The Master of Engineering Technical Management program is designed for working professionals who aspire to become technical leaders. Through advanced leadership and business acumen, the program equips graduates with the expertise required for advancements in their careers.

Gain the deep statistical knowledge and technical savviness you need to advance to data scientist, engineer and analyst roles. You'll learn to deliver a process that transforms raw data and place it into a decision-making context, and to leverages technology to create informed strategies in less than 2 years.

To move into the upper ranks of the fire service field, you must not only have the knowledge to anticipate and plan for today's complex emergency scenarios, you must also display the administrative and people skills of an effective leader. Anna Maria College's Master of Public Administration with a Fire and Emergency Services specialization is designed for experienced firefighters, officers, and other fire-service professionals who want to move into management and high-level positions.

The MS degree having concentrations in Optics and/or Photonics, require 30 graduate credit hours. With a fully ONLINE option now available, our M.S. in Optics and Photonics is a flexible degree designed for students with a bachelor’s degree in electrical engineering, physics, mechanical engineering or related fields. Taught by world-renowned experts at UCF’s College of Optics and Photonics, the program offers students an in-depth curriculum that covers topics including electromagnetics, physical optics, lasers, optoelectronics, fiber optics, imaging, and more.

The online Master of Science in Electrical Engineering provides advanced electrical engineering training. You'll explore the entire field and choose an area of concentration that aligns with your career. Build your skills in research, design, development and testing in this 100% online program. Our curriculum is geared toward working professionals, but experience is not required for admission. Every course includes distributed simulation and labs for hands-on experience.

Our 36-unit professional sciences master's (PSM) program is a two-year, four-semester interdisciplinary program that provides students with a multi-disciplinary background that integrates scientific, business, and ethical aspects of biotechnology. The program is intended for students who do not wish to pursue a PhD but still seek a career in the industry.

Studying an Applied Physics master's program merges the analytical depth of physics with practical engineering prowess, preparing you to address multifaceted challenges across high-tech industries. This interdisciplinary training in applied physics courses not only prepares you for innovative roles in applied physics fields such as aerospace, energy, and materials science but also offers enhanced career opportunities through Seton Hall's proximity to New York's vibrant industry sectors.

Tarleton State’s Master of Science in Mechanical Engineering (M.S.) degree is an advanced graduate program designed for career advancement and preparation for doctoral-level degree programs. The mechanical engineering degree is designed to be completed in two years of study. It is offered both in-person at our Stephenville, Texas campus and online through a combination of synchronous and asynchronous coursework.

Our program is recognized as one of the top applied AI/ML graduate programs in the world. Students in our MEng AI for Product Innovation program develop strong technical skills in AI and machine learning together with an understanding of how to design and build AI-powered software products.

Prepare to lead the way with a Master of Engineering Management (MEM) degree from Saint Martin's. The MEM provides engineering and science graduates with a balance of engineering, managerial, business, marketing, legal, and information systems tools for an engineering management career in either the private or public sector.

The Fashion Product Development MFA focuses on developing and managing all aspects of the fashion product development process. Emphasis will be placed on aesthetics, design, and product development strategies specific to companies and their target markets. Students will create product concepts and lines based on their in-depth market and trend research, textile and raw material sourcing strategies, manufacturing strategies and shipping logistics to deliver finished products to stores and consumers. Students will learn drawing, design, construction, technical, and industry-standard software skills. Students will apply all of these skills to create a culminating thesis project that includes a complete product line and an implementation strategy. MFA Graduates will be capable of launching a new product line and applying high-level strategic thinking to hold key positions in global fashion organizations.

Master of Science in Safety, Security & Emergency Management. In the workplace, in our schools, at our borders, on our streets – no matter where threats to safety exist, society needs leaders who are calm, prepared, knowledgeable, and courageous. Ensuring safety is more than quick action at the moment; it’s also preparing for the moment.

The Master of Engineering (M.Eng.) in Engineering Management program equips engineers, technical managers, business operations professionals, and others with the skills, tools, and methodologies needed to effectively manage complexity across industries. Upon completion of the M.Eng. degree, students advance to professional positions of increasing responsibility across a broad range of industries such as business, finance, healthcare, software, and technology.

The Master of Engineering in Aerospace Systems Engineering, or MEng, is professionally oriented and aimed at providing students with a solid foundational knowledge of an interdisciplinary approach and relevant tools for enabling the realization of successful aerospace systems.

The MS in Systems and Control Engineering at Case Western Reserve University equips students with skills to analyze, optimize, and design complex systems. The program focuses on nonlinear control, optimization, signal processing, and systems biology, with access to advanced research labs for groundbreaking projects.