and-statistical-mechanics">Thermodynamics and Statistical Mechanics</a></li> 98 <li><a href="#transport-processes">Transport Processes</a></li> 99 <li><a href="#chemical-reaction-engineering">Chemical Reaction Engineering</a></li> 100 <li><a href="#process-engineering">Process Engineering</a></li> 101 <li><a href="#nanoscience-and-molecular-engineering">Nanoscience and Molecular Engineering</a></li> 102 </ul> 103 </li> 104 </ul> 105</nav></div> 106 </div><div class="content" id="content"><p><a href="https://creativecommons.org/licenses/by/4.0/" target="_blank" rel="noopener noreffer"><img 107 class="lazyload" 108 src="/svg/loading.min.svg" 109 data-src="https://img.shields.io/github/license/tengjuilin/equation-sheets" 110 data-srcset="https://img.shields.io/github/license/tengjuilin/equation-sheets, https://img.shields.io/github/license/tengjuilin/equation-sheets 1.5x, https://img.shields.io/github/license/tengjuilin/equation-sheets 2x" 111 data-sizes="auto" 112 alt="https://img.shields.io/github/license/tengjuilin/equation-sheets" 113 title="License" /></a> 114<img 115 class="lazyload" 116 src="/svg/loading.min.svg" 117 data-src="https://img.shields.io/netlify/ad44d69f-5e00-4f31-9bda-a3732a8f8060" 118 data-srcset="https://img.shields.io/netlify/ad44d69f-5e00-4f31-9bda-a3732a8f8060, https://img.shields.io/netlify/ad44d69f-5e00-4f31-9bda-a3732a8f8060 1.5x, https://img.shields.io/netlify/ad44d69f-5e00-4f31-9bda-a3732a8f8060 2x" 119 data-sizes="auto" 120 alt="https://img.shields.io/netlify/ad44d69f-5e00-4f31-9bda-a3732a8f8060" 121 title="Netlify" /> 122<a href="https://equation-sheets.netlify.app/" target="_blank" rel="noopener noreffer"><img 123 class="lazyload" 124 src="/svg/loading.min.svg" 125 data-src="https://img.shields.io/website?down_message=offline&up_message=online&url=https%3A%2F%2Fequation-sheets.netlify.app%2F" 126 data-srcset="https://img.shields.io/website?down_message=offline&up_message=online&url=https%3A%2F%2Fequation-sheets.netlify.app%2F, https://img.shields.io/website?down_message=offline&up_message=online&url=https%3A%2F%2Fequation-sheets.netlify.app%2F 1.5x, https://img.shields.io/website?down_message=offline&up_message=online&url=https%3A%2F%2Fequation-sheets.netlify.app%2F 2x" 127 data-sizes="auto" 128 alt="https://img.shields.io/website?down_message=offline&up_message=online&url=https%3A%2F%2Fequation-sheets.netlify.app%2F" 129 title="Website" /></a> 130<img 131 class="lazyload" 132 src="/svg/loading.min.svg" 133 data-src="https://img.shields.io/github/last-commit/tengjuilin/equation-sheets" 134 data-srcset="https://img.shields.io/github/last-commit/tengjuilin/equation-sheets, https://img.shields.io/github/last-commit/tengjuilin/equation-sheets 1.5x, https://img.shields.io/github/last-commit/tengjuilin/equation-sheets 2x" 135 data-sizes="auto" 136 alt="https://img.shields.io/github/last-commit/tengjuilin/equation-sheets" 137 title="GitHub last commit" /></p> 138<p><a href="https://github.com/tengjuilin/equation-sheets" target="_blank" rel="noopener noreffer"><i class="fab fa-github fa-fw"></i> GitHub</a></p> 139<h2 id="introduction">Introduction</h2> 140<p>This repository contains equations that I learned, used, and/or taught in science and engineering courses at the University of Washington (UW, undergraduate) and University of California, Berkeley (UCB, graduate). Topics include calculus, applied mathematics, chemistry, physics, and chemical engineering.</p> 141<p>You can download pdf of the equation sheets in this repository or view them <a href="https://equation-sheets.netlify.app/" target="_blank" rel="noopener noreffer">online</a>. The online version is most up-to-date, and it’s also configured to be printable. You may also find the <a href="https://github.com/tengjuilin/course-notes" target="_blank" rel="noopener noreffer">course notes</a> helpful.</p> 142<p>If you like this resource, feel free to <a href="https://github.com/tengjuilin/equation-sheets/stargazers" target="_blank" rel="noopener noreffer">
