Appendix
Department Faculty, Dates of Service, and Titles
| Stevens | 1891-1931 | Prof of Physics |
| Chapin | 1894-95 | Instr |
| Lanphear | 1895-98 | Instr |
| Dickinson | 1898-99 | Instr |
| Manson | 1898-99 | Asst in Elec Eng |
| Webb | 1887-1905 | ME Dept 1987-88, Prof 99, Dept Head 99-05 |
| Dorsey | 1899-1900 | Tutor in Physics |
| Grover | 1899-1900 | Asst in Elec Eng, Stayed at UM in CE and Drawing |
| Owen | 1900-01 | Tutor in Elec Eng |
| Davis | 1901-02 | Tutor in Elec Eng |
| Cole | 1902-03 | Tutor in Elec Eng |
| Arana | 1903-04 | Instr |
| Ganong | 1904-12 | Instr, Acting Prof 05, Prof 07, Head 05-12 |
| Carpenter | 1905-06 | Instr |
| Wittig | 1906-09 | Instr, Asst 1907 |
| Childs | 1909-16 | Instr, Asst 1911, Assoc 1912 |
| Cheswell | 1909-19 | Instr in Engineering Lab Practice, Instr in EE 1911 |
| Barrows | 1912-44 | Prof and Head 1912-44 |
| Nash | 1912-13 | Instr |
| Pinkham | 1913-14 | Instr |
| James | 1914-16 | Instr |
| Hillegas | 1916-18 | Asst 1916 |
| Harvey | 1916-17 | Asst 1916 |
| Hill | 1918-53 | Assoc 1918, Prof 27, Spec Lec 49 |
| Crosby, C | 1919-21 | Instr |
| Creamer | 1919-61 | Instr, Asst 1922, Assoc 25, Prof 38, Head 45-61 |
| Roberts | 1921-40 | Instr, Asst 1925 |
| Downing | 1922-24 | Instr |
| Leighton | 1925-26 | Instr |
| Cloke | 1926-50 | Prof and Dean 1926-50 |
| Meserve | 1925-26 | Instr |
| Crabtree | 1926-64 | Instr, Asst 39, Assoc 45, Prof 49 |
| Bliss | 1931-43 | Instr, Asst 1940 |
| Seal | 1937-8, 47-58 | Instr, Asst 47, Assoc 50 |
| Wilson | 1940-45 | Instr |
| Parsons | 1942-4, 45-77 | Instr, Asst 46, Assoc 49, Prof 59 |
| Peacock | 1942-43 | Instr |
| Sweetser | 1942-43 | Instr |
| Libbey | 1943-90 | Instr, Asst 47, Assoc 52, Prof 60 |
| Tremaine | 1945-46 | Instr |
| Crosby | 1946-80 | Instr, Asst 50, Assoc 58, Prof 68 |
| Parker | 1946-49 | Instr |
| Dow | 1946-47 | Instr |
| Edmunds | 1946-50 | Instr in Phy 46, Instr in EE 47 |
| Howells | 1947-50 | Instr |
| Turner | 1947-90 | Instr, Asst 50, Assoc 58, Prof 65, Acting Head 66-67 |
| Murray | 1947-51 | Instr |
| Wall | 1948-49 | Instr |
| Mayo | 1948-51 | Instr |
| Blake | 1949-57 | Instr, Asst 53 |
| Bjornson | 1949-50 | Instr |
| McFarland, V | 1949-50 | Instr |
| Kay | 1950-51 | Instr |
| Knudsen | 1951-52 | Instr |
| Brown | 1955-89 | Instr, Asst 58, Assoc 64, Prof 85 |
| Twombly | 1955-60 | Instr, Asst 58 |
| MacFarland, H | 1956-67 | Instr, Asst 56, Assoc 58 |
| Moulton | 1956-60 | Instr, Asst 58 |
| Bowles | 1956-62 | Instr, Asst 60 |
| Dorrity | 1957-62 | Instr |
| Blodgett | 1958-60 | Instr |
| Greenfield | 1958-60 | Instr |
| Ede | 1959-71 | Instr, Asst 65 |
| Lowell | 1960-61 | Instr |
| Young | 1960-78 | Asst 60, Assoc 67 |
| Slocum | 1961-65 | Asst 61 |
| de Souza | 1962-65 | Part time Instr, Instr 63 |
| Armington | 1962-66 | Prof and Head 62-66 |
| Whitney | 1962-71, 86- | Instr, Asst 66, Lecturer 86 |
