Chemical Engineering, MSChE (Boston)

For program contact information, please visit the College of Engineering website. 

The Master of Science in Chemical Engineering is normally pursued by students with a Bachelor of Science in Chemical Engineering or closely allied fields. Students wishing to pursue the master’s degree but with undergraduate educational backgrounds other than chemical engineering may be required to complete supplementary undergraduate coursework. These courses are in addition to the minimum course requirements. Students enrolled in the program are encouraged to seek guidance from their instructors and advisor regarding additional coursework that may supplement the graduate curriculum.

Students originally admitted to the master’s degree program who wish to switch to the PhD program must petition the associate chair for graduate studies. If admission is granted, then the student must satisfy all the requirements of the doctoral degree program, including the requirements for doctoral candidacy. 

Course Requirements

A minimum of 32 semester hours of academic work is required to qualify for the Master of Science degree in chemical engineering.

If pursuing the General Principles and Applications concentration, students can select from either the master’s project option or master’s thesis option. Students completing the master’s project will take the 4-semester-hour master’s project course and 4 semester hours of a core course. Students in the thesis track will complete the 4-semester-hour master’s project course followed by the 4-semester-hour thesis course. In addition, each full-time student pursuing a thesis option must enroll in Professional Development and Communication Essentials (CHME 6390) in their first two semesters followed by Seminar (CHME 7390) for each semester they continue to work toward their degree. The faculty advisor and the student establish the sequence of courses that students take to pursue the Master of Science in Chemical Engineering.

If pursuing the Biosystems or Sustainability concentrations, students must complete a minimum of 32 semester hours of coursework. In addition, during their first two semesters of enrollment, they must complete Professional Development and Communication Essentials (CHME 6390).

Thesis Requirements

Students pursuing a Master of Science in Chemical Engineering with concentration in General Principles and Applications thesis option must submit to the Graduate School of Engineering a written thesis that is approved by the thesis committee and department chair. For details, see the graduate school requirements and electronic submittal instructions. MS with thesis students must also complete an oral master’s thesis defense in order to successfully complete the program. The student will be expected to form a master’s thesis committee, composed of a minimum of three members—one who is the research advisor, one other faculty member from the chemical engineering department, and one member from outside the department. The oral presentation will be open to the public, including students, faculty, and the candidate’s committee.

Part-time Students

Part-time students may progress according to their plans and time constraints but within the seven-year time limit. A minimum of 32 semester hours of academic coursework is required for part-time students. 

Master of Science students wishing to change their status from part-time to full-time must notify the chemical engineering department and make a formal petition to the Graduate School of Engineering. Refer to the regulations of the Graduate School of Engineering for further information on academic administrative policies.

Departure Prior to Thesis Completion

Occasionally, students must leave the chemical engineering department prior to completion of all degree requirements. In such instances, long time intervals have often elapsed before thesis or manuscript submission. Accordingly, the department has adopted the guideline that a student cannot submit a thesis for credit beyond three years after the student stops actively pursuing the research. Exceptions may be granted upon petition to the departmental graduate committee. Petitions must demonstrate extenuating circumstances and prove that the research is still of value to the profession.

Graduate Certificate Options

Students enrolled in a master's degree have the opportunity to also pursue one of the many engineering graduate certificate options in addition to or in combination with the MS degree. Students should consult their faculty advisor regarding these options. 

Gordon Institute of Engineering Leadership

Master's Degree in Chemical Engineering with Graduate Certificate in Engineering Leadership

Students may complete a Master of Science in Chemical Engineering in addition to earning a Graduate Certificate in Engineering Leadership. Students must apply and be admitted to the Gordon Engineering Leadership Program in order to pursue this option. The program requires fulfillment of the 16-semester-hour curriculum required to earn the Graduate Certificate in Engineering Leadership, which includes an industry-based challenge project with multiple mentors, in addition to the semester hours required for the chemical engineering concentration selected. For students who concurrently enroll in the Graduate Certificate in Engineering Leadership, 8 semester hours of the leadership challenge project coursework may be applied to this program’s elective requirements with approval of the program director.

