§ Mr. Albuasked the Minister of Education how many of present first-year students in each subject for the Diploma in Technology qualified for entry by the General Certificate of
The details are given in the following table:
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SUBJECT Total No. of FIRST YEAR Students Qualified by G.C.E. Qualified by O.N.C. Qualified by equivalent qualification Engineering Aeronautical Engineering … 144 114 22 8 Building … 34 12 22 — Chemical Engineering … 122 112 8 2 Civil Engineering … 206 163 35 8 Electrical Engineering … 596 422 160 14 Instrument and Control Engineering … 13 8 4 1 Mechanical Engineering … 517 316 175 26 Naval Architecture … — — — — Production Engineering … 86 57 28 1 TOTALS … 1,718 1,204 454 60 Other Technologies Applied Biochemistry* … 12 12 — — Applied Pharmacology* Applied Biology … 50 50 — — Applied Chemistry† … 445 396 49 — General Textile Technology … 3 3 — — Mathematics … 135 132 3 — Metallurgy … 101 84 16 1 Applied Physics … 225 208 16 1 Statistics … 8 8 — — TOTALS … 979 893 84 2 GRAND TOTALS … 2,697 2,097 538 62 * The first three years of these courses are common. † Includes courses in Chemical Technology and Industrial Chemistry. Education and how many by the Ordinary National Certificate.
§ Sir E. BoyleOf the 2,697 first-year students, 2,097 qualified by the General Certificate of Education, 538 by the Ordinary National Certificate and the remaining 62 students had other equivalent qualifications.
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§ Mr. Albuasked the Minister of Education how many students in each of the subjects for the Diploma in Technology in each year are works based
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SUBJECT Number of college-based*/industry-based students† Number of students enrolled 1st yr. 2nd yr. 3rd yr. 4th yr. 5th yr. TOTAL C.B. I.B. C.B. I.B. C.B. I.B. C.B. I.B. C.B. I.B. C.B. I.B. Engineering Aeronautical Engineering 67 77 33 48 36 44 13 59 — — 149 228 Building 21 13 3 17 3 7 3 8 — — 30 45 Chemical Engineering 109 13 70 15 32 8 31 14 — — 242 50 Civil Engineering 130 76 63 55 37 32 40 21 — — 270 184 Electrical Engineering 93 503 53 462 37 340 31 269 — — 214 1,574 Instrument and Control Engineering — 13 — 14 — 10 — 8 — — — 45 Mechanical Engineering 93 424 53 390 29 279 25 257 — — 200 1,350 Naval Architecture — — — — 1 3 1 2 — — 2 5 Production Engineering 25 61 7 45 — 56 1 64 — — 33 226 TOTALS 538 1,180 282 1,046 175 779 145 702 — — 1,140 3,707 Other Technologies Applied Biochemistry‡ 12 — 9 — 7 — 2 — — — 30 — Applied Pharmacology‡ Applied Biology 50 — 36 1 25 — 18 — — — 129 1 Applied Chemistry§ 356 89 194 105 94 93 67 65 — — 711 352 General Textile Technology 2 1 7 2 — — — — — — 9 3 Mathematics 98 37 56 40 30 26 22 16 — — 206 119 Metallurgy 45 56 15 55 8 21 22 20 — 2 90 154 Applied Physics 125 100 61 118 36 100 34 53 — — 256 371 Statistics 8 — 6 — — — — — — — 14 — TOTALS 696 283 384 321 200 240 165 154 — 2 1,445 1,000 GRAND TOTALS 1,234 1,463 666 1,367 375 1,019 310 856 — 2 2,585 4,707 * A college-based student is one who enrols at a college without commitment to any particular firm and the college is responsible for arranging his industrial training. † An industry-based student is one who is recruited by a firm which is responsible for the whole of the students' industrial training: the firm may, or may not, require the student to apply for a L.E.A. grant to cover his periods of academic study. ‡ The first three years of these courses are common. § Includes courses in Chemical Technology and Industrial Chemistry. and how many are college based.
§ Sir E. BoyleThe National Council for Technological Awards has given me the following information:
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§ Mr. Albuasked the Minister of Education if he will publish in the OFFICIAL REPORT the number of students in each of the years on the courses for the Diploma in Technology, distinguish-
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THE NUMBER OF COURSES LEADING TO THE DIPLOMA IN TECHNOLOGY, TOGETHER WITH THE NUMBER OF STUDENT ENROLLED UNDER SUBJECTS (31ST JANUARY, 1963) SUBJECT Number of courses Number of students enrolled 1st yr. 2nd yr. 3rd yr. 4th yr. 5th yr. TOTAL Engineering Aeronautical Engineering … 10 144 81 80 72 — 377 Building … 2 34 20 10 11 — 75 Chemical Engineering … 4 122 85 40 45 — 292 Civil Engineering … 8 206 118 69 61 — 454 Electrical Engineering … 18 596 515 377 300 — 1,788 Instrument and Control Engineering … 1 13 14 10 8 — 45 Mechanical Engineering … 15 517 443 308 282 — 1,550 Naval Architecture … 1 — — 4 3 — 7 Production Engineering … 6 86 52 56 65 — 259 TOTALS 65 1,718 1,328 954 847 — 4,847 Other Technologies Applied Biochemistry* … 1 — — 30 Applied Pharmacology* 1 12 9 7 2 — Applied Biology … 3 50 37 25 18 — 130 Applied Chemistry† … 16 445 299 187 132 — 1,063 General Textile Technology … 1 3 9 — — — 12 Mathematics … 7 135 96 56 38 — 325 Metallurgy … 4 101 70 29 42 2 244 Applied Physics … 11 225 179 136 87 — 627 Statistics … 1 8 6 — — — 14 TOTALS … 45 979 705 440 319 2 2,445 GRAND TOTALS … 110 2,697 2,033 1,394 1,166 2 7,292 * The first three years of these courses are common. † Includes courses in Chemical Technology and Industrial Chemistry. ing the subjects of their courses.
§ Sir E. BoyleThe National Council for Technological Awards has given me the following information: