Calculus I Tutoring

My formal Calculus education consisted of a three-course core sequence of calculus with analytic geometry, a course in calculus of several variables and a course in elementary differential equations with an overall GPA in all courses of 3.2. This is the very first science-level mathematics course I was taught in calculus and analytic geometry, and it is a prerequisite for all further education in mathematics, mathematical sciences and engineering. While I was a student, I tutored many students both professionally and informally as part of an Honor Society obligation. Subsequently, I have tutored both college and high school students on a professional basis, and I have the most experience in tutoring this subject. The study and mastery of Calculus in general is necessary for the understanding of basic scientific principles, fundamental engineering concepts and more advanced mathematics and thus forms the core basis of both of my Electrical Engineering degrees as well as my Mathematics degree. Along with the subsequent two courses in the sequence, mastery of this preliminary course is critical for any success for a STEM degree.

Calculus 2 Tutoring

My formal Calculus education consisted of a three-course core sequence of calculus with analytic geometry, a course in calculus of several variables and a course in elementary differential equations with an overall GPA in all courses of 3.2. This is the second science-level mathematics course I was taught in calculus and analytic geometry, and it is a prerequisite for all further education in mathematics, mathematical sciences and engineering. While I was a student, I tutored many students both professionally and informally as part of an Honor Society obligation. Subsequently, I have tutored both college and high school students on a professional basis, and I have the most experience in tutoring this subject. The study and mastery of Calculus in general is necessary for the understanding of basic scientific principles, fundamental engineering concepts and more advanced mathematics and thus forms the core basis of both of my Electrical Engineering degrees as well as my Mathematics degree. Along with the other two courses in the sequence, mastery of this course is critical for any success for a STEM degree.

Calculus 3 Tutoring

My formal Calculus education consisted of a three-course core sequence of calculus with analytic geometry, a course in calculus of several variables and a course in elementary differential equations with an overall GPA in all courses of 3.2. This is the third science-level mathematics course I was taught in Calculus and Analytic Geometry, and it is a prerequisite for all further education in mathematics, mathematical sciences and engineering. While I was a student, I tutored many students both professionally and informally as part of an Honor Society obligation. Subsequently, I have tutored both college and high school students on a professional basis, and I have the most experience in tutoring this subject. The study and mastery of Calculus in general is necessary for the understanding of basic scientific principles, fundamental engineering concepts and more advanced mathematics and thus forms the core basis of both of my Electrical Engineering degrees as well as my Mathematics degree. Along with the two previous courses, mastery of this course is critical for any success for a STEM degree.

College Algebra Tutoring

This course is typically a prerequisite for official admission into mathematics, science or engineering programs. Many students test out of this before enrollment as I did, but it is recommended for students that are a bit weak in math skills. I have some experience in tutoring this subject, but I usually teach algebra techniques integrated into other math, science or engineering courses. Since algebraic manipulation (along with trigonometry) is used to set up solutions in most STEM disciplines, competence is necessary for further studies in more advanced subjects.

Computer Engineering Tutoring

My formal Computer Engineering education consisted of courses in digital logic design with lab support,
digital integrated circuit design, design using microprocessors including assembly language and computer architecture with an overall GPA in all courses of 4.0. I have tutored students in Computer Engineering professionally, both while I was a student and subsequently. The study of Computer Engineering allows an understanding of the basic design and architecture of modern computer systems including integrated circuits, processors and controllers, memory, interfacing with peripherals and the integration of components. These subjects are integral to the Computer Engineering Concentration of my Electrical Engineering degree.

Computer Programming Tutoring

My formal Computer Programming education consisted of a three-course core sequence of programming techniques using the object-oriented Java programming language with lab support, a course using the procedural C programming language for engineering applications, a course in UNIX operating system usage, a course in assembly language using an industry-standard microcontroller and a theory course in programming language structure with an overall GPA in all courses of 3.74. I have tutored students in Computer Programming professionally, both while I was a student and subsequently. The study of Computer Programming allows the practical implementation of automated problem solving using computers including analysis of the problem, structural design of correct algorithms, coding, testing and code maintenance. These subjects are integral to the minor in Computer Science acquired with my Electrical Engineering degree.

Computer Science Tutoring

My undergraduate-level Computer Science education consisted of a three-course core sequence of basic and intermediate theory using the object-oriented Java programming language with lab support, a course in UNIX operating system usage, a theory course in mathematical algorithm analysis, a course in the structure and operation of operating systems and a theory course in programming language structure. My GPA in all undergraduate-level courses was 3.65, and my overall GPA in Computer Science was 3.81. I have tutored students in Computer Science professionally, both while I was a student and subsequently. The study of Computer Science allows both a theoretical study and a practical implementation of automated problem solving using computers including analysis of the problem, structural design of correct algorithms, coding, testing and code maintenance. These subjects are integral to the minor in computer science acquired with my Electrical Engineering degree.

Computer Science Tutoring

My graduate-level Computer Science education consisted of courses in mathematical algorithm analysis, programming language structure, algorithms complexity, combinatorics and graph theory, computer forensics, software reverse engineering, network security, bioinformatics, and computational geometry. My GPA in all graduate-level courses was 4.00, and my overall GPA in Computer Science was 3.81. I have tutored students in Computer Science professionally, both while I was a student and subsequently. The advanced study of Computer Science allows the analysis and research of leading edge topics emphasizing advanced theoretical research and high-level implementation of applications. These subjects are integral to the pursuit of my pending Master’s Degree in Computer Science.

