MS in Accounting
Northeastern University in Boston offers a robust MS in Accounting pro...
MS in Advanced and Intelligent Manufacturing
Boston
INTAKE: Jan & Sept
Program Overview
The MS in Advanced and Intelligent Manufacturing program at Northeastern University prepares students to address the challenges and opportunities presented by modern manufacturing. By integrating engineering, robotics, AI, and data science, the program emphasizes the application of these technologies to enhance productivity, efficiency, and sustainability in manufacturing environments. Graduates are equipped with the expertise to drive digital transformation and innovation in manufacturing sectors ranging from automotive to electronics and beyond.
Curriculum: The curriculum for this program is designed to provide a comprehensive understanding of both traditional manufacturing processes and the emerging technologies that are shaping the future of the industry. Students explore topics such as smart sensors, robotics, machine learning, supply chain optimization, and advanced manufacturing systems. The program also includes courses in data analytics, automation, and the integration of AI with manufacturing processes, preparing graduates to work at the intersection of technology and production.
Research Focus: Northeastern University’s MS in Advanced and Intelligent Manufacturing program is research-intensive, with a focus on advancing manufacturing practices through the integration of emerging technologies. Research efforts within the program focus on topics such as predictive maintenance, machine learning applications in production lines, supply chain optimization, and sustainability in manufacturing processes. The program encourages students to engage in research that explores the future of intelligent manufacturing and its impact on global industries.
Industry Engagement: The program offers strong industry engagement through Northeastern’s extensive network of corporate partners and its renowned co-op program, which allows students to gain real-world experience working with leading companies in the manufacturing sector. This hands-on experience provides valuable opportunities for students to apply classroom knowledge in real-world settings, collaborate with industry experts, and develop solutions to current manufacturing challenges. Students also participate in internships and industry projects that further enhance their practical skills.
Global Perspective: The MS in Advanced and Intelligent Manufacturing program at Northeastern University emphasizes a global perspective, preparing students to work in diverse, international manufacturing environments. With a focus on the global impact of technological advancements in manufacturing, the program exposes students to international best practices, emerging manufacturing trends, and the challenges faced by industries worldwide. The university’s global network of alumni and industry connections further enriches the learning experience, offering students access to opportunities for international collaborations and research initiatives.
Location
Boston
Score
IELTS 6.5
Tuition Fee
USD 29824
Postgraduate Entry Requirements
Academic Qualifications: Applicants for postgraduate programs typically require a minimum academic achievement of 70% or above in their bachelor's degree.
English Language Proficiency:
- IELTS: Overall band score of 6.5 with a minimum of 6.0 in each component.
- TOEFL: Overall score of 79 or higher.
- PTE: Overall score of 53 or higher.
- DET (Duolingo English Test): Minimum score of 105.
Northeastern University in Boston offers a range of scholarship opportunities for international students to help alleviate the financial burden of studying in the United States. These scholarships are designed to support academically talented students from around the world, promoting diversity and fostering an inclusive campus environment.
Merit-Based Scholarships: Northeastern University provides merit-based scholarships to international students based on academic excellence and achievements. These scholarships are awarded during the admissions process and are highly competitive. The amount and criteria for these scholarships may vary, but they aim to recognize students who demonstrate exceptional academic performance, leadership potential, and a strong their chosen field of study.
Northeastern International Scholars Program: This prestigious program offers scholarships to outstanding international students who exhibit leadership, academic excellence, and a desire to contribute to the global community. The Northeastern International Scholars Program provides both financial support and opportunities for personal growth through networking events, leadership training, and involvement in community service initiatives.
Need-Based Financial Aid: Although Northeastern University does not offer need-based financial aid to international students, there are still many merit-based scholarships available that can significantly reduce tuition costs. However, international students are encouraged to seek external scholarships or funding from their home country to help cover the remaining costs.
External Scholarships and Funding: In addition to institutional scholarships, international students at Northeastern University can explore a variety of external scholarship opportunities from governments, foundations, and organizations in their home countries. Many international students receive funding from these sources to support their education at Northeastern.
Graduates of the MS in Advanced and Intelligent Manufacturing program from Northeastern University are prepared for a wide range of leadership and technical roles within the manufacturing industry, with expertise in advanced technologies such as AI, robotics, and automation. The skills gained through the program enable students to drive innovation, improve manufacturing processes, and enhance productivity in various sectors.
Manufacturing Engineer: Graduates can pursue careers as manufacturing engineers, designing, implementing, and optimizing manufacturing systems using advanced technologies such as automation, robotics, and artificial intelligence.
Automation Engineer: With expertise in automation and robotics, graduates can work as automation engineers, designing and implementing automated systems that streamline production lines and reduce operational costs.
Process Improvement Specialist: Graduates can work as process improvement specialists, using data analysis and AI to enhance the efficiency, quality, and sustainability of manufacturing processes.
Industrial Engineer: As industrial engineers, graduates can focus on optimizing production processes, resource allocation, and overall system performance, ensuring the effective use of time, materials, and labor.
Supply Chain Manager: Graduates can take on roles as supply chain managers, overseeing the entire production cycle, from raw materials to finished products, ensuring that manufacturing operations run efficiently and meet global supply chain demands.
Data Scientist in Manufacturing: With a strong background in data analytics, graduates can work as data scientists in manufacturing, using predictive analytics and machine learning to forecast trends, optimize production schedules, and improve decision-making.
Robotics Engineer: Graduates can specialize in robotics, designing and deploying robots in manufacturing environments to automate tasks, increase production speed, and reduce human error.
Product Development Manager: Graduates can transition into product development, leading teams that design and manufacture innovative products, from concept through production, integrating cutting-edge technologies to improve product quality and efficiency.
Smart Manufacturing Consultant: With expertise in Industry 4.0 technologies, graduates can become consultants, advising companies on how to integrate smart manufacturing solutions, such as IoT, automation, and AI, into their operations.
Sustainability Engineer: Graduates can also focus on sustainability, working as sustainability engineers to develop and implement eco-friendly manufacturing processes, reduce waste, and improve energy efficiency across production systems.