| Sheppard | 1962- | Assoc 62, Prof 69, Acting Chm 79-80 |
| Shields | 1963-68 | Prof 63 |
| Beeson | 1966-67 | Asst 66 |
| Hamilton | 1966-92 | Asst 66, Assoc 73, Prof of EE Technology 86 |
| Gibson | 1967-80 | Prof 67, Chm 1967-77 |
| Irons | 1967-79, 90- | Assoc 67, Prof 90, Castle Prof 1990 |
| Otto | 1968-74 | Asst 68 |
| Harrison | 1968-70 | Instr |
| Marshall | 1967-72 | Instr |
| Kirwin | 1968-70 | Assoc 68 (UM at Portland) |
| Makinen | 1966-67 | Part Time Instr |
| Ku | 1969-70 | Asst 69 (UM at Portland) |
| Field | 1969- | Asst 69, Assoc 76, Prof 85, Chm 87 |
| Vetelino | 1969- | Asst 69, Assoc 75, Prof 80, Chm 83-87 |
| McLaughlin | 1971-72 | Part time Instr |
| Kazmerski | 1971-79, 93- | Asst 71, Assoc 75, Adjunct 93 |
| Myers | 1974-82 | Prof 74, Dean 1974-77 |
| Mittleman | 1974-81 | Asst 74 |
| Crews | 1976-77 | Lecturer (Grad program in Portland) |
| Curry | 1976-77 | Lecturer (Grad program in Portland) |
| Rohrer | 1977-80 | Prof and Head 1977-80 |
| Fisher | 1979-84 | Asst 79, Assoc 82 |
| Beenfeldt | 1979- | Electronic Shop Supervisor, Lecturer 85 |
| Peake | 1980-91 | Prof 81, Chm 1980-83 |
| Lee | 1980-83 | Asst 80 |
| Soluch | 1981-85 | Visiting Prof |
| Gudlavaleti | 1982-87 | Asst 82 |
| Korsah | 1983-84 | Asst |
| Hodgkin | 1982- | Assoc 82 |
| Musavi | 1983- | Asst 83, Assoc 89 |
| McKenney | 1984-90 | Asst 84 |
| Christianson | 1984-91 | Asst 84 |
| Barrows | 1985-86 | Adjunct Prof |
| Griffiths | 1985-86 | Adjunct Prof |
| Smith | 1985-86 | Adjunct Prof |
| Mundo | 1985-86 | Adjunct Prof |
| Hanselman | 1985- | Asst 85, Assoc 91 |
| Wilson | 1985-86 | Visiting Prof |
| Bartel | 1986-87 | Adjunct Prof |
| Lec | 1986- | Research Prof of EE |
| Wuorinen | 1986-90 | Visit Prof 86-7, Prof 87-8, Dir of Eng Studies 88-90 |
| Littlefield | 1987- | Teaching Assoc 87-90, Mgr Computing & Net Serv 90 |
| Eason | 1988- | Asst 88, Assoc 94 |
| Hummels | 1988- | Asst 88, Assoc 94 |
| Webb | 1988-89 | Adjunct Prof |
| McAllister | 1989-90 | Adjunct Prof |
| Wolpert | 1989- | Asst 89 |
| Robash | 1989-95 | Teaching Assoc |
| Josse | 1990- | Adjunct Prof |
| Feger | 1991-92 | Adjunct Prof |
| Patton | 1991- | Asst 91 |
| Segee | 1992- | Asst 92 |
From 1894-1895 UMaine Catalog
The Electrical Engineering Course
The Course in Electrical Engineering is identical with the Course in Mechanical Engineering for the first two years. During the last two years the student devotes his time about equally to the two lines of work. He is thus able to get a fair knowledge of steam engineering, boiler management, mechanics and kindred subjects, and at the same time to become familiar with the various branches of electrical engineering. This work consists of lectures, text-book and laboratory work. The subjects considered cover the problems which confront an electrician in practical life. This course is in the charge of the professor of physics.
