College of
Engineering
Established in 1923 as Fenn College, the Washkewicz College of Engineering is home to 1,600 students, the Industrial Space Systems Lab and the Dan T. Moore MakerSpace. Graduates excel in a thriving field of industrial growth in the global marketplace.
Acceptance Criteria
Graduate Direct  Academic English  

GPA  3.0  3.0 
IELTS  6.0 (no part below 5.0)  <6.0 
Duolingo  N/A  N/A 
TOEFL  78 (no part below 17)  <78 
GRE  GRE waived with appropriate Qualifying Undergraduate Degree and GPA.  
ADDITIONAL REQUIREMENTS  Discrete Mathematics, Calculus I, Calculus II* Please refer to the MCISCS Program Guide for more details. 

QUALIFYING UNDERGRADUATE DEGREES  Fouryear undergraduate degree, or equivalent, in computer science or computer engineering or equivalent from an accredited university.  
AVAILABLE ENTRY  Fall/Spring/Summer  Fall/Spring/Summer 
Calculus I, II and Discrete Mathematics
*Math proficiency demonstrated through math selfevaluation and declaration form.
Sample Coursework
Credits  

CIS 600 Advanced Computer Architecture  3 
CIS 620 Advanced Operating Systems  3 
CIS 593 s1 Blockchain CIS 593 s50 Big Data CIS 636 Software Quality Assurance CIS 666 AI CIS 694 Anonymous Communication 
3 or 4 depending on course selection 
Progression Details
Graduate Direct  

Degree Credits  10 
Progression Requirements  N/A 
Acceptance Criteria
Graduate Direct  Academic English  

GPA  3.0  3.0 
IELTS  6.0 (no part below 5.0)  <6.0 
TOEFL  78 (no part below 17)  <78 
GRE  GRE waived with appropriate Qualifying Undergraduate Degree and GPA.  
ADDITIONAL REQUIREMENTS  Discrete Mathematics, Calculus I, Calculus II* Please refer to the MSSE Program Guide for more details. 

QUALIFYING UNDERGRADUATE DEGREES  Fouryear undergraduate degree in computer science, software engineering or equivalent from an accredited university  
AVAILABLE ENTRY  Fall/Spring  Fall/Spring/Summer 
*Math proficiency demonstrated through math selfevaluation and declaration form.
Sample Coursework
Credits  

EEC 623 – Software Quality Assurance  4 
Students choose two: CIS electives: CIS 600 Advanced Computer Architecture CIS 620 Advanced Operating Systems CIS 593 s1 Blockchain CIS 593 s50 Big Data, CIS 666 AI CIS 694 Anonymous Communication 
3 
Students choose two: CIS electives: CIS 600 Advanced Computer Architecture CIS 620 Advanced Operating Systems CIS 593 s1 Blockchain CIS 593 s50 Big Data CIS 666 AI CIS 694 Anonymous Communication 
3 
Progression Details
Graduate Direct  

Degree Credits  10 
Progression Requirements  N/A 
Acceptance Criteria
Graduate Direct  Academic English  

GPA  2.75  2.75 
IELTS  6.0 (no part below 5.0)  <6.0 
TOEFL  78 (no part below 17)  <78 
GRE  GRE waived with appropriate Qualifying Undergraduate Degree and GPA.  
ADDITIONAL REQUIREMENTS  Calculus I, Calculus II, Calculus III, and Differential Equations*  
QUALIFYING UNDERGRADUATE DEGREES  Fouryear undergraduate degree, or equivalent, in electrical engineering computer engineering or equivalent from an accredited university.  
AVAILABLE ENTRY  Fall/Spring  Fall/Spring/Summer 
Calculus I, II, III and Differential Equations
*Math proficiency demonstrated through math selfevaluation and declaration form.
Sample Coursework
Credits  

EEC 510 Linear Systems  4 
EEC 601 Graduate Seminar  1 
EEC Elective  4 
Progression Details
Graduate Direct  

Degree Credits  9 
Progression Requirements  N/A 
Acceptance Criteria
Graduate Direct  Academic English  

GPA  2.75  2.75 
IELTS  6.0 (no part below 5.0)  <6.0 
TOEFL  78 (no part below 17)  <78 
GRE  GRE waived with appropriate Qualifying Undergraduate Degree and GPA.  
ADDITIONAL REQUIREMENTS  Calculus I, Calculus II, Calculus III, and Differential Equations*  
QUALIFYING UNDERGRADUATE DEGREES 
Fouryear undergraduate degree, or equivalent, in any engineering discipline, civil engineering, physics, or chemistry from an accredited university.


