semester school course no. course name #credits grade #points notes
Fall 2015 UNM CIE 160 (CE 160L) Civil Engineering Design 3 A+ 13
MATH 162 (1512) Calculus I 4 C+ 9.33 Math Class #1 (MC1)
PENP 111 (MLSL 229) Military Fitness I 2 A 8
CHEM 121 (1215) General Chemistry I (for STEM Majors) 3 B 9
CHEM 123L (1215L) General Chemistry I (for STEM Majors) Laboratory 1 D 1
ENGL 110 Accelerated Composition (1110 Composition I) 3 W 0
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Spring 2016 UNM APMS 107 Non-Major: Organ W 0
CS 151L Programming Fund Nonmajors W 0
GRMN 101 (1110) Elementary German I 3 W 0
PHYC 160 (PHYS 1310) General Physics (Calculus-Based Physics I) 3 W 0
PHYC 167 Problems in General Physics W 0
MATH 163 (1522) Calculus II 4 W 0
- UNM GPA 3.10
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Summer II 2016 PCC MATH 005B Single Variable Calculus II 5 A 20 MC2
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Fall 2016 CNM ARBC 1101 Beginning Arabic I (1110 Arabic I) 4 A 16
PHYS 1710 (1310) Calculus-Based Physics I 4 A 16 Dr. Pavan Pillalimarri ; Physics Class #1 (PC1)
PHYS 1792 (1310L) Calculus-Based Physics I Lab 1 A 4
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Spring 2017 GCC MATH 105 Multivariable and Vector Calculus 5 C 10 MC3
MUSIC 160 Piano I 2 A 8
PHY 103 Engineering Physics 5 W 0
GCC GPA 2.57
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Summer I 2018 ECC MT 284 Intro to Differential Equations 4 A 16 Dr. Timothy Cercone ; MC4
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Summer II 2018 ECC PS 100 General Psychology 3 A 12 city campus
EN 110 College Composition 3 A 12 city campus
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Fall 2018 ECC ES 204 Thermodynamics 4 C+ 9.33 Dr. Sushil Patel ; PC2
ES 207 Statics 3 B 9 Dr. Sushil Patel
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Winter 2018 ECC HI 100 Foundations of Western Civilization 3 A 12
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Spring 2019 ECC ES 138 Engineering Concepts 1 A 4 Irv Reinig II, PE
ES 139 Computer Skills for Engineers 1 A 4 Irv Reinig II, PE
PH 282 Physics for Science & Engineering 2 3 A 12 Dr. Matthew Budzinski ; PC3
PH 283 Lab for PH 282 1 A- 3.67
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Summer I 2019 ECC CH 181 Lab for CH 180 1 A 4
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Fall 2019 ECC ES 208 Dynamics 3 A 12 Dr. Sushil Patel
ES 209 Mechanics of Materials 3 A 12 Dr. Sushil Patel
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Winter 2019 ECC PY 100 Critical Thinking 3 B+ 10
HI 101 American History I 3 B+ 10
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Spring 2020 ECC MT 292 Introduction to Linear Algebra 4 A 16 Dr. Timothy Cercone ; MC5
PH 284 Physics for Science & Engineering 3 3 A 12 Dr. Mark Tiede ; PC4
PH 285 Lab for PH 284 1 A 4
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Summer I 2020 ECC MT 143 Introductory Statistics I 4 A 16
- ECC GPA 3.73
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Fall 2020 UB EAS 198 UB Seminar 1 A 4
PHY 208 General Physics 4 3 A- 11 PC5
PHY 301 Intermediate Mechanics 1 3 B+ 10 Dr. Christopher Jan-Winter ; PC6
CIE 308 Engineering Statistics 3 A- 11
CIE 340 Environmental Engineering 3 A 12 Dr. James Jensen, PE
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Spring 2021 UB MLS 202 Foundations of Tactical Leadership 3 A 12
GLY 103 Geology for Engineers 3 A 12
EAS 230 Engineering Computations 3 A 12
EAS 360 STEM Communications 3 A- 11
CIE 327 Civil Engineering Materials 4 A 16 Dr. Ravi Ranade
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Summer I 2021 UB CIE 323 Structural Analysis 4 A 16 Dr. Aref
CIE 354 Fluid Mechanics 3 A 12
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Summer II 2021 UB CIE 324 Introduction to Structural Design 3 A 12
CIE 343 Hydraulics and Hydrology 4 A 16
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Fall 2021 UB MTH 443 Fundamentals of Applied Mathematics 1 3 B+ 10 MC6
PHY 401 Quantum Mechanics I 3 C+ 7 PC7
CIE 334 Soil Mechanics 4 A 16 Dr. Anthony Tessari, PE
CIE 429 Reinforced Concrete Design 3 A 12 Dr. Andreas Stavridis
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Spring 2022 UB MTH 444 Fundamentals of Applied Mathematics 2 3 A 12 Dr. Brian Spencer ; MC7
CIE 423 Structural Engineering 3 3 A 12 Dr. Ching-Ching Yu
CIE 439 Transportation Systems 3 A 12
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Summer I 2022 UB CIE 435 Foundation Engineering 3 A 12
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Fall 2022 UB PHY 403 Electricity & Magnetism 1 3 A 12 Dr. Timothy Tomay ; PC8
CIE 415 Professional Practice Issues 3 A- 11 Darrell Kaminski, PE
CIE 428 Steel Design 3 A- 11 Dr. Michel Bruneau, PE
UB/NYSSPE FE Exam Review Course 3h/week Dr. James Jensen, PE
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Winter 2022 NCEES FE Exam Civil (Fundamentals of Engineering) Passed 20 DEC 2022 in Getzville, NY
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Spring 2023 UB PHY 302 Intermediate Mechanics II 3 A 12 Dr. Christopher Jan-Winter ; PC9
GEO 481 Geographical Information Systems 4 A 16
CIE 411 Applied Mathematics for Civil Engineering 3 A 12 Dr. Jongmin Shim
CIE 416 Professional Practice Issues 3 A- 11 Darrell Kaminski, PE
UBC 399 UB Curriculum Capstone 1 A 4
- UB Undergraduate GPA
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END OF BACCALAURETTE PROGRAM Total 175 Credits. Total GPA
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graduate programs of interest


