Johns Hopkins University

Baltimore, Maryland, United States

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The Center for Biotechnology Education under Johns Hopkins University Krieger School of Arts and Sciences is a world leader in biotechnological research. The department focuses on imparting to students a multidisciplinary curriculum in Biotechnology to help them progress in their careers and pursue their aspirations in this area. The MS in Biotechnology program provides an extensive, industry-focused exploration of fundamental science, applied science, and laboratory science, as well as a strong basis for biochemistry, molecular biology, cell biology, genomics, and proteomics. 

The department also offers a dual degree program of MS in Biotechnology/MBA which equips students with biostatistics, biochemistry, bioinformatics along with critical business skills, finance negotiation abilities, accounting, legal matters, and so on. 

Popular occupations in Biotechnology are of

  • list items Forensic Scientist
  • list items Medical Scientist
  • list items Microbiologist
  • list items Epidemiologist
  • list items Metallurgist
  • list items Environmental Manager
  • list items Product Development Scientist.
  • Areas of Expertise:

  • list items Micro and Nanotechnology
  • list items Biomolecular Design and Engineering
  • list items Engineering in Health and Disease
  • list items Alternative Energy and Sustainability
  • list items Materials by Design
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    Chemical and Biomolecular

    The Department of Chemical and Biomolecular Engineering of Johns Hopkins University conducts phenomenal studies and has gained an exceptional reputation worldwide in the field. Chemical engineering learners at Johns Hopkins become a part of an expansive study network in state-of-the-art installations with distinguished researchers and technicians addressing the biggest problems faced by society.

    Their undergraduate program, that is, BS in Chemical and Biomolecular Engineering focuses on experiential learning, including design projects and internships with major chemical and pharmaceutical companies as well as government agencies. The MSE in Chemical and Biomolecular Engineering gives chance to the students to not only learn from professors who are world-renowned leaders and innovators in their areas but also work with them, build expertise, and develop their management abilities through cooperative studies.

    For a Master’s degree, the student must complete six courses out of which there are three mandatory courses -

  • list items Thermodynamics in Practice
  • list items Kinetics and Reactor Design
  • list items Transport and Numerical Tools.
  • Research and teaching in the department are interdisciplinary. The department’s key areas of focus include:

  • list items Biomolecular Engineering
  • list items Engineering for Precision Medicine
  • list items Modelling in the Big Data Era
  • list items Nanomaterials for Energy
  • list items Catalysis
  • list items Separations
  • and so on.  

    The students studying MS in Chemical Engineering are in demand in the following sectors -

  • list items Chemical industries
  • list items Pharmaceutical industries
  • list items Medical schools
  • list items Financial sectors
  • Areas of Expertise:

  • list items Micro and Nanotechnology
  • list items Biomolecular Design and Engineering
  • list items Engineering in Health and Disease
  • list items Alternative Energy and Sustainability
  • list items Materials by Design
  • List of Labs:

  • list items Johns Hopkins Physical Sciences-Oncology Center
  • list items Institute for NanoBioTechnology
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    Civil Engineering

    The Department of Civil Engineering is a supportive and intellectually stimulating site of the university — an optimal environment for graduate studies. The department offers a BS in Civil Engineering and MSE in Civil Engineering. The master's program fosters among students a sound understanding of principles related to engineering research and practice. The learning in the university is conducted through a combination of classroom education, laboratory instruction, and individual study. Upon the completion of the course, students acquire critical thinking skills, communication skills, problem-solving abilities, and a creative vision.

    The Ph.D. program focuses largely on the following areas:

  • list items Structural Mechanics
  • list items Structural Engineering
  • list items Probabilistic Methods
  • list items Hazards Management
  • list items Systems Engineering
  • Areas, where Civil Engineers make their careers in, are

  • list items Aerospace, Architecture
  • list items Transportation
  • list items Geotechnical Engineering
  • list items Traffic planning and control
  • list items Sustainability
  • Areas of Expertise:

  • list items Computational Mechanics
  • list items Structural Engineering
  • list items Probabilistic Modeling
  • list items Mechanics of Materials
  • list items Systems Engineering
  • List of Labs:

  • list items Center for Integrated Structure-Material Modeling and Simulation
  • list items Cold-Formed Steel Research Consortium
  • list items Center of Excellence on Integrated Materials Modeling
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    Computer Science 

    The Department of Computer Science is a research-centric department that successfully keeps up with the latest trends and results of research in the field. The department offers undergraduate courses like BS in Computer Science which is more technical in nature as well as a BA in Computer Science for students who are looking to combine Computer Science with a Liberal Arts education or a non-engineering course. Additionally, the department in a partnership with Electrical and Chemical Engineering Department also offers a bachelor’s degree in Computer Engineering.