142star</a>, <a href="https://github.com/tengjuilin/equation-sheets/watchers" target="_blank" rel="noopener noreffer">watch</a>, or <a href="https://github.com/tengjuilin/equation-sheets/network/members" target="_blank" rel="noopener noreffer">fork</a>.</p> 143<p>If you find any mistake, please feel free to <a href="https://github.com/tengjuilin/equation-sheets/issues/new" target="_blank" rel="noopener noreffer">raise an issue</a>.</p> 144<h2 id="chemistry">Chemistry</h2> 145<ul> 146<li><a href="chem/chem145/" rel="">UW CHEM 145 Honors General Chemistry I</a> 147<ul> 148<li>Undergraduate, Year 1</li> 149<li>Covered gases, thermodynamics, and equilibrium.</li> 150<li>Taken in Au19 with <a href="https://chem.washington.edu/people/joshua-c-vaughan" target="_blank" rel="noopener noreffer">Professor Joshua Vaughan</a></li> 151<li>Textbook: <em>Principles of Modern Chemistry</em> 7e by Oxtoby et al.</li> 152</ul> 153</li> 154<li><a href="chem/chem155/" rel="">UW CHEM 155 Honors General Chemistry II</a> 155<ul> 156<li>Undergraduate, Year 1</li> 157<li>Covered acid-base equilibria, solution equilibria, electrochemistry, kinetics, nuclear chemistry, and quantum mechanics and atomic structure.</li> 158<li>Taken in Wi20 with <a href="https://chem.washington.edu/people/david-s-ginger" target="_blank" rel="noopener noreffer">Professor David Ginger</a></li> 159<li>Textbook: <em>Principles of Modern Chemistry</em> 7e by Oxtoby et al.</li> 160</ul> 161</li> 162<li><a href="chem/chem238/" rel="">UW CHEM 238 Organic Chemistry II</a> 163<ul> 164<li>Undergraduate, Year 2</li> 165<li>Covered alcohol, thiol, ether, sulfide, epoxide, glycol, alkyne, diene, benzene, transition metal catalysis, IR, NMR, UV-Vis spectroscopy, and mass spectrometer.</li> 166<li>Taken in Wi21 with <a href="https://chem.washington.edu/people/michael-h-gelb" target="_blank" rel="noopener noreffer">Professor Michael Gelb</a></li> 167<li>Textbook: <em>Organic Chemistry</em> 6e by Loudon et al.</li> 168</ul> 169</li> 170<li><a href="chem/chem455/" rel="">UW CHEM 455 Physical Chemistry</a> 171<ul> 172<li>Undergraduate, Year 3-4</li> 173<li>Covered postulates, particle in a box, finite potential well, barrier scattering, commutator, dimer model, vibrational and rotational spectroscopy, hydrogen atom, spin, many e- atoms, Hartree-Fock orbitals, and chemical bonding.</li> 174<li>Taken in Au21 with <a href="https://chem.washington.edu/people/david-j-masiello" target="_blank" rel="noopener noreffer">Professor David Masiello</a></li> 175<li>Textbook: <em>Quantum Chemistry and Spectroscopy</em> 4e by Engel</li> 176</ul> 177</li> 178</ul> 179<h2 id="physics">Physics</h2> 180<ul> 181<li><a href="phys/phys121/" rel="">UW PHYS 121 Mechanics</a> 182<ul> 183<li>Undergraduate, Year 1</li> 184<li>Covered kinematics, dynamics, energy, momentum, rotational kinematics and dynamics, and universal gravitation.</li> 185<li>Taken in Au20</li> 186<li>Required textbook: <em>Principles and Practice of Physics</em> 1e by Mazur</li> 187<li>Study textbook: <em>University Physics with Modern Physics</em> 14e by Young and Freedman</li> 188</ul> 189</li> 190<li><a href="phys/phys122/" rel="">UW PHYS 122 Electromagnetism</a> 191<ul> 192<li>Undergraduate, Year 1</li> 193<li>Covered electric force, electric field, gauss’s law, electric potential, capacitance, current, magnetic force, magnetic field, electromagnetic induction, maxwell’s equations, DC circuits, AC circuits, special relativity.</li> 194<li>Taken in Wi21</li> 195<li>Required textbook: <em>Principles and Practice of Physics</em> 1e by Mazur</li> 196<li>Study textbook: <em>University Physics with Modern Physics</em> 14e by Young and Freedman</li> 197</ul> 198</li> 199<li><a href="phys/phys123/" rel="">UW PHYS 123 Waves</a> 200<ul> 201<li>Undergraduate, Year 1</li> 202<li>Covered periodic motion, 1D, 2D, 3D waves, ray optics, wave and particle optics, fluid mechanics, entropy, thermodynamic processes, and degradation of energy.</li> 203<li>Taken in Sp21</li> 204<li>Required textbook: <em>Principles and Practice of Physics</em> 1e by Mazur</li> 205<li>Study textbook: <em>University Physics with Modern Physics</em> 14e by Young and Freedman</li> 206</ul> 207</li> 208</ul> 209<h2 id="calculus">Calculus</h2> 210<ul> 211<li><a href="math/math124/" rel="">UW MATH 124 Calculus I</a> 212<ul> 213<li>Undergraduate, Year 1</li> 214<li>Covered limits, continuity, derivatives, extreme values, L’Hospital’s rule, intermediate value theorem, mean value theorem, and applications of differentiation.</li> 215<li>Taken in Au17 in high school as AP Calculus BC with Mr. Trey</li> 216<li>Textbook: <em>Calculus Early Transendentals</em> 8e by Stewart</li> 217</ul> 218</li> 219<li><a href="math/math125/" rel="">UW MATH 125 Calculus II</a> 220<ul> 221<li>Undergraduate, Year 1</li> 222<li>Covered indefinite and definite integrals, fundamental theorem of calculus, u-substitution, integration by parts, integral approximations, trigonometric integrals and substitutions, improper integrals, and applications of integration.</li> 223<li>Taken in Sp17 in high school as AP Calculus BC with Mr. Trey</li> 224<li>Textbook: <em>Calculus Early Transendentals</em> 8e by Stewart</li> 225</ul> 226</li> 227<li><a href="math/math126/" rel="">UW MATH 126 Calculus III</a> 228<ul> 229<li>Undergraduate, Year 1</li> 230<li>Covered vectors, equation of lines, planes, cylinders, and quadratic surfaces, vector functions, partial derivatives, tangent plane approximation, extreme values, double integrals on Cartesian and polar coordinates, and Taylor series.</li> 231<li>Taken in Wi20 with <a href="https://math.washington.edu/people/ebru-bekyel" target="_blank" rel="noopener noreffer">Professor Ebru Bekyel</a></li> 232<li>Textbook: <em>Calculus Early Transendentals</em> 8e by Stewart</li> 233</ul> 234</li> 235<li><a href="math/math324/" rel="">UW MATH 324 Calculus IV</a> 236<ul> 237<li>Undergraduate, Year 2</li> 238<li>Covered double integral, triple integral, chain rule, directional derivative, gradient vector, line integrals, surface integrals, curl and divergence, Green’s theorem, Stoke’s theorem, and divergence theorem.</li> 239<li>Taken in Wi21 with Kuan-Ting Yeh</li> 240<li>Textbook: <em>Calculus Early Transendentals</em> 8e by Stewart</li> 241</ul> 242</li> 243</ul> 244<h2 id="applied-mathematics">Applied Mathematics</h2> 245<ul> 246<li><a href="http://intro-sci-computing.netlify.app/" target="_blank" rel="noopener noreffer">UW AMATH 301 Beginning Scientific Computing</a> 247<ul> 248<li>Undergraduate, Year 1-3</li> 249<li>Covered root-finding, optimization, curve fitting, solving linear systems, singular value decomposition (SVD, PCA), numerical differentiation and integration, solving first-order and higher order ODEs, stability and stiffness of ODEs, phase portraits, chaotic systems, and Fourier transform.</li> 250<li>Taken in Sp20 with <a href="https://scholar.google.com/citations?user=w4mzyIAAAAAJ&hl=en" target="_blank" rel="noopener noreffer">Dr. Craig Gin</a></li> 251</ul> 252</li> 253<li><a href="amath/amath351/" rel="">UW AMATH 351 Differential Equations</a> 254<ul> 255<li>Undergraduate, Year 1-2</li> 256<li>Covered first order and second order ODEs with applications in mathematical modeling, stability, and mechanical vibrations. Covers systems of differential equations and Laplace transform.