Electrical Engineering Tutoring

My formal undergraduate Electrical Engineering education consisted of courses in DC and AC circuit design with lab support, digital logic design with lab support, electronics design with lab support, electric machinery design with lab support, large-scale power systems, power protective relaying, signals analysis, electromagnetism, probabilistics, classical and digital control system design, communications system design with lab support, digital integrated circuit design, design using microprocessors including assembly language and computer architecture. My formal graduate Electrical Engineering education consisted of advanced courses in radar design, radio frequency circuit design, linear control systems analysis, advanced controls, polarization optics, lasers, digital image processing, neural networks, optical computing & data processing and heterogeneous embedded system design. My undergraduate GPA was 3.56, my graduate GPA was 3.7, and my overall GPA in all EE courses was 3.6. While I was a student, I tutored many students both professionally and informally as part of an Honor Society obligation and subsequently on a professional basis. The study of Electrical Engineering allows an understanding of the theory, design, implementation and integration of a wide array of electrical and electronics systems including power, microelectronics, computers, controls, communications, radio frequency systems, signal processing and instrumentation. These are the subjects which comprise the curriculum of both of my Electrical Engineering degrees.

Math Tutoring

My formal basic Mathematics education consisted of courses in calculus with analytic geometry, calculus of several variables, elementary differential equations, linear algebra, discrete structures and abstract algebra with an overall GPA in all courses of 3.0. While I was a student, I tutored many students both professionally and informally as part of an Honor Society obligation. Subsequently, I have tutored both college and high school students on a professional basis, and of the mathematic disciplines, I have the most experience in tutoring Calculus. The study and mastery of Mathematics in general is necessary for the understanding of basic scientific principles, fundamental engineering concepts and more advanced mathematics and thus forms the core basis of both of my Electrical Engineering degrees as well as my Mathematics degree.

Math Advance Tutoring

My formal Advanced Mathematics education consisted of courses in advanced calculus, intermediate ordinary differential equations and elementary number theory with an overall GPA in all courses of 3.0. I have tutored one student in advanced calculus. The study of Advanced Mathematics is good preparation for more advanced research into mathematics. These topics are the most advanced requirements for the completion of my Mathematics degree.

Physics Advance Tutoring

My formal advanced Physics education consisted of courses in quantum mechanics, nuclear & reactor physics and condensed matter & materials physics with an overall GPA in all courses of 4.0. I have tutored one student in quantum mechanics. The study of Advanced Physics is good preparation for more advanced research into physics. These topics are the most advanced requirements for the completion of my minor in Physics and counted toward my Master’s degree in Electrical Engineering.

Physics I Tutoring

My formal basic Physics education consisted of a three-course core sequence of science and engineering physics with lab support taught concurrently with calculus and analytic geometry with an overall GPA in all courses of 3.73. This is the very first calculus-level course I was taught in engineering physics, and it is a prerequisite for all further education in physics and engineering. While I was a student, I tutored many students both professionally and informally as part of an Honor Society obligation and subsequently on a professional basis. The study and mastery of Physics in general is necessary for the understanding of basic scientific principles, fundamental engineering concepts and more advanced sciences and thus forms the core basis of both of my Electrical Engineering degrees. Along with the subsequent two courses in the sequence, mastery of this preliminary course is critical for any successful study of a mathematics-oriented STEM curriculum such as engineering or physics.

Physics II Tutoring

My formal basic Physics education consisted of a three-course core sequence of science and engineering physics with lab support taught concurrently with calculus and analytic geometry with an overall GPA in all courses of 3.73. This is the second calculus-level course I was taught in engineering physics, and it is a prerequisite for all further education in physics and engineering. While I was a student, I tutored many students both professionally and informally as part of an Honor Society obligation and subsequently on a professional basis. The study and mastery of Physics in general is necessary for the understanding of basic scientific principles, fundamental engineering concepts and more advanced sciences and thus forms the core basis of both of my Electrical Engineering degrees. Along with the other two courses in the sequence, mastery of this course is critical for any successful study of a mathematics-oriented STEM curriculum such as engineering or physics.

Pre Calculus Tutoring

This subject is a good pre-cursor to study Calculus, a prerequisite for official admission into mathematics, science or engineering programs. Many students test out of this before enrollment as I did, but it is recommended for students that are a bit weak in math skills. Although I have not tutored Pre Calculus as a stand-alone topic, I teach Pre Calculus concepts necessary for the study of Calculus courses. Pre Calculus topics are used in Calculus to set up solutions in most STEM disciplines, and competence is necessary for further studies in more advanced subjects.

Trigonometry Tutoring

This subject is typically a prerequisite for official admission into mathematics, science or engineering programs. Many students test out of this before enrollment as I did, but it is recommended for students that are a bit weak in math skills. Although I have not tutored trigonometry as a stand-alone topic, I teach trigonometric concepts integrated into other math, science or engineering courses. Since trigonometry (along with algebra) is used to set up solutions in most STEM disciplines, competence is necessary for further studies in more advanced subjects.

Algebra Tutoring

See College - Algebra entries

Algebra II Tutoring

See College - Algebra entries

Calculus Tutoring

See College - Calculus entries

Physics Tutoring

See College - Physics entries

Middle School Math Tutoring

See College - Math entries

Elementary Math Tutoring

See College - Math entries

AP Physics Tutoring

See College - Physics entries

Calculus AP Tutoring

See College - Calculus entries