Northeastern University United States

Semiconductor Engineering, MS

Integrated Masters with deeper specialization and research focus
Taught in English
Duration 2 Years
Mode On Campus
Level Postgraduate
Degree Masters Degree
Closing soon February 2027

Course Overview

The Master of Science in Semiconductor Engineering at Northeastern University is designed for ambitious students aiming to address the critical talent gap in the semiconductor industry. You will gain the interdisciplinary knowledge and experimental skills essential for a field that is constantly advancing, moving beyond conventional single-discipline degrees. This program equips you to understand and contribute to the entire semiconductor lifecycle, from materials and manufacturing processes to device design and innovation. If you are driven to shape the future of technology through microelectronics, this postgraduate degree offers a robust foundation.

This full-time, on-campus Master of Science is studied over two years, integrating core coursework in solid-state devices, micro/nanofabrication, and integrated circuit design with opportunities for specialization in Devices and NanoSystems or Materials and Manufacturing. You will engage with theoretical, numerical, and experimental tools to design and implement semiconductor chips and micro/nanosystems. Your studies will culminate in a Master's project or thesis, allowing you to delve deeply into a chosen area. You will graduate prepared for diverse career pathways in chip design, advanced materials, and manufacturing innovation.

Course Curriculum & Details

Detailed information for serious evaluators

Program Overview

This Master of Science in Semiconductor Engineering program provides a comprehensive foundation in the field. Core requirements cover essential topics such as solid-state devices, analog integrated circuit design, micro- and nanofabrication, and the properties of electronic materials. Students will also explore innovation and entrepreneurship through courses on leading global teams and product development. The Devices and NanoSystems concentration further delves into specialized areas like photonic devices, power management integrated circuits, and VLSI design.

1 Core Requirements

Solid State Devices
Analog Integrated Circuit Design and Lab for EECE 7240
Introduction to Microelectromechanical Systems (MEMS)
Introduction to Microelectromechanical Systems (MEMS)
Micro- and Nanofabrication
Properties and Processing of Electronic Materials
Nano- and Microscale Manufacturing
Entrepreneurial Ecosystems
Leading Global Virtual Innovation Teams
Directed Study
Customer-Driven Technical Innovation for Engineers
Product Development for Engineers
Enterprise Growth and Innovation
Directed Study

2 Concentrations

3 Program Credit/GPA Requirements

4 Devices and NanoSystems

Micro- and Nanofabrication
Introduction to Photonic Devices
Solid State Devices
Analog Integrated Circuit Design and Lab for EECE 7240
Introduction to Microelectromechanical Systems (MEMS)
Introduction to Microelectromechanical Systems (MEMS)
Power Management Integrated Circuits
VLSI Design

Cost & Affordability

A clear picture of what this course will cost you

Program Costs

First Year Fee Tuition fee
USD 30,864.00
Second Year Fee Tuition fee
USD 30,864.00
Total Program Cost Estimated total tuition
USD 61,728.00

Currency note: Program costs shown in USD based on the available tuition breakdown.

Living Costs

Accommodation
USD 1,500.00 - USD 2,000.00
Food & Groceries USD 4,200.00 - USD 6,000.00
Transport USD 1,200.00 - USD 1,800.00
Utilities & Bills USD 1,440.00 - USD 2,400.00
Estimated Total USD 6,840.00 - USD 10,200.00

Living cost estimates are based on Boston Campus.

Outcomes & Employability

What happens after you graduate

96%
Graduate Employment Rate Within 6 to 12 months of graduation

Common Graduate Roles

Aerospace ManufacturingAlternative Aviation Fuel & SustainabilityBrokerage & Trading & SecuritiesEnergy Equipment & ServicesFleet Management & OperationsHome Health & Long‑Term CareLogistics & Warehouse ManagementNuclear EnergyPharmaceutical ManufacturingRenewable Energy (Solar & Wind)

Top Employers Hiring for this course

AECOM

BAE System

Ford Motor Company

National Center for Nanoscience and Technology, China

Pfizer

Sage

Tesla

Why Study Semiconductor Engineering, MS at Northeastern University

What makes this program stand out

February 2027 Closing soon

Next intake is in February 2027

Moderate Application response time

Northeastern University typically responds to applications within 1 - 2 weeks, giving you clarity on your options quickly.

Life at Northeastern University in United States

What daily life looks like for international students

Language

English

Primary language everywhere

Climate

Mild & Rainy

10-20°C average, pack layers

Safety (Numbeo Safety Index)

Very Safe

Exeter is one of UK's safest cities

Frequently Asked Questions

Common questions about Semiconductor Engineering, MS at Northeastern University

Can I work while studying?

International students can work up to 20 hours per week during term time and full-time during breaks. On-campus work doesn’t require separate permits, while off-campus work after the first year requires university approval.

What English language score do I need for this course?

To qualify, you need specific scores from recognized tests: a Duolingo overall score of 135, TOEFL overall score of 106, IELTS overall score of 7.5, or PTE overall score of 73. Ensure you meet these requirements for admission.

What jobs can I get after studying this course?

Job titles include Semiconductor Engineer, Process Engineer, Design Engineer, Applications Engineer, and Reliability Engineer.

What will I actually study in this course?

This program covers topics such as materials and manufacturing processes essential for semiconductor technology. It prepares students with interdisciplinary knowledge to address the evolving needs of the industry.

When can I start — what are the intake months?

The Master of Science in Semiconductor Engineering has intake months in February and September. Students can start their studies at these key times to advance their careers in the semiconductor industry.
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