</li> 257<li>Taken in Wi21 with <a href="https://amath.washington.edu/people/alanna-gary" target="_blank" rel="noopener noreffer">Alanna Gary</a></li> 258<li>Optional textbook: <em>Elementary Differential Equations and Boundary Value Problems</em> 11e by Boyce et al.</li> 259</ul> 260</li> 261<li>[UW AMATH 353 Partial Differential Equations and Waves] 262<ul> 263<li>Undergraduate, Year 2-3</li> 264<li>Covered traveling waves, wave equation, d’Alembert’s solution, standing waves, separation of variables, and conservation laws.</li> 265<li>Taken in Sp22 with <a href="https://amath.washington.edu/people/mark-kot" target="_blank" rel="noopener noreffer">Professor Mark Kot</a></li> 266<li>Textbook: <em>An Introduction to the Mathematical Theory of Wave</em> 1e by Knobel</li> 267</ul> 268</li> 269</ul> 270<h2 id="chemical-engineering">Chemical Engineering</h2> 271<h3 id="chemical-engineering-fundamentals">Chemical Engineering Fundamentals</h3> 272<ul> 273<li><a href="cheme/cheme310/" rel="">UW CHEM E 310 Material and Energy Balances</a> 274<ul> 275<li>Undergraduate, Year 2</li> 276<li>Covered units and process variables, material balances of nonreactive and reactive systems, single- and multi-phase systems, energy balances of nonreactive and reactive systems.</li> 277<li>Taken in Sp21 with <a href="https://www.cheme.washington.edu/facultyfinder/elizabeth-nance" target="_blank" rel="noopener noreffer">Professor Elizabeth Nance</a></li> 278<li>Textbook: <em>Elementary Principles of Chemical Processes</em> 4e by Felder et al.</li> 279</ul> 280</li> 281<li><a href="http://cheme-sci-computing.netlify.app/" target="_blank" rel="noopener noreffer">UW CHEM E 375 Chemical Engineering Computer Skills</a> 282<ul> 283<li>Undergraduate, Year 2</li> 284<li>Covered chemical engineering scientific computing and numerical methods. Topics include curve fitting, balancing chemical equations, solving VLE problems, plotting VLE x/y and Txy diagrams, determining Antoine’s coefficients, chemical kinetics, and time-dependent and -independent heat transfer.</li> 285<li>Taken in Sp21 with <a href="https://www.cheme.washington.edu/facultyfinder/jim-pfaendtner" target="_blank" rel="noopener noreffer">Professor Jim Pfaendtner</a></li> 286</ul> 287</li> 288<li><a href="cheme/chmeng130" rel="">UCB CHM ENG 130 Mathematics and Statistics in Chemical Engineering</a> 289<ul> 290<li>Undergraduate, Year 3</li> 291<li>Covered first-, second-order ODEs, coupled systems of ODEs, PDEs, and statistics.</li> 292<li>Instruction in progress in Au23 with <a href="https://chemistry.berkeley.edu/faculty/cbe/krishnapriyan" target="_blank" rel="noopener noreffer">Professor Aditi Krishnapriyan</a></li> 293</ul> 294</li> 295</ul> 296<h3 id="thermodynamics-and-statistical-mechanics">Thermodynamics and Statistical Mechanics</h3> 297<ul> 298<li><a href="cheme/cheme325/" rel="">UW CHEM E 325 Energy and Entropy</a> 299<ul> 300<li>Undergraduate, Year 3</li> 301<li>Covered thermodynamic data, molecular interactions and equations of state, first and second law analysis, process efficie
