Rensselaer Polytechnic Institute
Based in Troy, New York, Rensselaer Polytechnic Institute is an American institute of technology. Master's study there covers civil, biomedical and aerospace engineering, along with computer science, applied mathematics, and architecture and design.
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RPI Troy Campus
Troy, United States
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https://www.rpi.eduPrograms at Rensselaer Polytechnic Institute
Explore academic programs available at Rensselaer Polytechnic Institute
MS Transportation Engineering
Transportation studies how people and goods move by road, rail, sea and air, and how networks are planned, operated and funded. Coursework can span traffic engineering, logistics, economics and policy, with attention to safety, congestion and emissions. Graduates often work in transport planning, logistics operations, infrastructure projects and public agencies.
MS Supply Chain Management (STEM-designated)
This field follows goods from raw material to customer: sourcing, production planning, warehousing, transport and the information that ties them together. It involves modelling flows, controlling inventory and cost, and managing disruption across suppliers and borders. Graduates often work in procurement, logistics, operations planning and distribution.
MS Semiconductor Technology
Semiconductors focuses on the materials and devices at the heart of modern electronics: how silicon and related materials conduct charge, and how transistors and chips are designed and fabricated. Study combines solid-state physics with processing techniques. Graduates often work in chip design, manufacturing, testing or materials research.
MS Quantitative Finance and Risk Analytics (STEM-designated)
Finance concerns how money is raised, invested and managed, and how risk and return are priced over time. Topics run from corporate funding decisions and valuation through to markets, portfolios and financial instruments. Graduates often work in corporate finance, banking, investment and asset management, risk analysis and financial planning.
MS Physics
Physics seeks the rules behind how matter, energy, space and time behave, from particles and atoms to materials, stars and the universe as a whole. Mathematical theory is paired with experiment and measurement. Graduates often move into research, engineering, data and modelling, energy, medical physics, computing and teaching.
MS Nuclear Engineering
Nuclear engineering applies nuclear reactions and radiation to producing energy and to industrial and medical uses. The subject covers reactor physics, heat transfer, materials under radiation, safety analysis, and the handling and disposal of nuclear waste. Graduates often work in power generation, radiation safety, medical or industrial applications, and research.
MS Multidisciplinary Science
Science studies treats science itself as a human activity, asking how knowledge is produced, tested, funded, contested and put to use, and what that means for society. History, philosophy, sociology and policy analysis all feed in. Graduates often work in research, policy and regulation, science communication, publishing, museums and education.
MS Mechanical Engineering
Mechanical engineering deals with machines and moving systems: how forces, materials, heat and fluids behave, and how to design and manufacture things that work reliably. Modelling, simulation and laboratory testing support the design process. Graduates often work in manufacturing, automotive and aerospace sectors, energy, robotics, and product design or testing.
MS Mathematics (Applied)
Applied mathematics uses mathematical tools to describe and solve problems drawn from the physical, biological, economic and engineering worlds. Differential equations, modelling, numerical methods and computation are the everyday materials. Graduates often work in modelling and simulation, data analysis, finance, engineering, software and research.
MS Mathematics
Applied mathematics uses mathematical tools to describe and solve problems drawn from the physical, biological, economic and engineering worlds. Differential equations, modelling, numerical methods and computation are the everyday materials. Graduates often work in modelling and simulation, data analysis, finance, engineering, software and research.
MS Materials Engineering
Materials engineering focuses on turning materials into working parts — choosing the right metal, polymer, ceramic or composite, processing it, and understanding why components fail. Testing, characterisation and manufacturing processes are central. Graduates often work in manufacturing, automotive and aerospace industries, energy, quality assurance and failure analysis.
MS Lighting
Architecture and design concern the shaping of buildings, interiors and objects, balancing function, structure, cost and the way people actually live and move. Studio projects, drawing, modelling and critique sit alongside history, theory and technical study. Graduates often work in architectural and design practices, planning and development, visualisation and construction-related roles.
MS Information Technology
Information technology is about building, running and securing the systems organisations depend on: networks, databases, cloud services, applications and user support. The emphasis leans practical, matching technology to what an organisation actually needs. Graduates often work in systems and network administration, technical support, cloud and infrastructure, security and IT project roles.
MS Geology
Geology reads the Earth as a record: rocks, minerals, fossils and structures that reveal how the planet formed and keeps changing. Field observation and laboratory analysis are used to interpret landscapes, map subsurface layers and assess natural hazards and resources. Graduates often work in energy, mining, groundwater, environmental consulting and geological survey work.
MS Environmental Engineering
Civil engineering covers the design, construction and maintenance of the built environment: buildings, bridges, roads, water supply, drainage and other infrastructure. Mechanics, materials and structural analysis combine with project planning and constant attention to safety and cost. Graduates often work in design consultancies, construction, transport, and water or environmental engineering.
