Master of Science in Biotechnology

at Northeastern University - Toronto Campus Canada

Northeastern’s MS in Biotechnology is an innovative, non-thesis graduate degree program. The curriculum of this professional science master’s combines advanced interdisciplinary training in biology, chemistry, chemical engineering, and pharmaceutical science with the development of high-value business skills critical to success in today’s dynamic workplace. Graduates are prepared to innovate, collaborate, and lead as research, managerial, or technical professionals in a wide range of biotechnology specialties. The program is taught by respected faculty who are also senior leaders in their fields. They bring extensive experience, first-hand knowledge of industry trends, and assure that the curriculum is rigorous, current, and relevant.

The Master of Professional Studies in Informatics prepares you to excel in the fast-growing and dynamic field of informatics. 

In today’s technology-driven information economy, informatics—the analysis and design of how human beings interact with information—has applications across many industries, including healthcare, consulting, education, finance, manufacturing, and communications. From designing human-centered information systems to handling data and information security and creating mobile applications, informatics professionals bring technical expertise to bear on a wide range of challenges involving the usability, reliability, privacy, safety, and security of information.

This program prepares students to be successful for IT applications and management positions through a balanced curriculum that combines information science knowledge and technical skills training with an understanding of business fundamentals and strategic thinking regarding IT innovation. By connecting computing skills and applications to real-world challenges of information strategy, data governance, ethics, and business intelligence, students earn competency in the areas of information technology management, system design and development, information security, human-computer interaction, data analytics, cloud computing and web services, and enterprise architecture.

Unique Features

• Program draws students from diverse educational backgrounds
• Experiential learning experience provides students the opportunity to work on real-world business projects

Program Objectives

• Gain a strategic framework for aligning competitive strategies, core competencies, and information systems
• Examine concepts, architectures, protocols, standards, and security models for digital networks
• Acquire tools and techniques for effectively managing small, medium, and large programming projects
• Learn how to adopt a multidisciplinary approach to research and analysis
• Understand what is required to research, identify, design, implement, secure, and manage technology
• Explore cutting-edge software principles and programming techniques

Concentrations

• Cloud Computing—Cloud computing is the delivery of computing services—including applications, data storage, databases, servers, software, and intelligence and analytics tools—through the internet or “the cloud.” This concentration prepares future IT professionals equipped with the skills and knowledge to enter careers as cloud engineers, cloud migration specialists, and cloud infrastructure architects.
• Information Security Management—Information security management ensures and protects the confidentiality, integrity, and availability of data and information assets from threats and vulnerability. This concentration prepares students for a range of security-related career roles, such as security analysts, audit and compliance specialists, and security managers.
• Leading and Managing Technical Projects—Project management is the act of initiating, planning, and monitoring the progress of a project and coordinating all parties involved so it can be completed within the specified time frame, budget, and goals. The Leading and Managing Technical Projects concentration is specifically focused on creating project managers within the IT industry who are skilled at risk management, critical thinking, and leadership.
• Human-Centered Informatics—Human-centered informatics is a multidisciplinary field of study focusing on the interaction between humans and technology. It examines various kinds of complex sociotechnical information systems to understand human, technical, social, and institutional strengths and weaknesses. Graduates of this concentration will be well-suited for careers as UI/UX designers, product designers, human behavior researchers, web developers, and more.
• Analytics—Data analytics uses computational tools to conduct data analysis in order to improve decision making, customer service, effective marketing, and operations for an organization. This concentration prepares students with the knowledge, tools, and techniques to collect, clean, organize, process, classify, and interpret Big Data. Graduates of this concentration will be well-suited for careers as data analysts, data visualization developers, data engineers, and data storage architects.

The Master of Professional Studies in Analytics helps to meet the increasing demand from employers by teaching the competencies that define an analyst's ability to demonstrate the application of the knowledge, skills, and dispositions through behavior that is directly related to performance goals: statistics/mathematics, analytics systems technology, business intelligence, advanced analytics, business process/ management, business analytics agility, communicating with data, and leadership/data governance, policy and ethics.

The Master of Professional Studies in Analytics program prepares students by applying the principles, tools, and methods of analytics to a project within a sponsoring organization to successfully assist with the extraction, development, delivery, and/or translation/implementation of data analysis for tactical and/or strategic decision making in organizations.

