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This degree program is intended for individuals with a strong background in science and/or engineering.
Applicants are expected to have an undergraduate degree from an accredited institution. A minimum undergraduate GPA of 3.0 on a 4.0 scale, or equivalent, is normally required for admission. An undergraduate major in physics, chemistry, materials science, or a related engineering discipline is preferred. GRE quantitative scores of 700 or higher are highly desirable. Students from countries where English is not the native language should demonstrate TOEFL scores higher than 550.
Candidates must complete a minimum of 30 credits, including 12 credits of required materials science courses and 18 credits in an area of specialization, which are selected in consultation with the graduate advisor.
In addition to the minimum 30 degree credits required, all students who receive program or research-based awards must enroll each semester in MtSE 791 Graduate Seminar.
| MtSE 601 | Fundamentals of Engineering Materials |
| MtSE 602 | Thermodynamics of Materials |
| MtSE 619 | Nano-Scale Characterization of Materials |
| MtSE 610 | Mechanical Properties of Materials |
| MtSE 648 | Nano-Materials |
| MtSE 681 | Composite Materials |
| MtSE 682 | Introduction to Ceramics |
| BME 672 | BioMaterials |
| CE 635 | Fracture Mechanics of Engineering Materials |
| Chem 640 | Polymer Chemistry |
| ChE 602 | Engineering Applications of Polymer Physics |
| ChE 664 | Experiments and Simulations in Particle Technology |
| ECE 657 | Semiconductor Device |
| Phys 682 | Introduction to MEMS |
| Phys 687 | Physics of Materials |
Required of all students receiving program or research-based awards; optional for all others.
3 credits: MtSE 700 Master's Project or
6 credits: MtSE 701 Master's Thesis
The range of possible specialization is broad. Students should consult the graduate advisor in designing the area of specialization and related degree requirements. Three areas and suggested courses are listed below.
Select 12 credits if completing a master's thesis; 15 credits if completing a master's project; 18 credits if not completing either a master's project or thesis, from:
| MtSE 610 | Mechanical Properties of Materials |
| MtSE 681 | Composite Materials |
| MtSE 682 | Introduction to Ceramics |
| MtSE 687 | Glass Science and Engineering |
| MtSE 688 | Mathematical and Statistical Methods in Materials Science |
| MtSE 719 | Physical Principal of Characterization of Solids |
| MtSE 722 | Science and Technology of Thin Films |
| MtSE 723 | Defects in Solids |
| MtSE 724 | Transport of Electrons and Phonons in Solids |
| MtSE 725 | Diffusion and Solid State Kinetics |
| Phys 661 | Solid-State Physics |
| Phys 682 | Introduction to MEMS |
| Phys 687 | Physics of Materials |
| Phys 762 | Electronic Structure of Solids |
| Phys 763 | Surface and Interface Physics |
| Phys 771 | Quantum Electronics |
| Phys 781 | Physics of Advanced Semiconductor Devices |
| Phys 789 | Physics of Advanced Semiconductor Device Processing |
| ChE 627 | Introduction to Biomedical Engineering |
| ChE 664 | Experiments and Simulations in Particle Technology |
| ChE 702 | Polymer Blends and Composites |
| Chem 611 | Solid-State Inorganic Chemistry |
| Chem 626 | Chemistry of Contemporary Materials |
| ECE 623 | Fourier Optics |
| ECE 625 | Fiber and Integrated Optics |
| ECE 626 | Optoelectronics |
| ECE 657 | Semiconductor Devices |
| ECE 658 | VLSI Design I |
| ECE 659 | Fabrication Principles of Electronic and Optoelectronic Devices |
| ECE 739 | Laser Systems |
| ECE 760 | Solid-State Image Sensors |
Select 12 credits if completing a master's thesis; 15 credits if completing a master's project; 18 credits if not completing either a master's project or thesis, from:
| MtSE 610 | Mechanical Properties of Materials |
| MtSE 681 | Composite Materials |
