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Joseph R.
Vignolini
Mathematics Courses
St. John's University
Sep. 1987 - August 1992
30 courses in math and computer
science
(19 courses) Total of 59
Undergraduate credits. GPA - 3.48
(11 courses) Total of 33 Graduate
credits. GPA - 3.45
Undergraduate
Courses
Computer Science
Courses
MTH 39
Computer Programming with Calculus
Applications.
Instructor: Dr. Stanton Spring
'88
Grade: B+
Programmed in True Basic. Covered basic computer operations.
MTH
40 and MTH 41 Introduction to Computer Science I & II
Instructors: Dr. Stanton Fall ' 88 & Dr. Barz Spring '90
Grades: B+ & B+
Programmed in Turbo Pascal. Data structures, sorts, Queues and etc.
MTH 42
Logical Design
Instructor: Dr. LaMont Spring '89
Grade: A
Covered basic logic design.
Circuits, architecture, and number systems.
MTH
43 and MTH 44
System Software I & II
Instructor: Dr. Vorbach Fall '89
& Spring '90
Grades: B & B
Part I - covered programming in
Assembly Language.
Part II - involved creating a
Compiler program in Turbo Pascal.
MTH 45
Programming Languages
Instructor:
Dr. Barz Spring '91
Grade: B
Covered programming in several
different Languages.
Advanced Mathematics
Courses
MTH 73, MTH 74 and MTH 75
University Calculus I, II, and III
Instructor: Dr. Barz (all three
courses) Fall '87, Spring '88 and Fall '88
Grades: B+, C, A
Covered Limits,
integration, Differentiation, Vectors and other introductory
Calculus topics.
MTH 76
University Calculus IV
Instructor: Dr. Machover Spring '89
Grade: A
Covered Sequences and
Series and Partial Differentiation.
MTH
77 and MTH 78
Advanced Calculus I & II
Instructor: Dr. Traina Fall '89
& Spring '90
Grades: B+ & B+
Covered Topology,
limits, differentiation, integration and other advanced topics in a
theoretical (proofs) degree.
MTH 79
Introduction to Linear Algebra
Instructor: Dr. Hughes Fall '89
Grade: B
Covered matrices,
vectors, transformations, and other topics.
MTH 80
Introduction to Modern Algebra
Instructor: Dr. Hughes Spring '89
Grade: A
Covered Abstract
algebra theory. Group theory, rings, fields and integral domains.
Entirely composed of proofs.
MTH
81 and MTH 82
Mathematical Theory of Statistics I &
II
Instructor:
Dr. Cole Fall '89 & Spring '90
Grades: B & C+
Covered all types of
distributions, and developed the formulas for each.
MTH 98
Reading and Research
Instructor: Dr. Traina Fall '90
Grade: A
Independent study
expanding the theory of fields, rings and group presentations. A
one-on-one class. The goal was to expand upon the ideas presented in
MTH 80 (Combinatorial Group Theory).
MTH 99
Senior Seminar
Instructor: Dr. Miranda Spring '91
Grade: A
Covered various
topics in mathematics. Assignments were to read on a given topic and
teach the class about it. One topic was the generation of Primes.
Graduate
(Masters) Level Courses
MTH
172 and MTH 173
Operations Research I & II
Instructor: Dr Miranda Fall '90
& Spring '91
Grades: A & A
Covered Linear
Programming for OR I. Covered Queues and Mathematical Programming in
OR II. (Taken as an undergraduate for Graduate credit in Senior
year.)
MTH 177
Software Systems
Instructor: Dr. Frechen Fall '91
Grade: A
Covered Compilers,
Assemblers and other software theory.
MTH 213
Applied Algebra
Instructor: Dr. Traina Fall '91
Grade: A
Covered abstract
algebra theory, fields, and their application to coding theory.
MTH 207 and MTH 208
Theory of Functions of a Complex Variable
I & II
Instructor: Dr. Miranda Fall '91
& Spring '92
Grades: B+ & B+
Covered the theory of complex
variables. Proofs. Integration in a domain.
MTH
307 and MTH 308
Theory of Functions of a Real Variable I
& II
Instructor: Dr. Narici Fall '91
& Spring '92
Grades: B & C
Proving Math from the
beginning assuming only the Real Numbers.
MTH 209
Linear Algebra
Instructor: Dr. Mancuso Spring '92
Grade: C
Advanced topics of Linear
Algebra.
MTH 277
Computer Networks
Instructor: Dr. Morgan Spring '92
Grade: A
Covered networks with a
mathematical interpretation.
MTH 403
Seminar (Independent Research)
Instructor: Dr. Traina Summer
'92
Grade: A
Cover Combinatorial
Group Theory in a deeper manor. Expand upon Free Groups,
Isomorphism, and Mappings.
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