301ncy, and single and multi-component equilibrium.</li> 302<li>Taken in Au21 with <a href="https://www.cheme.washington.edu/facultyfinder/david-s-bergsman" target="_blank" rel="noopener noreffer">Professor David Bergsman</a></li> 303<li>Optional textbook: <em>Engineering and Chemical Thermodynamics</em> 2e by Koretsky</li> 304</ul> 305</li> 306<li><a href="cheme/cheme326/" rel="">UW CHEM E 326 Chemical Engineering Thermodynamics</a> 307<ul> 308<li>Undergraduate, Year 3</li> 309<li>Covered thermodynamic relations, single- and multi-component phase equilibrium, fugacity-based equilibrium, phase equilibrium applications, and chemical equilibrium.</li> 310<li>Taken in Wi22 with <a href="https://www.cheme.washington.edu/facultyfinder/rene-overney" target="_blank" rel="noopener noreffer">Professor René Overney</a></li> 311<li>Textbook: <em>Engineering and Chemical Thermodynamics</em> 2e by Koretsky</li> 312</ul> 313</li> 314<li><a href="cheme/cheme457/" rel="">UW CHEM E 457 Principles of Molecular Engineering</a> 315<ul> 316<li>Undergraduate, Year 3</li> 317<li>Covered probability, entropy, Boltzmann’s law, ensembles, chemical and physical equilibrium, solvation and phase transfer, and phase transitions.</li> 318<li>Taken in Sp22 with <a href="https://www.cheme.washington.edu/facultyfinder/samson-a-jenekhe" target="_blank" rel="noopener noreffer">Professor Samson Jenekhe</a></li> 319<li>Textbook: <em>Molecular Driving Forces: Statistical Thermodynamics in Biology, Chemistry, Physics, and Nanoscience</em> 2e by Dill and Bromberg</li> 320</ul> 321</li> 322<li><a href="cheme/chmeng240" rel="">UCB CHM ENG 240 Thermodynamics for Chemical Product and Process Design</a> 323<ul> 324<li>Graduate</li> 325<li>In progress in Au23 with <a href="https://chemistry.berkeley.edu/faculty/cbe/wang" target="_blank" rel="noopener noreffer">Professor Rui Wang</a></li> 326</ul> 327</li> 328</ul> 329<h3 id="transport-processes">Transport Processes</h3> 330<ul> 331<li><a href="cheme/cheme330/" rel="">UW CHEM E 330 Transport Processes I</a> 332<ul> 333<li>Undergraduate, Year 3</li> 334<li>Covered transport fundamentals: rate laws, transport coefficients, shell balance method, and generalization to 3D. Covered fluid mechanics: Navier-Stokes equation, top-down method, turbulence, dynamic similarity, dimensional analysis, Bernoulli analysis, and microfluidics.</li> 335<li>Taken in Au21 with <a href="https://www.cheme.washington.edu/facultyfinder/john-c-berg" target="_blank" rel="noopener noreffer">Professor John Berg</a></li> 336<li>Optional textbook: <em>Transport Phenomena</em> Revised 2e by Bird et al.</li> 337</ul> 338</li> 339<li>[UW CHEM E 340 Transport Process II] 340<ul> 341<li>Undergraduate, Year 3</li> 342<li>Covered 1D conduction, 2D conduction, transient heat conduction, convection, boiling and condensation, heat exchangers, and radiation.</li> 343<li>Taken in Wi22 with <a href="https://www.cheme.washington.edu/facultyfinder/david-s-bergsman" target="_blank" rel="noopener noreffer">Professor David Bergsman</a></li> 344<li>Optional textbook: <em>Fundamentals of Heat and Mass Transfer</em> 8e by Bergman et al.</li> 345</ul> 346</li> 347<li><a href="cheme/cheme435/" rel="">UW CHEM E 435 Transport Process III</a> 348<ul> 349<li>Undergraduate, Year 4</li> 350<li>Covered mass transfer, single equilibrium stages, multistage cascades, absorption and stripping, distillation, and membrane separations.</li> 351<li>Taken in Au22 with <a href="https://www.cheme.washington.edu/facultyfinder/jorge-marchand" target="_blank" rel="noopener noreffer">Professor Jorge Marchand</a></li> 352<li>Textbook: <em>Separation Process Principles with Applications Using Process Simulators</em> 4e by Seader et al.</li> 353</ul> 354</li> 355<li><a href="cheme/chmeng250" rel="">UCB CHM ENG 250 Transport Processes</a> 356<ul> 357<li>Graduate</li> 358<li>In progress in Au23 with <a href="https://chemistry.berkeley.edu/faculty/cbe/mandadapu" target="_blank" rel="noopener noreffer">Professor Kranthi Mandadapu</a></li> 359</ul> 360</li> 361</ul> 362<!-- - [UW CHEM E 455 Surface and Colloid Science Laboratory](cheme/cheme455/) 363 - Undergraduate, Year 3-4, Graduate 364 - Taken in Sp22 with [Professor John Berg](https://www.cheme.washington.edu/facultyfinder/john-c-berg) 365 - Textbook: *An Introduction to Interfaces and Colloids: The Bridge to Nanoscience* 1e by Berg --> 366<h3 id="chemical-reaction-engineering">Chemical Reaction Engineering</h3> 367<ul> 368<li><a href="cheme/cheme465/" rel="">UW CHEM E 465 Reactor Design</a> 369<ul> 370<li>Undergraduate, Year 4</li> 371<li>Covered rate law, reactor sizing, stoichiometry, isothermal reactor deign, rate law determination, multiple reactions, enzymatic and catalytic reactions, and nonisothermal reactor design.</li> 372<li>Taken in Au22 with <a href="https://www.cheme.washington.edu/facultyfinder/alex-prybutok" target="_blank" rel="noopener noreffer">Professor Alex Prybutok</a></li> 373<li>Textbook: <em>Essentials of Chemical Reaction Engineering</em> 2e by Fogler</li> 374</ul> 375</li> 376<li><a href="cheme/cheme467/" rel="">UW CHEM E 467 Biochemical Engineering</a> 377<ul> 378<li>Undergraduate, Year 3-4</li> 379<li>Covered enzyme and cell growth kinetics, cell reaction stoichiometry, media design, oxygen transfer, sterilization, bioreactor design, bioseparation, mammalian cell culture, immunology, and biologics.</li> 380<li>Taken in Sp23 with <a href="https://www.cheme.washington.edu/facultyfinder/alex-prybutok" target="_blank" rel="noopener noreffer">Professor Alex Prybutok</a></li> 381<li>Optional textbook: <em>Biochemical Engineering: A Textbook for Engineers, Chemists and Biologists</em> 2e by Katoh et al.</li> 382</ul> 383</li> 384<li><a href="cheme/chmeng244" rel="">UCB CHM ENG 244 Kinetics and Reaction Engineering</a> 385<ul> 386<li>Graduate</li> 387<li>In progress in Au23 with <a href="https://chemistry.berkeley.edu/faculty/cbe/katz" target="_blank" rel="noopener noreffer">Professor Alexander Katz</a></li> 388</ul> 389</li> 390</ul> 391<h3 id="process-engineering">Process Engineering</h3> 392<ul> 393<li>[UW CHEM E 480 Process Dynamics and Control] 394<ul> 395<li>Undergraduate, Year 4</li> 396<li>In progress Wi23 with <a href="https://www.cheme.washington.edu/facultyfinder/james-carothers" target="_blank" rel="noopener noreffer">Professor James Carothers</a></li> 397<li>Textbook: <em>Process Dynamics and Control</em> 4e by Seborg et al.</li> 398</ul> 399</li> 400<li><a href="cheme/cheme485/" rel="">UW CHEM E 485 Process Design I</a> 401<ul> 402<li>Undergraduate, Year 4</li> 403<li>In progress Wi23 with <a href="https://www.cheme.washington.edu/facultyfinder/vincent-holmberg" target="_blank" rel="noopener noreffer">Professor Vincent Holmberg</a></li> 404<li>Textbook: <em>Analysis, Synthesis, and Design of Chemical Processes</em> 5e by Turton et al.</li> 405<li>Aspen Plus lectures and case studies: <a href="https://www.youtube.com/playlist?list=PLwdnzlV3ogoWmaPmHqavPktjRTvXcZxb7" target="_blank" rel="noopener noreffer"><i class="fab fa-youtube"></i> NPTEL, Indian Institute of Technology, Guwahati</a></li> 406</ul> 407</li> 408</ul> 409<h3 id="nanoscience-and-molecular-engineering">Nanoscience and Molecular Engineering</h3> 410<ul> 411<li><a href="cheme/nme220/" rel="">UW NME 220 Molecular and Nanoscale Principles</a> 412<ul> 413<li>Undergraduate, Year 2-4</li> 414<li>Covered scaling and transport properties, atomic theory of matter, atomic models, wave functions in quantum mechanics, nanoscience and technology, electronic structures of molecules, and molecular modes and energetic properties.</li> 415<li>Taken in Sp21 with <a href="https://www.cheme.washington.edu/facultyfinder/rene-overney" target="_blank" rel="noopener noreffer">Professor René Overney</a></li> 416<li>Textbook: Custom text</li> 417</ul> 418</li> 419</ul> 420</div><div class="post-footer" id="post-footer"> 421 <div class="post-info"> 422 <div class="post-info-line"> 423 <div class="post-info-mod">
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