Engineering Business

Master's Degree in Chemical Engineering with Graduate Certificate in Engineering Business

Students may complete a Master of Science in Chemical Engineering in addition to earning a Graduate Certificate in Engineering Business. Students must apply and be admitted to the Galante Engineering Business Program in order to pursue this option. The program requires the applicant to have earned or be in a program to earn a Bachelor of Science in Engineering from Northeastern University. Students may use some of their breadth electives credits toward both the MS degree and the certificate. The certificate coursework, along with participation in cocurricular professional development elements, earn the Graduate Certificate in Engineering Business.

Beginning with students admitted in the fall of 2026, all students pursuing on-ground master's degree programs must complete a university-level experiential learning requirement. This requirement may be fulfilled through the curriculum, co-op, or other work- or industry-integrated learning experiences.

All students must complete the following core requirements unless otherwise indicated. Courses cannot double count in two different categories.

General Core Requirements

Course List

Code	Title	Hours
A grade of C or higher is required in each course:
CHME 6310	Python for Chemical Engineers	2
CHME 6320	Numerical and Statistical Methods for Chemical Engineering	4
The following course must be completed twice, once in a fall term and once in a spring term, on a satisfactory basis.
CHME 6390	Professional Development and Communication Essentials	0

Concentrations

Complete one of the following concentrations:

• Biosystems 
• General Principles and Applications
• Sustainability

Optional Co-op Experience

Course List

Code	Title	Hours
Complete the following. Students must complete ENCP 6100 to qualify for co-op experience:
ENCP 6100	Introduction to Cooperative Education	1
ENCP 6964	Co-op Work Experience	0
or ENCP 6954	Co-op Work Experience - Half-Time
or ENCP 6955	Co-op Work Experience Abroad - Half-Time
or ENCP 6965	Co-op Work Experience Abroad

Program Credit/GPA Requirements

32 total semester hours required (33 with optional co-op)
Minimum 3.000 GPA required

---

Biosystems Concentration

Course List

Code	Title	Hours
Concentration Core Courses
A grade of C or higher is required in each course:
CHME 5160	Drug Delivery: Engineering Analysis	4
or CHME 5630	Biochemical Engineering
CHME 6430	Chemical Engineering for Biosystems and Biomaterials	2
Depth Courses
Complete 8 semester hours from the following (courses cannot count in multiple categories):		8
CHME 5160	Drug Delivery: Engineering Analysis
CHME 5185	Design of Experiments and Ethical Research
CHME 5515	Process Safety Engineering for Biotechnology and Pharmaceutical Industries
CHME 5630	Biochemical Engineering
CHME 5631	Biomaterials Principles and Applications
CHME 5632	Advanced Topics in Biomaterials
CHME 5683	Introduction to Polymer Science
Breadth Courses
Complete 12 semester hours from the following (courses cannot count in multiple categories):		12
BIOE 5410	Molecular Bioengineering
CHEM 5620	Protein Chemistry
CHEM 5625	Chemistry and Design of Protein Pharmaceuticals
CHEM 5638	Molecular Modeling
CHME 5105	Materials Characterization Techniques
CHME 5137	Computational Modeling in Chemical Engineering
CHME 5160	Drug Delivery: Engineering Analysis
CHME 5179	Complex Fluids and Everyday Materials
CHME 5185	Design of Experiments and Ethical Research
CHME 5510	Fundamentals in Process Safety Engineering
CHME 5515	Process Safety Engineering for Biotechnology and Pharmaceutical Industries
CHME 5520	Designing for Process Safety
CHME 5621	Electrochemical Engineering
CHME 5630	Biochemical Engineering
CHME 5631	Biomaterials Principles and Applications
CHME 5632	Advanced Topics in Biomaterials
CHME 5642 and CHME 5643	Photochemistry Fundamentals and Applications and Photochemistry Lab
CHME 5649	Numerical Strategies and Data Analytics for Chemical Sciences
CHME 5683	Introduction to Polymer Science
CHME 5692	Carbon Capture, Utilization, and Storage
CHME 5699	Special Topics in Chemical Engineering
CHME 7330	Chemical Engineering Thermodynamics
CHME 7340	Chemical Engineering Kinetics
CHME 7350	Transport Phenomena
CHME 7600	Pharmaceutical Engineering I
CHME 7601	Pharmaceutical Engineering II
CHME 7973	Special Topics in Chemical Engineering
CIVE 7251	Environmental Biological Processes
EMGT 5220	Engineering Project Management
EMGT 6225	Economic Decision Making
EMGT 6305	Financial Management for Engineers
IE 6200	Engineering Probability and Statistics
IE 7280	Statistical Methods in Engineering
IE 7285	Statistical Quality Control
ME 5620	Fundamentals of Advanced Materials
NNMD 5270	Foundations in Nanomedicine: Therapeutics
NNMD 5370	Nanomedicine Research Techniques
NNMD 5380	Electron Microscopy Techniques
NNMD 5470	Nano/Biomedical Commercialization: Concept to Market
PHSC 6214	Experimental Design and Biostatistics