    The MSE program in Computer Science offers highly specialized training to the students, thus providing them with ample exposure to world-class research. It spans both the theoretical and practical aspects of the field as well as acquaints students with the latest findings of research and emerging trends. Teachers who are highly passionate and knowledgeable about the fieldcraft the courses and keep the students abreast with the latest developments of an ever-changing discipline. The Ph.D. program allows students to thrive in a site known for cutting-edge research.

    Career opportunities in Computer Sciences include :

  • list items Software design and development
  • list items Computer systems administration
  • list items Information security
  • list items Robotics
  • list items Medical and health informatics
  • list items Scientific research
  • list items Data analytics
  • list items Entrepreneurship
  • list items Gaming/Entertainment
  • list items Business Computing
  • The employment for computer scientists is expected to grow by 24% through 2018, according to the U.S. National Bureau of Labor Statistics. That’s far above the average for most other occupations. U.S. News & World Report lists computer science-related jobs taken up by Johns Hopkins students as among the “100 Best Jobs of 2013”.

    Areas of Expertise:

  • list items Systems and controls
  • list items Aerospace and marine robotics systems
  • list items Systems; Information Security
  • list items Computer-assisted robotics surgery
  • list items Robotics, Vision and Graphics
  • list items Theory and Programming Languages
  • list items Language and Speech Processing
  • list items Motion planning
  • list items Robotics and computer vision
  • list items Computational Biology and Medicine
  • list items Machine Learning and Data-Intensive Computing
  • List of Labs:

  • list items Malone Center for Engineering in Healthcare
  • list items Institute for Data-Intensive Engineering and Science
  • list items Johns Hopkins University Information Security Institute

  • Electrical and Computer Engineering 

    The Department of Electrical and Computer Engineering at Johns Hopkins University is committed to providing a rigorous educational experience that prepares students for further study and successful careers in the area. Also, the department is dedicated to research that contributes to fundamental knowledge of both analytical and experimental aspects of the field. It prepares students to develop systems for communication, computation, information transformation, power generation, and transmission, measurement, and control.

    The department offers a BS in Electrical Engineering. The MSE program in Electrical and Computer Engineering allows students to specialize in the following areas:

  • list items Communications, Control Systems
  • list items Language and Speech Processing
  • list items Image Processing
  • list items Microsystems
  • list items Computer Engineering
  • list items Photonics and Optoelectronics
  • list items Robotics.
  • These above department also provides doctoral programs.

    Major focus areas in the Electronics department are

  • list items Communications and Networking
  • list items Computer Engineering
  • list items Electronics and the Solid State
  • list items Optics and Photonics
  • list items RF and Microwave Engineering
  • list items Signal Processing
  • list items Systems and Control
  • list items Software and Computer Development
  • list items Gaming
  • list items Health Care Systems
  • list items Finance and Investment Banking
  • list items Circuits and Systems for Manufacturing and Defense.
  • Areas of Expertise:

  • list items Microsystems and Computer Engineering
  • list items Image and Signal Processing
  • list items Control, Networks, and Systems
  • list items Language and Speech Processing
  • list items Solid State Electronics and Photonics
  • List of Labs: Center for Language and Speech Processing



    The Department of Environmental Health and Engineering has a track record of impressive leadership in environmental engineering, especially in the science of clean and accessible water. The department offers Bachelors of  Science in Environmental Engineering which deals with alternative energy sources, urban sprawl, air pollution, population growth, etc. MSE/MS/MA in Geography and Environmental Engineering are the graduate programmes in the field known for their interdisciplinary approach and acquainting students with topics ranging from biological sciences and environmental engineering to data analytics. The department offers a PhD in Geography and Environmental Engineering.

    Environmental engineering employment is expected to grow by more than 22 percent over the next decade as state and local governments are increasingly confronted with water, soil and resource problems. Johns Hopkins students in environmental health and engineering are in demand in academia, government, and industry. Together, the "Global 23" environmental consultancy practices asserted a combined share of 44 percent of the overall worldwide market in 2014, according to the accounts. Reflecting the sector's fragmented nature, only the top three players— AECOM, CH2M, and Tetra Tech — were able to boast general market shares of over 4.5%, mainly due to their powerful position in the dominant North American area, which accounts for 52% of the complete market.

    U.S. universities regularly rank the environmental engineering graduate and master's programs among the top ten. Careers related to Environmental Engineering are

  • list items Water supply and sanitation
  • list items Waste management
  • list items Land Use Management
  • list items Energy regulation
  • list items Environmental protection
  • list items Public health
  • list items Population environmental health.
  • Areas of Expertise:

  • list items Geomorphology, geochemistry and hydrology 
  • list items Environmental chemistry, microbiology and ecology
  • list items Antimicrobial resistance and infectious disease
  • list items Exposure sciences and environmental epidemiology
  • list items Environmental resource quality (air, water, sediments, soil)
  • list items Risk sciences and public policy
  • list items Environmental engineering
  • list items Air pollution and cardio-respiratory diseases
  • list items Energy management and alternative technologies
  • List of Labs: Environment, Energy, Sustainability and Health Institute



    Carey Business School, the finance department of Johns Hopkins University, offers world-class professorship and gives rise to financially skilled professionals. The department equips students with quantitative and management abilities to evaluate information, learn from it, and create a major impact on the long-term sustainability of businesses around the world. MS in finance enriches students’ entrepreneurial ability to understand global financial markets and their impact on local investment settings. Its strict quantitative curriculum highlights computational, statistical, and econometric methods, as well as their role in advanced economic decision making. Students will acquire the technical abilities required to develop innovative alternatives in all aspects of finance while also learning how to be ethical and socially responsible business leaders.