MS Electrical Engineering
Electrical engineering deals with electricity and electronics in all their uses: circuits, signals, power generation and distribution, control systems, communications and embedded devices. Theory, mathematics and laboratory work run together. Graduates often work in energy and power, electronics and semiconductors, telecommunications, automation, transport and product development.
MS Economics
Economics asks how societies use scarce resources: how prices form, how households and firms decide, and how policy, trade and money shape growth, employment and inequality. Mathematical modelling and statistical evidence run through the subject. Graduates often work in analysis and consultancy, banking, government and international organisations, and research.
MS Critical Game Design
Design is about shaping objects, images, spaces and experiences so they work well for the people who use them. Studio practice, sketching, prototyping and critique sit alongside research into users, materials and context. Graduates often work in studios and agencies, in-house creative teams, or independently across many industries.
MS Computer Science
At its core, computer science is about computation: algorithms, data structures, programming languages, operating systems and the theory beneath them. Mathematical reasoning and hands-on building reinforce each other throughout. Graduates often become software engineers, or move into data, security, research, product development and technical roles in almost any industry.
MS Computer and Systems Engineering
At its core, computer science is about computation: algorithms, data structures, programming languages, operating systems and the theory beneath them. Mathematical reasoning and hands-on building reinforce each other throughout. Graduates often become software engineers, or move into data, security, research, product development and technical roles in almost any industry.
MS Civil Engineering
Civil engineering covers the design, construction and maintenance of the built environment: buildings, bridges, roads, water supply, drainage and other infrastructure. Mechanics, materials and structural analysis combine with project planning and constant attention to safety and cost. Graduates often work in design consultancies, construction, transport, and water or environmental engineering.
MS Chemistry
Chemistry studies matter: what substances are made of, how they react, and how new compounds and materials can be created and analysed. Laboratory technique and careful measurement sit alongside theory from organic, inorganic and physical chemistry. Graduates often work in pharmaceuticals, materials, energy, food and environmental testing, research and teaching.
MS Chemical Engineering
Chemical engineering scales chemistry up from the flask to the plant, designing the reactors, separation units and control systems that turn raw materials into fuels, medicines, food and materials. Thermodynamics, fluid flow, heat transfer and process safety are core. Graduates often work in energy, pharmaceuticals, petrochemicals, food processing and environmental engineering.
MS Business Analytics (STEM-designated)
Business examines how organisations are created, financed, run and grown, from managing people and money to reading markets and making decisions under uncertainty. Coursework blends analysis with practical judgement. Graduates often move into management, consulting and entrepreneurship, or into specialist roles across finance, operations and marketing.
MS Biomedical Engineering
Biomedical engineering applies engineering to medicine and biology, designing devices, imaging systems, prosthetics, biomaterials and the instruments used in diagnosis and treatment. It sits between the laboratory, the clinic and the workshop, so technical rigour and human factors both count. Graduates often work in medical technology, research, hospitals, and clinical or regulatory engineering.
MS Biology
Biology is the study of living things, from molecules and cells to organisms, populations and whole ecosystems. Laboratory and field methods sit alongside genetics, physiology, evolution and ecology. Graduates often move into research and laboratory work, healthcare and pharmaceutical sectors, conservation and environmental roles, education and science communication.
MS Biochemistry and Biophysics
Biophysics uses the tools and concepts of physics to explain how living things work at the level of molecules, cells and tissues, from protein folding to the electrical activity of nerves. Students combine physics, mathematics, chemistry and biology with laboratory and computational methods. Many graduates continue into research, medical technology or the life-science industry.
MS Astronomy
Observation drives astronomy: planets, stars, galaxies and the instruments built to see them. Students learn physics and mathematics and work with data from telescopes and sky surveys, often writing code to process it. Graduates often go into research, data analysis, software, instrumentation, teaching and public outreach.
MS Architectural Sciences
Architecture and design concern the shaping of buildings, interiors and objects, balancing function, structure, cost and the way people actually live and move. Studio projects, drawing, modelling and critique sit alongside history, theory and technical study. Graduates often work in architectural and design practices, planning and development, visualisation and construction-related roles.
MS Applied Science
Biotechnology uses living systems — cells, enzymes, microbes — as tools to make useful things, from medicines and vaccines to industrial enzymes and improved crops. Laboratory technique, molecular biology and bioprocessing sit at its core, along with questions of safety and ethics. Graduates often work in pharmaceutical and agricultural research, production and quality laboratories.
MS Aeronautical Engineering
Aerospace engineering concerns machines that fly: aircraft, rockets, satellites and the systems that keep them stable and safe. It covers aerodynamics, propulsion, structures, materials and control, usually paired with simulation and design work. Graduates often work in aircraft and spacecraft design, testing, propulsion, defence systems and related manufacturing.
MEng Transportation Engineering
Transportation studies how people and goods move by road, rail, sea and air, and how networks are planned, operated and funded. Coursework can span traffic engineering, logistics, economics and policy, with attention to safety, congestion and emissions. Graduates often work in transport planning, logistics operations, infrastructure projects and public agencies.
MEng Nuclear Engineering
Nuclear engineering applies nuclear reactions and radiation to producing energy and to industrial and medical uses. The subject covers reactor physics, heat transfer, materials under radiation, safety analysis, and the handling and disposal of nuclear waste. Graduates often work in power generation, radiation safety, medical or industrial applications, and research.
MEng Mechanical Engineering
Mechanical engineering deals with machines and moving systems: how forces, materials, heat and fluids behave, and how to design and manufacture things that work reliably. Modelling, simulation and laboratory testing support the design process. Graduates often work in manufacturing, automotive and aerospace sectors, energy, robotics, and product design or testing.
MEng Materials Engineering
Materials engineering focuses on turning materials into working parts — choosing the right metal, polymer, ceramic or composite, processing it, and understanding why components fail. Testing, characterisation and manufacturing processes are central. Graduates often work in manufacturing, automotive and aerospace industries, energy, quality assurance and failure analysis.
MEng Industrial and Management Engineering
Making systems work better is the whole point here — production lines, hospitals, warehouses, supply networks. The work combines mathematics, statistics and modelling with a close look at how people, machines and materials interact. Graduates often go into operations, logistics, quality management, process improvement and manufacturing consultancy.
MEng Environmental Engineering
Civil engineering covers the design, construction and maintenance of the built environment: buildings, bridges, roads, water supply, drainage and other infrastructure. Mechanics, materials and structural analysis combine with project planning and constant attention to safety and cost. Graduates often work in design consultancies, construction, transport, and water or environmental engineering.
MEng Electrical Engineering
Electrical engineering deals with electricity and electronics in all their uses: circuits, signals, power generation and distribution, control systems, communications and embedded devices. Theory, mathematics and laboratory work run together. Graduates often work in energy and power, electronics and semiconductors, telecommunications, automation, transport and product development.
MEng Computer and Systems Engineering
At its core, computer science is about computation: algorithms, data structures, programming languages, operating systems and the theory beneath them. Mathematical reasoning and hands-on building reinforce each other throughout. Graduates often become software engineers, or move into data, security, research, product development and technical roles in almost any industry.
MEng Civil Engineering
Civil engineering covers the design, construction and maintenance of the built environment: buildings, bridges, roads, water supply, drainage and other infrastructure. Mechanics, materials and structural analysis combine with project planning and constant attention to safety and cost. Graduates often work in design consultancies, construction, transport, and water or environmental engineering.
MEng Chemical Engineering
Chemical engineering scales chemistry up from the flask to the plant, designing the reactors, separation units and control systems that turn raw materials into fuels, medicines, food and materials. Thermodynamics, fluid flow, heat transfer and process safety are core. Graduates often work in energy, pharmaceuticals, petrochemicals, food processing and environmental engineering.
MEng Biomedical Engineering
Biomedical engineering applies engineering to medicine and biology, designing devices, imaging systems, prosthetics, biomaterials and the instruments used in diagnosis and treatment. It sits between the laboratory, the clinic and the workshop, so technical rigour and human factors both count. Graduates often work in medical technology, research, hospitals, and clinical or regulatory engineering.
MEng Biomedical Data Science
Biomedical engineering applies engineering to medicine and biology, designing devices, imaging systems, prosthetics, biomaterials and the instruments used in diagnosis and treatment. It sits between the laboratory, the clinic and the workshop, so technical rigour and human factors both count. Graduates often work in medical technology, research, hospitals, and clinical or regulatory engineering.
MEng Aeronautical Engineering
Aerospace engineering concerns machines that fly: aircraft, rockets, satellites and the systems that keep them stable and safe. It covers aerodynamics, propulsion, structures, materials and control, usually paired with simulation and design work. Graduates often work in aircraft and spacecraft design, testing, propulsion, defence systems and related manufacturing.
ME Systems Engineering and Technology Management
Business administration concentrates on running an organisation as a whole: coordinating people, budgets, operations and strategy so that separate departments work in step. Attention falls on decisions that cut across functions rather than on a narrow specialism. Graduates often move into general management, operations, consulting, and planning or administrative roles across sectors.
MBA Business Administration
Business administration concentrates on running an organisation as a whole: coordinating people, budgets, operations and strategy so that separate departments work in step. Attention falls on decisions that cut across functions rather than on a narrow specialism. Graduates often move into general management, operations, consulting, and planning or administrative roles across sectors.
MArch Architecture
Architecture and design concern the shaping of buildings, interiors and objects, balancing function, structure, cost and the way people actually live and move. Studio projects, drawing, modelling and critique sit alongside history, theory and technical study. Graduates often work in architectural and design practices, planning and development, visualisation and construction-related roles.
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