Structural & Earthquake Engineering
Course # typically offered
CIE 511 Advanced Mechanics of Solids spring
CIE 513 Stability
CIE 514 Advanced Mechanics and Mathematics
CIE 515 Advanced Structural Analysis
CIE 519 Structural Dynamics & Earthquake Engineering I
CIE 524 Steel Structures spring
CIE 525 Concrete Structures fall
CIE 526 Finite Element Structural Analysis
CIE 617 Advanced Finite Element Analysis
Applied Mathematics
MTH 517 Survey of Multivariable Calculus
MTH 518 Survey of Partial Differential Equations
PHY 501 Introduction to Mathematical Physics I
PHY 502 Introduction to Mathematical Physics II
MTH 519 Introduction to Abstract Algebra
MTH 520 Advanced Linear Algebra
PHY 509 Classical Dynamics
MTH 537 Introduction to Numerical Analysis I
MTH 538 Introduction to Numerical Analysis II
MTH 539 Methods of Applied Mathematics I
MTH 540 Methods of Applied Mathematics II



graduate courses of interest


Mathematics
MTH 524 Survey of Fourier Series Methods
MTH 525 Introduction to Complex Variables I
MTH 527 Introduction to Topology I
CIE 515 Advanced Structural Analysis
CIE 519 Structural Dynamics & Earthquake Engineering I
CIE 524 Steel Structures
CIE 525 Concrete Structures
CIE 526 Finite Element Structural Analysis
CIE 617 Advanced Finite Element Analysis
Physics
MTH 517 Survey of Multivariable Calculus
MTH 518 Survey of Partial Differential Equations
PHY 501 Introduction to Mathematical Physics I
PHY 502 Introduction to Mathematical Physics II
MTH 519 Introduction to Abstract Algebra
MTH 520 Advanced Linear Algebra
PHY 509 Classical Dynamics
MTH 537 Introduction to Numerical Analysis I
MTH 538 Introduction to Numerical Analysis II
MTH 539 Methods of Applied Mathematics I
MTH 540 Methods of Applied Mathematics II
Structural Engineering
CIE 511 Advanced Mechanics of Solids
CIE 513 Stability
CIE 514 Advanced Mechanics and Mathematics
CIE 515 Advanced Structural Analysis
CIE 519 Structural Dynamics & Earthquake Engineering I
CIE 524 Steel Structures (sp)
CIE 525 Concrete Structures (fa)
CIE 526 Finite Element Structural Analysis
CIE 617 Advanced Finite Element Analysis
Mechanical Engineering
MTH 517 Survey of Multivariable Calculus
MTH 518 Survey of Partial Differential Equations
PHY 501 Introduction to Mathematical Physics I
PHY 502 Introduction to Mathematical Physics II
MTH 519 Introduction to Abstract Algebra
MTH 520 Advanced Linear Algebra
PHY 509 Classical Dynamics
MTH 537 Introduction to Numerical Analysis I
MTH 538 Introduction to Numerical Analysis II
MTH 539 Methods of Applied Mathematics I
MTH 540 Methods of Applied Mathematics II