    Careers in Finance include Investment Banking, Financial analysis and advising, Quantitative analysis, Portfolio management, and Trading in commercial banking and investment banking. According to the employment statistics of Johns Hopkins University, 74% of students were accepted and employed in full-time or internship positions, or continued their education or started their own business within six months of graduation.

    Areas of Expertise:

  • list items Financial Mathematics
  • list items Differential equation modeling
  • list items Discrete Mathematics
  • list items Matrix and Numerical Analysis
  • list items Probability and Statistics
  • list items Optimization & Operations research
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    Materials Science

    The Department of Material Sciences and Engineering fosters among students interdisciplinary education to address current technological needs. The department offers a BS as well as a combined Bachelors and Masters in Material Sciences and Engineering. The graduate programs in the field are Master of Materials Science and Engineering (MMSE), Master of Science in Engineering (MSE), and Ph.D.  The key areas of research include biomaterials, materials for energy, computational materials science, nanomaterials, materials for energy, and so on. Nearly 60 percent of materials science students pursue an advanced degree at top graduate schools, while others go on for job placements. 

    Areas where graduates can expect lucrative careers in

  • list items Science and research
  • list items Engineering
  • list items Biotechnology
  • list items Pharmaceuticals
  • list items Healthcare
  • list items Financial Services
  • list items Education and teaching.
  • Areas of Expertise:

  • list items Optoelectronic and Magnetic Materials
  • list items Computational Materials Science
  • list items Biomaterials
  • list items Materials for Energy
  • list items Structural Materials
  • list items Nanomaterials
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    The Department of Mechanical Engineering of Johns Hopkins University exposes motivated learners to world-class teachers and possibilities. Students get to expand their understanding of the field and acquire analytical thinking abilities that prepare them for rewarding professional opportunities in a rapidly growing sector. 

    The department offers a BS in Mechanical Engineering as well as MSE in Mechanical Engineering (with and without essay option).

    The Ph.D. program allows research in areas like

  • list items Robotics
  • list items Systems Modeling and Control
  • list items Micro/Nanoscale Science and Engineering
  • list items Mechanics and Materials
  • list items Fluid Mechanics
  • list items Thermal Processes

    Traditional mechanical engineering courses are complemented with hands-on laboratories and design-build-test projects wherein the learners get to apply their practical knowledge and skills to further enhance their understanding of the field. The department also offers opportunities to work with faculty members in study laboratories and deal with fields ranging from nano-scale engineering to bio-inspired robotics to computational engineering and space systems.

    Key career opportunities are in the fields of

  • list items Aerospace and machine systems
  • list items Robotics
  • list items Nanotechnology
  • list items Energy and the Environment
  • list items Power generation
  • Areas of Expertise:

  • list items Robotics
  • list items Mechanical Engineering in Biology and Medicine
  • list items Mechanics and Materials
  • list items Fluid Mechanics and Heat Transfer
  • list items Micro/Nanoscale Science and Technology
  • list items Systems, Controls, and Modeling; Energy and the Environment
  • List of Labs:

  • list items Center for Materials in Extreme Dynamic Environments
  • list items Center for Environmental and Applied Fluid Mechanics
  • list items Hopkins Extreme Materials Institute
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    Pure Science

    The Krieger School of Arts and Sciences offers programs in a wide range of pure sciences, especially in the field of Mathematics. The Department of Mathematics offers Bachelor's / Master’s program along with a Ph.D. in mathematics. The Ph.D. program helps the students to become research mathematicians. Each year, an average of five students complete their theses and find exciting careers in the field of mathematics both inside and outside of academia. The Department of Physics and Astronomy offers bachelors, masters and doctoral degrees.

    The course primarily focuses on three areas: astrophysics, condensed matter physics, and particle or high energy physics. Johns Hopkins University was the first American institution which emphasized on Bachelor’s / master’s education and established a Ph.D. program in chemistry. The students are marked on the basis of coursework, teaching, seminars, oral examinations, and an individual research project that culminates in a thesis dissertation.

    Areas of Expertise:

  • list items Financial Mathematics 
  • list items Differential Equation Modeling 
  • list items Discrete Mathematics
  • list items Matrix and Numerical Analysis
  • list items Probability and Statistics
  • list items Optimization & Operations research