At present the department occupies three rooms, in addition to those belonging to the department of physics. These rooms are the laboratory, fitted with solid tables, where the general work in measurement and testing is done; the dynamo room, containing a dynamo and switch board; and a room for use as a private laboratory for work with the more delicate instruments. It is expected that immediate provision will be made for increasing the efficiency of the work in this department, by the purchase of additional instruments. When the equipment is completed, it is believed that the course will furnish an admirable preparation for work in designing, constructing and managing the various instruments and machines which are to be found in an electrical plant.
Upon graduation the student receives the degree of Bachelor of Mechanical Engineering; three years later, on proof of satisfactory advancement and on presentation of a thesis embodying original work or investigation, he receives the degree of Mechanical Engineer or Electrical Engineer, as his professional work may make proper.
Maine State College
The Electrical Engineering Course
For the Freshman Year see page 32.
| Studies | Fall | Spring | ||
|---|---|---|---|---|
| Term | Term | |||
| Sophomore Year | Weeks | Hours | Weeks | Hours |
| Analytical Geometry-Courses A4, and A5, page 55…………… | 16 | 5.0 | ||
| Descriptive Geometry-Course A6, page 56………………………. | 20 | 4.0 | ||
| Calculus-Course A7, page 56…………………………………………. | 20 | 2.5 | ||
| (a) French-Courses B6 and B7, page 58…………………………….. | 16 | 2.5 | 20 | 2.5 |
| (a) German-Courses B10 and B11, page 58………………………… | 16 | 2.5 | 20 | 2.5 |
| English History-Course D2, page 60………………………………. | 16 | 2.5 | ||
| Physics-Courses F1 and F2, page 65………………………………… | 16 | 3.0 | 20 | 4.0 |
| Laboratory Physics-Course F3, page 65……………………………. | 16 | 4.0 | ||
| Laboratory Physics-Course F4, page 65……………………………. | 10 | 4.0 | ||
| Carpentry-Course L2, page 76………………………………………… | 16 | 6.0 | ||
| Forge Work-Course L3, page 77………………………………………. | 20 | 8.0 | ||
| Military Science-Course N2, page 82, (Ia)………………………… | 13 | 3.0 | ||
| Military Science-Course N3, page 82, (Ib)………………………… | 3 | 1.5 | 7 | 1.5 |
| Military Science-Course N2, page 82, (Ic)………………………… | 13 | 3.0 | ||
| Studies | Fall | Spring | ||
|---|---|---|---|---|
| Term | Term | |||
| Junior Year | Weeks | Hours | Weeks | Hours |
| Calculus-Course A8, page 56…………………………………………… | 16 | 5.0 | ||
| Machine Design-Course L1, page 76…………………………………. | 20 | 3.5 | ||
| Mechanics-Course L4, page 77………………………………………… | 16 | 5.0 | 20 | 5.0 |
| Kinematics-Course L5, page 77……………………………………….. | 16 | 3.0 | ||
| Machine Work-Course L7, page 78………………………………….. | 16 | 6.0 | 20 | 6.0 |
| Steam Boilers-Course L10, page 79………………………………….. | 20 | 2.0 | ||
| Electricity and Magnetism-Course M1, page 79………………….. | 16 | 2.0 | ||
| Electricity and Magnetism-Course M2, page 80………………….. | 20 | 3.0 | ||
| Laboratory Electricity-Courses M3 and M4, page 80……………. | 16 | 4.0 | 20 | 4.0 |
| Military Science-Course N2, page 82, (IIa)……………………….. | 13 | 3.0 | ||
| Military Science-Course N3, page 82, (IIb)……………………….. | 3 | 1.5 | 7 | 1.5 |