courses of interest at UB

Department of Mathematics

  • MTH 528 Introduction to Topology II
  • MTH 529 Introduction to the Theory of Numbers I
  • MTH 531 Introduction to Real Variables I
  • MTH 532 Introduction to Real Variables II
  • MTH 534 Basic Measure Theory
  • MTH 537 Introduction to Numerical Analysis I (core)
  • MTH 538 Introduction to Numerical Analysis II (core)
  • MTH 539 Methods of Applied Mathematics I (core)
  • MTH 540 Methods of Applied Mathematics II (core)
  • MTH 558 Mathematical Finance
  • MTH 559 Mathematical Finance 2
  • MTH 563 Topics in Applied Mathematics
  • MTH 565 Topics in Geometry
  • MTH 619-620 Algebra
  • MTH 625 Complex Variables
  • MTH 627-628 Topology
  • MTH 629-630 Theory of Numbers
  • MTH 631 Analysis
  • MTH 635-636 Differential Geometry
  • MTH 637 Advanced Numerical Analysis 1
  • MTH 639 Fourier Analysis
  • MTH 645 Advanced Ordinary Differential Equations
  • MTH 649 Partial Differential Equations
  • MTH 719 Advanced Algebra
  • MTH 730 Algebraic Number Theory
  • MTH 731-732 Functional Analysis
  • MTH 735-736 Algebraic Geometry

    Departments of Physics

  • PHY 501-502 Introduction to Mathematical Physics I-II
  • PHY 509 Classical Dynamics
  • PHY 527 Solid State Physics

    Department of Civil, Structural & Environmental Engineering

  • CIE 511 Advanced Mechanics of Solids [sp]
  • CIE 513 Stability [taught __ by __: sp23
  • CIE 514 Introduction to Advanced Mechanics and Mathematics
  • CIE 515 Advanced Structural Analysis [sp]
  • CIE 516 Advanced Mathematics for Civil Engineers
  • CIE 519 Structural Dynamics & Earthquake Engineering I [fa, mc]
  • CIE 521 Plastic Analysis & Design
  • CIE 524 Steel Structures [sp, mb]
  • CIE 525 Concrete Structures [fa, aw]
  • CIE 526 Finite Element Structural Analysis [taught __ by __: sp23 aa ; ]
  • CIE 615 Nonlinear Structural Analysis
  • CIE 616 Experimental Mechanics [taught __ by __: sp23
  • CIE 617 Advanced Finite Element Analysis
  • CIE 618 Blast Engineering
  • CIE 619 Structural Dynamics & Earthquake Engineering II
  • CIE 623 Plastic Behavior of Materials
  • CIE 625 Aseismic Base Isolation [taught __ by __: sp23
  • CIE 645 Boundary Element Methods

  • Department of Mechanical & Aerospace Engineering

  • MAE 507 Engineering Analysis 1 [fa, gd]
  • MAE 508 Engineering Analysis 2
  • MAE 524 Elasticity [sp, jl]
  • MAE 529 Finite Element Structural Analysis
  • MAE 553 Inelastic Stress Analysis
  • MAE 555 Continuum Mechanics [fa, df]
  • MAE 558 Tribology
  • MAE 562 Analytical Dynamics
  • MAE 563 Plasticity
  • MAE 567 Vibration & Shock 1
  • MAE 568 Vibration & Shock 2
  • MAE 570 Thermodynamics of Materials
  • MAE 571 Systems Analysis 1
  • MAE 575 Kinetics of Materials