AVAILABLE ENTRY  Fall/Spring  Fall/Spring/Summer 
Calculus I, II, III and Differential Equations
*Math proficiency demonstrated through math selfevaluation and declaration form.
Sample Coursework
Credits  

CVE 511 Finite Element Analysis I  4 
CVE 593 Advanced Steel Design  3 
CVE 563 Water Resources Engineering  3 
Progression Details
Graduate Direct  

Degree Credits  9 or 10 depending on Specialization Track 
Progression Requirements  N/A 
Acceptance Criteria
Graduate Direct  Academic English  

GPA  2.75  2.75 
IELTS  6.0 (no part below 5.0)  <6.0 
TOEFL  78 (no part below 17)  <78 
GRE  GRE waived with appropriate Qualifying Undergraduate Degree and GPA.  
ADDITIONAL REQUIREMENTS  MATLAB, C, or Python Programming Calculus I, Calculus II, Calculus III, Differential Equations, and Linear Algebra* 

QUALIFYING UNDERGRADUATE DEGREES  Fouryear undergraduate degree, in mechanical engineering or equivalent, from an accredited university.  
AVAILABLE ENTRY  Fall/Spring  Fall/Spring/Summer 
Calculus I, II, III and Differential Equations, and Linear Algebra
*Math proficiency demonstrated through math selfevaluation and declaration form.
Sample Coursework
Credits  

MCE 521 Applied Thermodynamics  4 
MCE 59350 Introduction to Rocket Propulsion  4 
MCE 650 Mechanical Engineering Seminar  1 
Progression Details
Graduate Direct  

Degree Credits  9 
Progression Requirements  N/A 
Acceptance Criteria
Graduate Direct  Academic English  

GPA  2.75  2.75 
IELTS  6.0 (no part below 5.0)  <6.0 
TOEFL  78 (no part below 17)  <78 
GRE  GRE waived with appropriate Qualifying Undergraduate Degree and GPA.  
ADDITIONAL REQUIREMENTS  Calculus I, Calculus II, Calculus III, and Differential Equations*  
QUALIFYING UNDERGRADUATE DEGREES  Fouryear undergraduate degree or equivalent in Civil or Chemical Engineering or equivalent from an accredited university  
AVAILABLE ENTRY  Fall/Spring  Fall/Spring/Summer 
Calculus I, II, III and Differential Equations
*Math proficiency demonstrated through math selfevaluation and declaration form.
Sample Coursework
Credits  

EVE 671 Physical/Chemical Principles of Environmental Engineering  4 
EVE 572 Biological Principles of Environmental Engineering  4 
ENG 509 Technical Writing  2 
Progression Details
Graduate Direct  

Degree Credits  10 
Progression Requirements  N/A 
Acceptance Criteria
Graduate Direct  Academic English  

GPA  3.0  3.0 
IELTS  6.0 (no part below 5.0)  <6.0 
TOEFL  78 (no part below 17)  <78 
GRE  Quantitative: 70th percentile Analytical Writing 3.5 

ADDITIONAL REQUIREMENTS  Calculus I, Calculus II, Calculus III, and Differential Equations*  
QUALIFYING UNDERGRADUATE DEGREES  Fouryear undergraduate degree, or equivalent, in any engineering discipline from an accredited university.  
AVAILABLE ENTRY  Fall/Spring  Fall/Spring/Summer 
Calculus I, II, III and Differential Equations
*Math proficiency demonstrated through math selfevaluation and declaration form.
Sample Coursework
Credits  

BME 658 Medical Device Design  3 
BIO 624 Biomedical Physiology  3 
Elective  3 
Progression Details
Graduate Direct  

Degree Credits  9 
Progression Requirements  N/A 
Acceptance Criteria
Graduate Direct  Academic English  

GPA  2.75  2.75 
IELTS  6.0 (no part below 5.0)  <6.0 
TOEFL  78 (no part below 17)  <78 
GRE  Quantitative: 80^{th} PercentileAnalytical Writing: 3.5  
ADDITIONAL REQUIREMENTS  Calculus I, Calculus II, Calculus III, and Differential Equations*  
QUALIFYING UNDERGRADUATE DEGREES  Fouryear undergraduate degree, or equivalent, in chemical engineering from an accredited university.  
AVAILABLE ENTRY  Fall/Spring  Fall/Spring 
Calculus I, II, III and Differential Equations
*Math proficiency demonstrated through math selfevaluation and declaration form.
Sample Coursework
Credits  

CHE 506 Advanced Transport  4 
CHE 502 Advanced Thermodynamics  4 
Students choose one of the following:
CHE 695 Project 
1 to 3 
Progression Details
Graduate Direct  

Degree Credits  9 to 11 
Progression Requirements  N/A 
Acceptance Criteria
Graduate Direct  Academic English  

GPA  2.75  2.75 
IELTS  6.0 (no part below 5.0)  <6.0 
TOEFL  78 (no part below 17)  <78 
GRE  Quantitative: 80^{th} Percentile
Analytical Writing: 3.5 

ADDITIONAL REQUIREMENTS  Calculus I, Calculus II, Calculus III, and Differential Equations*  
QUALIFYING UNDERGRADUATE DEGREES  Fouryear undergraduate degree, or equivalent, in civil or mechanical engineering for the Structural Mechanics Track. Fouryear undergraduate degree, or equivalent, in chemical, civil, mechanical or materials engineering from an accredited university for the Mechanics and Materials track.  
AVAILABLE ENTRY  Fall/Spring  Fall/Spring/Summer 
Calculus I, II, III and Differential Equations
*Math proficiency demonstrated through math selfevaluation and declaration form.
Sample Coursework
Credits  

CHE 506 Advanced Transport  4 
CHE 502 Advanced Thermodynamics  4 
Students choose one of the following:
CHE 695 Project 
1 to 3 
Progression Details
Graduate Direct  

Degree Credits  9 to 11 
Progression Requirements  N/A 