| Military Science-Course N2, page 82, (IIc)……………………….. | 13 | 3.0 | ||
| Studies | Fall | Spring | ||
|---|---|---|---|---|
| Term | Term | |||
| Senior Year | Weeks | Hours | Weeks | Hours |
| Psychology-Course C1, page 59,(IIIa)……………………………… | 10 | 5.0 | ||
| Logic-Course C2, page 59 (IIIb)……………………………………….. | 10 | 5.0 | ||
| Political Economy-Course D4, page 61……………………………… | 20 | 5.0 | ||
| Constitution-Course D6, page 61…………………………………….. | 16 | 5.0 | ||
| Geology-Course G10, page 68…………………………………………. | 16 | 2.5 | ||
| Link and Valve-Course L6, page 77…………………………………. | 16 | 2.0 | ||
| Steam Engine-Course L8, page 78……………………………………. | 16 | 2.0 | ||
| Electrical Machinery-Course M5, page 80………………………… | 16 | 2.0 | ||
| Electrical Engineering-Course M6, page 80……………………….. | 20 | 2.0 | ||
| Electrical Design-Courses M7 and M8, pages 80 and 81……… | 16 | 6.0 | 20 | 5.0 |
| Laboratory Electricity-Course M9, page 81………………………. | 16 | 4.0 | ||
| Laboratory Electricity and Thesis Work-Course M10, page 81………………………………………………………………………….. |
20 | 6.0 | ||
| Theoretical Electricity-Course M11, page 81……………………… | 20 | 1.0 | ||
| Military Science-Course N2, page 82, (IVa)………………………. | 13 | 3.0 | ||
| Military Science-Course N4, page 82, (IVb)………………………. | 3 | 1.5 | 7 | 1.5 |
| Military Science-Course N2, page 82, (IVc)……………………….. | 18 | 3.0 | ||
M-Electrical Engineering
Professor Stevens; Mr. Chapin
- M1.
- Electricity and Magnetism. This continues the subject of electricity and magnetism begun in physics. Lectures are given, and laboratory methods and results are discussed with the class. The text-book is Silvanus Thompson’s Electricity and Magnetism. Two hours a week for sixteen weeks . Mr. Chapin.
- M2.
- Electricity and Magnetism. A continuation of course 1. The work is more directly connected with the dynamo and apparatus connected with its operation. Three hours a week for twenty weeks . MR. CHAPIN.
- M3.
- Electrical Measurements and Testing. This is the usual junior laboratory course. The work consists of the measurement of resistance, potential, capacity and current, testing galvanometers, electrolysis, etc. Four hours a week for sixteen weeks . Mr. Chapin.
- M4.
- Electrical Testing. A continuation of course 3. Introductory work on the dynamo is begun. Students taking this course work in the shop six hours a week. This arrangement gives them an opportunity to construct for themselves many electrical devices including small dynamos and motors. Four hours a week for twenty weeks . Mr. Chapin.
- M5.
- Electrical Machinery. Lectures on the theory and construction of dynamos, motors, etc. Two hours a week for sixteen weeks . Mr. Chapin.
- M6.
- Electrical Engineering. In this course is taken up the theory of alternate current machinery, and its application to electric lighting; the electric railway; light and power stations, etc. The finely equipped light and power station at Veazie, a few miles from the College, affords a valuable opportunity for the students to see the practical arrangement and working, of both direct and alternate current machines. Two hours a week for twenty weeks . MR. CHAPIN.
- M7.