| MtSE 682 | Introduction to Ceramics |
| MtSE 687 | Glass Science and Engineering |
| MtSE 688 | Mathematical and Statistical Methods in Materials Science |
| MtSE 719 | Physical Principal of Characterization of Solids |
| MtSE 722 | Science and Technology of Thin Films |
| MtSE 725 | Diffusion and Solid State Kinetics |
| BME 669 | Quantitative Physiology for Engineers |
| BME 672 | Biomaterials |
| ChE 627 | Introduction to Biomedical Engineering |
| Phys 661 | Solid-State Physics |
| Phys 682 | Introduction to MEMS |
| Phys 687 | Physics of Materials |
| ME 675 | Mechanics of Fiber Composites |
| ME 676 | Applied Plasticity |
| ME 678 | Engineering Design of Plastic Products |
Select 12 credits if completing a master's thesis; 15 credits if completing a master's project; 18 credits if not completing either a master's project or thesis, from:
| MtSE 610 | Mechanical Properties of Materials |
| MtSE 681 | Composite Materials |
| MtSE 682 | Introduction to Ceramics |
| MtSE 687 | Glass Science and Engineering |
| MtSE 688 | Mathematical and Statistical Methods in Materials Science |
| MtSE 719 | Physical Principal of Characterization of Solids |
| MtSE 722 | Science and Technology of Thin Films |
| MtSE 725 | Diffusion and Solid State Kinetics |
| BME 669 | Quantitative Physiology for Engineers |
| BME 672 | Biomaterials |
| BME 667 | System Studies in Bioengineering |
| BME 698 | Selected Topics in Bioengineering |
| ChE 627 | Introduction to Biomedical Engineering |
| ChE 664 | Experiments and Simulations in Particle Technology |
| ChE 702 | Polymer Blends and Composites |
| Chem 640 | Polymer Chemistry I |
| Chem 643 | Polymer Laboratory I |
| Chem 645 | Polymer Laboratory II |
| Chem 661 | Instrumental Analysis |
| Chem 673 | Biochemistry |
| Math 661 | Applied Statistics |
| ME 670 | Introduction to Biomechanical Engineering |
| ME 671 | Biomechanics of Human Structure and Motion |
| ME 675 | Mechanics of Fiber Composites |
| ME 676 | Applied Plasticity |
| ME 678 | Engineering Design of Plastic Products |
| ME 679 | Polymer Processing Techniques |
| ME 680 | Polymer Processing Equipments |
Courses in metallic biomaterials and polymeric biomaterials offered at University of Medicine and Dentistry of New Jersey may be taken as electives. See the graduate advisor for information on how to register for them.
Select 12 credits if completing a master's thesis; 15 credits if completing a master's project; 18 credits if not completing either a master's project or thesis, from:
| MtSE 610 | Mechanical Properties of Materials |
| MtSE 681 | Composite Materials |
| MtSE 682 | Introduction to Ceramics |
| MtSE 687 | Glass Science and Engineering |
| MtSE 688 | Mathematical and Statistical Methods in Materials Science |
| MtSE 719 | Physical Principal of Characterization of Solids |
| MtSE 722 | Science and Technology of Thin Films |
| MtSE 723 | Defects in Solids |
| MtSE 724 | Transport of Electrons and Phonons in Solids |
| MtSE 725 | Diffusion and Solid State Kinetics |
| Phys 661 | Solid-State Physics |
| BME 672 | Biomaterials |
| BME 667 | System Studies in Bioengineering |
| BME 698 | Selected Topics in Bioengineering |
| ChE 627 | Introduction to Biomedical Engineering |
| ChE 664 | Experiments and Simulations in Particle Technology |
| ChE 702 | Polymer Blends and Composites |
| Chem 640 | Polymer Chemistry I |
| Chem 643 | Polymer Laboratory I |
| Chem 645 | Polymer Laboratory II |
| Chem 661 | Instrumental Analysis |
| Chem 673 | Biochemistry |
| Math 661 | Applied Statistics |
| ME 670 | Introduction to Biomechanical Engineering |
| ME 671 | Biomechanics of Human Structure and Motion |
| ME 675 | Mechanics of Fiber Composites |
| ME 676 | Applied Plasticity |
| ME 678 | Engineering Design of Plastic Products |
| ME 679 | Polymer Processing Techniques |
| ME 680 | Polymer Processing Equipments |
| Phys 682 | Introduction to MEMS |
| Phys 687 | Physics of Materials |

