Skip to Main Content

Engineering Science Transfer

Download as PDF

UGAS

About

Requirements

Degree Map

Program Contact

Total credits: 64-71

Completion requirement
Complete ALL of the following Courses:
Completion requirement
Enroll in the following Course Sets:

Choose one course in each MassTransfer category.

Completion requirement
Complete ALL of the following Courses:
Completion requirement

Choose six of the following courses

Complete at least 6 courses in the following Course Sets:

Review recommended transfer electives before selecting electives.

Completion requirement
Complete ALL of the following Courses:
Recommended
Bio-engineering is a rigorous, multi-disciplinary field that integrates engineering sciences, life sciences, bioresearch, and material design to prepare students for employment in the bioengineering, biomanufacturing, health care, public health and many other industries or to go on to medical or other graduate schools.
Chemical Engineers are problem solvers who are constantly developing and improving the materials, processes, and products that we use on a daily basis. They apply chemistry, physics, biology, and mathematics to create technologies and products for industries ranging from energy to medicine.

Recommended Civil and Environmental Engineering Electives

For transfer to UMass Dartmouth Bachelor of Science in Civil Engineering

CAD 128 Civil Drafting and Design

CHM 114 Fundamentals of Chemistry II

EGR 221 Surveying I

EGR 251 Statics and EGR 253 Advanced Statis

EGR 254 Mechanics of Materials and Structures and EGR 256 Advanced Mechanics of Materials

EGR 257 Dynamics

Civil engineers plan, design, build, inspect and maintain a wide variety of facilities including bridges, roads and highways, industrial manufacturing, sanitation, water and wastewater treatment facilities. They plan construction costs and materials, prepare drawings, and survey land. Environmental engineers are involved with recycling and the prevention, control, or correction of pollution and other environmental hazards.

Recommended Electrical and Computer Engineering Electives


For transfer to UMass Dartmouth Bachelor of Science in Electrical Engineering or UMass Dartmouth Bachelor of Science in Computer Engineering

CIS 158 Introduction to Procedural Programming

EGR 131 Introduction to Electrical Circuits

EGR 137 Digital Electronics

EGR 251 Statics and EGR 253 Advanced Statics

EGR 232 Electrical Engineering II and EGR 234 Electrical Engineering II Laboratory

Choose 1

BIO 126 Introduction to Biotechnology

BIO 127 Introduction to Biotechniques

BIO 145 Introduction to Forensic Sciences

CHM 114 Fundamentals of Chemistry II

Design, develop, test, manufacture, and operate electrical and electronic equipment such as communication equipment, radar, industrial and medical measuring or process control devices, navigational equipment, computers, and computer networks. Computer engineers work on both computer hardware and software (programming) problems.

Recommended Energy Systems and Facilities Engineering Electives


For transfer to Massachusetts Maritime Academy

CHM 114 Fundamentals of Chemistry II

EGR 111 Fundamentals of Manual Machining

EGR 151 Electrical Machinery

EGR 251 Statics and EGR 253 Advanced Statics

EGR 254 Mechanics of Materials and Structures

EGR 255 Thermodynamics


These programs prepare graduates for careers in the energy industry undertaking engineering planning, design, and installation of various equipment and systems required for the generation, management and distribution of electrical power and in facilities engineering, management, and operations in positions providing for the safe, economical, and sustainable operation manufacturing plants, office buildings, hospitals, and power plants.

Recommended Mechanical Engineering Electives


For transfer to UMass Dartmouth Bachelor of Science in Mechanical Engineering

CAD 111 Mechanical Design with Solidworks

EGR 172 Material Science

EGR 231 Electrical Engineering I and EGR 233 Electrical Engineering I Laboratory

EGR 251 Statics and EGR 253 Advanced Statics

EGR 254 Mechanics of Materials and Structures and EGR 256 Advanced Mechanics of Materials

EGR 257 Dynamics

Perhaps the broadest of all engineering disciplines, mechanical engineering is generally combined into three areas: energy, structures and motion in mechanical systems, and manufacturing used in combination to design, develop, test, and manufacture industrial machinery, consumer products, and other equipment.

Recommended Ocean Engineering Electives


For transfer to University of Rhode Island Bachelor of Science in Ocean Engineering (w/ Addendum)

EGR 103 Computer Skills for Engineers and Technicians

EGR 172 Material Science

EGR 257 Dynamics

EGR 251 Statics and EGR 253 Advanced Statics

EGR 254 Mechanics of Materials and Structures and EGR 256 Advanced Mechanics of Materials

EGR 264 Oceanographic Technology

Ocean engineers use their knowledge of the power, complexities, and impact of our ocean environment to design and implement the systems and technology that make possible a safer world and a healthier planet. Areas of expertise include ocean instrumentation, robotics, underwater acoustics, marine hydrodynamics, coastal and offshore structures, and offshore power generation.

Other Engineering Disciplines

Students in this program can prepare themselves to continue their degree at a variety of transfer institutions in the engineering discipline of their choice including:

Aerospace & Automotive
Biomedical & Biotechnology
Chemical and Petroleum
Industrial & Facilities
Materials & Biomaterials

To ensure transferability, consult with your advisor, applicable transfer agreements, and/or transfer institutions before selecting electives.