- Electrical Design. This course corresponds to the course in machine design given to the students in mechanical engineering. Each student is required to make the computations and complete drawings for a dynamo. Six hours a week for sixteen weeks . Mr. Chapin.
- M8.
- Electrical Design. A continuation of course 7. Problems in light distribution, etc. are taken up. Five hours a week for twenty weeks . Mr. Chapin.
- M9.
- Laboratory Electricity. Tests of electrical instruments; experimental work with dynamos, motors, etc; tests of efficiency; photometric tests of electric lamps; the practical management of the electric light plant. Four hours a week for sixteen weeks . Mr. Chapin.
- M10.
- LABORATORY ELECTRICITY AND THESIS WORK. A continuation of course 9. The student devotes a large part of his time to some special investigation selected as the subject for his graduating thesis. Six hours a week for twenty weeks . Mr. Chapin.
- M11.
- Theoretical Electricity. A short course of lectures treating the subject from the theoretical standpoint. The topics discussed will vary from year to year, but will be based upon one of the following subjects: The mathematical theory of electricity; the nature of electricity, and Hertz’s investigation; the theory of adjustment of observations applied to electrical work.One hour a week for twenty weeks . PROF. STEVENS.
From 1900-1901 UMaine Catalog
The Electrical Engineering Course
Professor Webb; Mr. Owen
This course is intended to provide a thorough preparation in the scientific principles involved in the practice of electrical engineering; to explain and illustrate the application of these principles to the design, construction, installation and running of apparatus with which the electrical engineer has to deal, and to give practice and experience in the care and management of the same.
For the first two years the Electrical and Mechanical Engineering courses are identical. During the junior year students in electrical engineering take up electricity and magnetism, and dynamo design. This work is followed in the senior year by recitations, lectures, drawing room and laboratory work in direct and alternating currents.
During this time the student also acquires a knowledge of shopwork, mechanical drawing, mathematics, physics, mechanics, steam engineering and kindred subjects. Beside the technical work he receives training in English, French and German, logic, history, political economy and constitutional law.
The equipment has been largely increased during the past year and the facilities for laboratory work are ample. The apparatus includes most of the standard forms of direct and alternating current machines and instruments.
At graduation the student receives the degree of Bachelor of Science. Upon the completion of one year’s prescribed graduate work in residence, or two years’ in absence, including the presentation of a satisfactory thesis, he receives the degree of Master of Science. Three years after graduation, upon the presentation of a satisfactory thesis and proofs of professional work, he may receive the degree of Electrical Engineer.
Studies of the Electrical Engineering Course
For Declamations and Themes see page 51; for Military Science see page 89
Freshman Year
| Fall Term-18 Weeks | Spring Term-18 Weeks | ||
|---|---|---|---|