General Principles and Applications Concentration

Course List

Code	Title	Hours
Concentration Core Courses
A grade of C or higher is required in each course:
CHME 6410	Chemical Engineering Research Methods	2
CHME 7330	Chemical Engineering Thermodynamics	4
or CHME 7350	Transport Phenomena
Depth Courses
Complete one of the following options (courses cannot count in multiple categories):		8
Thesis Option
In addition to completing the thesis course, students must successfully complete the thesis submission process, including securing committee and Graduate School of Engineering signatures and submission of an electronic copy of their MS thesis to ProQuest:
CHME 7945	Master's Project 1
CHME 7990	Thesis
The following course must be completed at least once; twice is recommended. The course must be completed during the term of registration for CHME 7945 or CHME 7990.
CHME 7390	Seminar
Project Option
CHME 7330	Chemical Engineering Thermodynamics
or CHME 7340	Chemical Engineering Kinetics
or CHME 7350	Transport Phenomena
CHME 7945	Master's Project
Breadth Courses
Complete 12 semester hours from the following (courses cannot count in multiple categories):		12
BIOE 5410	Molecular Bioengineering
CHEM 5620	Protein Chemistry
CHEM 5625	Chemistry and Design of Protein Pharmaceuticals
CHEM 5638	Molecular Modeling
CHEM 5653 and CHEM 5651	Electrochemistry of Renewable Energy Devices and Materials Chemistry of Renewable Energy
CHME 5105	Materials Characterization Techniques
CHME 5137	Computational Modeling in Chemical Engineering
CHME 5160	Drug Delivery: Engineering Analysis
CHME 5179	Complex Fluids and Everyday Materials
CHME 5185	Design of Experiments and Ethical Research
CHME 5510	Fundamentals in Process Safety Engineering
CHME 5515	Process Safety Engineering for Biotechnology and Pharmaceutical Industries
CHME 5520	Designing for Process Safety
CHME 5621	Electrochemical Engineering
CHME 5630	Biochemical Engineering
CHME 5631	Biomaterials Principles and Applications
CHME 5632	Advanced Topics in Biomaterials
CHME 5642 and CHME 5643	Photochemistry Fundamentals and Applications and Photochemistry Lab
CHME 5649	Numerical Strategies and Data Analytics for Chemical Sciences
CHME 5683	Introduction to Polymer Science
CHME 5692	Carbon Capture, Utilization, and Storage
CHME 5699	Special Topics in Chemical Engineering
CHME 7330	Chemical Engineering Thermodynamics
CHME 7340	Chemical Engineering Kinetics
CHME 7350	Transport Phenomena
CHME 7600	Pharmaceutical Engineering I
CHME 7601	Pharmaceutical Engineering II
CHME 7973	Special Topics in Chemical Engineering
EMGT 5220	Engineering Project Management
EMGT 6225	Economic Decision Making
EMGT 6305	Financial Management for Engineers
IE 6200	Engineering Probability and Statistics
IE 7280	Statistical Methods in Engineering
IE 7285	Statistical Quality Control
ME 5620	Fundamentals of Advanced Materials
NNMD 5270	Foundations in Nanomedicine: Therapeutics
NNMD 5370	Nanomedicine Research Techniques
NNMD 5380	Electron Microscopy Techniques
NNMD 5470	Nano/Biomedical Commercialization: Concept to Market
PHSC 6214	Experimental Design and Biostatistics