Program Objectives
Build portfolios of real-world projects demonstrating competency with key technologies, visualization and communication techniques, and the ability to translate information into recommended actions.

• Gain a core analytical skill set upon which to layer more specialized technical skill sets or industry-specific applications.
• Develop a relationship to industry leaders and peers so that you may leverage your Northeastern education long after your formal education ends.
• Choose from a host of flexible programming options—all of which share an industry-defined core curriculum and a credit-bearing experiential requirement.
• Anticipate and contribute to the future direction of data analytics.

The Master of Science in Project Management is designed to provide you with the practical skills and theoretical concepts you need to lead complex projects.

Companies succeed or fail based on their ability to bring quality products and services to market in a timely manner. Without skilled project managers in place, companies are challenged to deliver projects on time, on budget, and according to specifications. From inception to completion, project managers are responsible for every step in the process: project definition, cost and risk estimation, schedule planning and monitoring, budget management, negotiation and conflict resolution, project leadership, and project presentation and evaluation. Rapid technological and digital transformation, with never-ending disruption, require project managers to be true innovators within their organizations.
 
Featuring real-world case studies, this project management degree presents techniques and tools for managing long- and short-term projects, successfully and cost-effectively. Augmenting the core project management courses are concentrations that provide you with content-specific expertise—enabling you to deepen your knowledge in your field of interest.

Mission Statement
The mission of the Master of Science in Project Management in the College of Professional Studies is to prepare learners as project management practitioners capable of applying project management processes and the technical, professional, and strategic expertise necessary for managing projects successfully. With emphasis on experiential learning, the program provides dynamic opportunities for learners with varying degrees of work experience to practice their knowledge both globally and collaboratively while implementing traditional and innovative project management concepts to real-life and complex projects.

Unique Features

• Option to engage in experiential learning and co-op education program
• Program curriculum can be tailored to student's past professional experience with project management
• Concentrations allow students to focus their studies on content-specific knowledge
• This is a STEM-designated graduate degree

Program Objectives

• Effectively lead and manage sometimes interrelated, complex projects in a mature manner while avoiding common project management pitfalls.
• Manage project scope, risk, quality, and performance metrics while effectively communicating with all project stakeholders.
• Integrate project management best practices and tools through experiential learning opportunities.
• Understand the need for ethics and social responsibility in the practice of project management as outlined in the PMI Code of Ethics.
• Develop the critical-thinking, problem-solving, and communication skills necessary to lead projects in a complex and dynamic project environment.

The Master of Science in Regulatory Affairs program is designed to produce graduates who are highly qualified to manage global regulatory processes for companies innovating and developing cutting-edge products in healthcare and food safety.

The ongoing global convergence of regulatory science, technology-driven regulatory decision making, formation of public policies, and ever-changing regulations are driving demand for regulatory affairs professionals who can help companies effectively bring highly regulated products to market. To prepare you to effectively manage regulatory activities, Northeastern University’s College of Professional Studies offers the Master of Science in Regulatory Affairs. This unique graduate degree is designed to deepen your understanding of the global compliance requirements for the development, marketing approval, and utilization of highly regulated products, including food, drugs, biologics, and medical devices.

Regulatory affairs courses within this program will provide you with the integrated knowledge and broad perspectives you need to effectively manage the appropriate industry-specific regulatory process throughout a product’s life cycle. From discovery to commercialization, this regulatory affairs master’s degree will cover the steps that are required to bring a highly regulated product to market, both in the U.S. and around the globe.

Northeastern’s MS in Regulatory Affairs offers students the opportunity to meet their career goals and gain deeper experience in key areas of regulatory affairs—such as operational and strategic regulatory affairs, clinical regulatory affairs, new gene therapies, cybersecurity of medical devices, quality assurance in biopharmaceutical product formulation, validation of medical device commercialization, food safety, and regulatory compliance—by focusing their education in one of five unique concentrations that span the entire discipline. Concentration offerings include:

• Biopharmaceutical Regulatory Affairs
• Clinical Research Regulatory Affairs
• Medical Device Regulatory Affairs 
• Nonclinical Biomedical Product Regulation
• Quality Assurance and Compliance