| Hours | Hours | ||
| Eh3, Rhetoric, p. 51 | 2.5 | Eh4, Rhetoric, p. 51 | 2.5 |
| Ms2, Algebra, p. 65 | 2.0 | Ms3, Algebra, p. 66 | 3.0 |
| Ms4, Trigonometry, p. 65 | 3.0 | Ms1, Solid Geometry, p. 26 | |
| M15, German, p.54 or | or | 2.0 | |
| M127, German, p.54 | 4.0 | Ms19, Sph. Trigonom., p. 66 | |
| Drl., Drawing, p. 70 | 5.0 | M16, German, p. 54 or | |
| Dr2, Math. Drawing, p.70, 8 w | 3.0 | M128, German, p. 55 | 4.0 |
| Ch1, General Chemistry, p. 71 | 2.5 | Dr2, Math. Drawing, p. 70, 5 w | 3.0 |
| Ch3, Laboratory Chemistry, p. 71 | 2.0 | Dr3, Mechanical Drawing, p. 70 | 5.0 |
| Ch2, General Chemistry, p. 71 | 2.5 | ||
| Ch4, Laboratory Chemistry, p. 71 | 2.0 | ||
Sophomore Year
| Fall Term-18 Weeks | Spring Term-18 Weeks | ||
|---|---|---|---|
| Hours | Hours | ||
| M119, French, p. 52 or | 2.0 | M120, French, p. 53, or | 2.0 |
| M121, French, p. 53 | M122, French, p. 53 | ||
| Ms6, Analytical Geometry, p. 66 | 5.0 | Ms7, Calculus, p. 66 | 5.0 |
| Ps1, General Physics, p.68 | 5.0 | Ps2, General Physics, p. 68 | 2.5 |
| Dr6, Descriptive Geometry, p.70 | 2.5 | Ps5, Laboratory Physics, p. 68 | 7.0 |
| Me1, Carpentry, p. 85, 12 w | 7.0 | Dr7, Descriptive Geometry, p. 70 | 1.5 |
| Me19, Machine Draw., p. 85, 6w | Me2, Forge work, p. 85 | 5.0 | |
| Me3, Kinematic, p. 85 | 5.0 | ||
Junior Year
| Fall Term-18 Weeks | Spring Term-18 Weeks | ||
|---|---|---|---|
| Hours | Hours | ||
| P11, Psychology, p. 60 | 2.5 | Cv2, English History, p. 61 | 2.5 |
| Ms8, Calculus, p. 66 | 2.5 | P12, Logic, p. 60 | 2.5 |
| B113, Geology, p. 75 or | Ce7, Mechanics, p. 73 | 5.0 | |
| Ms12, Advanced Integral Calculus, | Me9, Machine Design, p. 86, or | ||
| p. 67, or | Ms13, Advanced Integral Calculus, | ||
| Ms20, Solid Analytical Geometry, | p. 67, 2.5 or | ||
| p. 67, or | 2.5 | Ms15, Differential Equations, p. 67, | 2.5 or 3.5 |
| Ps8, Advanced Physics, p. 69, or | Ps7, Advanced Optics, p. 69, 2.5, or | ||
| Ps9, Laboratory Physics, p. 69, 5.0 or | Ps10, Lab Physics, p. 69, | 5.0 | |
| Ps14, Electrical Measurement | Ee2, Electricity and Magnetism, | ||
| and Testing, p. 69, | 5.0 | and Dynamo Design, p. 98 | 3.0 |
| Ps11, Electrical Measurement and | Me4, Machine Work, p. 85 | 5.0 | |
| Testing, p. 69 | 4.0 | ||
| Ce6, Mechanics, p. 83 | 5.0 | ||
| Ee1, Electricity and Magnetism, p. 87 | 2.0 | ||
| Me4, Machine Work, p. 85 | 4.0 | ||
Senior Year
| Fall Term-18 Weeks | Spring Term-18 Weeks | ||
|---|---|---|---|
| Hours | Hours | ||
| Cv13, Political Economy, p. 62 | 2.5 | Cv14, Political Economy, p. 62 | 2.5 |
| Cv15, Constitutional Law and | Cv16, Constitutional Law and | ||
| History, p. 62 | 2.5 | History, p. 62 | 2.5 |
| Me11, Heat and Steam, p. 86 | 2.5 | Me14, Steam Engine, p. 86, or | |
| Ee3, Electrical Machinery, p. 87 | 2.5 | Mathematics, or Physics as in | 3.5 |
| Ee5, Design of Direct Current | Junior Year | ||
| Machines, p. 88 | 7.0 | Ee4, Alternating Current Machinery, | |
| Ee7, Laboratory Work, Direct | p. 88, 1st 9 w | 5.0 | |
| Currents, p. 88 | 5.0 | Ee6, Design of Alternating Current | |
| Ee13, Alternating Currents, p. 89 | 2.5 | Mach., p. 88, 1st 9 w | 10.0 |
| Ee8, Laboratory Work, p. 88, 1st 9 w | 5.0 | ||
| Ee14, Electrical Signalling, p. 89 | |||
| 2nd, 9w | 2.5 | ||
| Ee16, Thesis Work, p. 89, 1st 9 w | 15.0 | ||
Electrical Engineering
Professor Webb; Mr. Owen
Ee I.