Sustainability Concentration

Course List

Code	Title	Hours
Concentration Core Courses
A grade of C or higher is required in each course:
CHME 5621	Electrochemical Engineering	4
or CHME 5683	Introduction to Polymer Science
CHME 6420	Engineering for Chemical Sustainability	2
Depth Courses
Complete two of the following (courses cannot count in multiple categories):		8
CHME 5105	Materials Characterization Techniques
CHME 5137	Computational Modeling in Chemical Engineering
CHME 5179	Complex Fluids and Everyday Materials
CHME 5621	Electrochemical Engineering
CHME 5683	Introduction to Polymer Science
CHME 5692	Carbon Capture, Utilization, and Storage
Breadth Courses
Complete 12 semester hours from the following (courses cannot count in multiple categories):		12
BIOE 5410	Molecular Bioengineering
CHEM 5638	Molecular Modeling
CHEM 5653 and CHEM 5651	Electrochemistry of Renewable Energy Devices and Materials Chemistry of Renewable Energy
CHME 5105	Materials Characterization Techniques
CHME 5137	Computational Modeling in Chemical Engineering
CHME 5160	Drug Delivery: Engineering Analysis
CHME 5179	Complex Fluids and Everyday Materials
CHME 5185	Design of Experiments and Ethical Research
CHME 5510	Fundamentals in Process Safety Engineering
CHME 5515	Process Safety Engineering for Biotechnology and Pharmaceutical Industries
CHME 5520	Designing for Process Safety
CHME 5621	Electrochemical Engineering
CHME 5630	Biochemical Engineering
CHME 5631	Biomaterials Principles and Applications
CHME 5632	Advanced Topics in Biomaterials
CHME 5642 and CHME 5643	Photochemistry Fundamentals and Applications and Photochemistry Lab
CHME 5649	Numerical Strategies and Data Analytics for Chemical Sciences
CHME 5683	Introduction to Polymer Science
CHME 5692	Carbon Capture, Utilization, and Storage
CHME 5699	Special Topics in Chemical Engineering
CHME 7330	Chemical Engineering Thermodynamics
CHME 7340	Chemical Engineering Kinetics
CHME 7350	Transport Phenomena
CHME 7600	Pharmaceutical Engineering I
CHME 7601	Pharmaceutical Engineering II
CHME 7973	Special Topics in Chemical Engineering
CIVE 5250	Organic Pollutants in the Environment
CIVE 5260	Environmental Fluid Mechanics
CIVE 5365	Climate Technologies for Decarbonization, Mitigation, and Adaptation
CIVE 7251	Environmental Biological Processes
EMGT 5220	Engineering Project Management
EMGT 6225	Economic Decision Making
EMGT 6305	Financial Management for Engineers
IE 6200	Engineering Probability and Statistics
IE 7280	Statistical Methods in Engineering
IE 7285	Statistical Quality Control
ME 5620	Fundamentals of Advanced Materials
NNMD 5380	Electron Microscopy Techniques

¹

To be completed prior to Thesis (CHME 7990).