- Electricity and Magnetism – This course continues the subject of electricity and magnetism begun in physics. The work is taken up by text-book, lectures and problems.The text-book is Silvanus Thompson’s Electricity and Magnetism. Two hours a week . Fall term. Required of juniors in Electrical Engineering. Mr. Owen.
- Ee 2.
- Electricity and Magnetism and Dynamo Design – A continuation of course I, with the application of principles to the problems of dynamo design. The work is taken up by text-book, lectures and problems.The text-book is Hawkins and Wallis’s The Dynamo. Three hours a week . Spring term. Required of juniors in Electrical Engineering. Mr. Owen.
- Ee 3.
- Electrical Machinery – A course on the design and construction of direct current generators and motors. The work is taken by lectures and problems. Five hours a fortnight . Fall term. Required of seniors in Electrical Engineering. Professor Webb.
- Ee 4.
- Alternating Current Machinery – In this course are considered the principles involved in the design, construction and operation of alternating current generators, motors, transformers and rotary converters.The text-book is Jackson’s Alternating Currents and Alternating Current Machinery. Five hours a week for nine weeks . Spring term. Required of seniors in Electrical Engineering. Professor Webb.
- Ee 5.
- Design of Direct Current Machines – This course is taken up in the drawing room. Each student is required to make the calculations and drawings of a direct current dynamo. Seven hours a week . Fall term. Required of seniors in Electrical Engineering. Professor Webb.
- Ee 6.
- Design of Alternating Current Machines – A drawing room course similar to course 5. The calculations and drawings are made for an alternating current generator. Five hours a week for nine weeks . First half spring term. Required of seniors in Electrical Engineering. Professor Webb.
- Ee 7.
- Laboratory Work, Direct Currents – Tests of electrical instruments. Experimental work with generators and motors. Power and photometric tests of electric lamps. Care and management of the College lighting plant. The charg for this course is $5. Five hours a week. Fall term. Required of seniors in Electrical Engineering. Mr. Owen.
- Ee 8.
- Laboratory Work; Alternating Currents – A course similar to course 7. Tests of alternating current instruments. Experimental work with generators, motors, transformers and rotary converters. Five hours a week for nine weeks . First half of spring term. The charge for this course is $2.50. Required of seniors in Electrical Engineering. Mr. Owen.
- Ee 9.
- Dynamos – The general principles and theory of design. Different types of machines. Practical considerations in the construction and operation of direct current generators and motors. Connecting and starting up of generators and motors. Illustrations by laboratory experiments.The text-book is Hawkins and Wallis’s The Dynamo. Two hours a week . Fall term. Required of juniors in Mechanical Engineering. Mr. Owen.
- Ee 10.
- Dynamo Laboratory Work – Practice in the connecting and running of direct current generators and motors. Tests for regulation, heating, efficiency and insulation. Five hours a week for nine weeks. First half of spring term. Required of seniors in Mechanical Engineering. The charge for this course is $2.50. Mr. Owen.
- Ee 13.
- Alternating Currents – Theory of alternating currents. Principles of the design and construction of alternating current generators. Methods of testing alternating current machines. The text-book is Jackson’s Alternating Currents and Alternating Current Machinery. Five hours a fortnight . Fall term. Required of seniors in Electrical Engineering. Professor Webb.
- Ee 14.
- Electrical Signalling – Theory and construction of telegraph and telephone instruments. Methods of operating and testing. The course is taken by lectures. Five hours a fortnight for nine weeks . Last half of spring term. Required of seniors in Electrical Engineering. Professor Webb.
- Ee 16.
- Thesis Work – The designing of electrical apparatus, laboratory investigation, or commercial testing, with results presented in proper form. Fifteen hours a week for nine weeks. Last half of spring term. Required of seniors in Electrical Engineering. Professor Web.