Howard University Engineering Programs: A Comprehensive Overview
Howard University's College of Engineering and Architecture (CEA) offers a robust educational foundation in various engineering disciplines. While it may not be as highly ranked as some top-tier engineering schools, it holds a respected position, especially regarding its dedication to promoting diversity within the field. The CEA provides accredited Bachelor of Science and Master of Architecture degree programs, alongside graduate programs with extensive research opportunities in engineering disciplines, including Master of Science, Master of Engineering, and Doctor of Philosophy degrees.
A Strong Foundation for Innovation
Howard University's engineering programs cultivate graduates equipped with strong communication skills, emphasizing technical writing and interpersonal communication. They are trained to design innovative products, processes, and systems. The learning environment is designed to be creative and stimulating, which prepares and motivates students to continue to grow and learn throughout their careers.
Diverse Engineering Disciplines
The CEA offers degree programs in several key engineering fields:
Civil and Environmental Engineering (CEE): CEE is arguably the oldest engineering profession, dating back to the first time someone constructed a roof over a shelter. Civil and environmental engineers plan, design, and maintain the foundations for our built environment, including highways, bridges, canals, and water treatment systems.
Chemical Engineering: Chemical engineers are the creators of products that enhance our quality of life. They transform raw materials into the products we use daily. Howard's program prepares students for success beyond the traditional chemical and petroleum industries.
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Computer Engineering: Computer engineers are the creators of software and systems that automate and streamline processes used in telecommunication, robotics, and other 21st-century technological advances.
Computer Science: Computer scientists create software designed to offer solutions to complex problems, once considered unsolvable due to the marginal speed, accuracy, and versatility of the modern computer. The program produces versatile professionals who have a solid foundation in mathematics, computer science, and systems engineering, enabling them to apply their knowledge to practical uses.
Electrical Engineering: Electrical engineers are creators of advancements in fuel cell technology, hydroelectricity, and solar energy, as well as computers, smartphones, satellite transmission, nano-systems, and other multi-disciplinary fields.
Mechanical Engineering: Mechanical engineers apply the principles of mechanics and energy to the design of machines and devices. They influence the design of systems such as wind and solar energy devices, turbines for electrical power generation, prosthetic devices and artificial limbs, automatic doors, and sporting equipment such as tennis shoes and golf clubs. The Mechanical Engineering program offers courses in the basic sciences, mathematics, and engineering sciences. Extensive practice is given to students in applying principles and fundamental knowledge to engineering analysis, design, and experimentation.
- Applied Mechanics: Applied Mechanics is concerned with the motion and causal effects of forces on this motion.
- Energy Systems: Energy Systems use reciprocating and rotating engines, which utilize gas combustion, steam pressure, or nuclear energy solar energy to generate power which is transmitted through shaft motion.
- Manufacturing Engineering: Manufacturing Engineering includes systematic planning, design, and arrangement of processing methods and equipment so that a product may be manufactured economically. Computers have had a tremendous impact in this area.
Architecture: Architects design so much more than buildings. With the fundamental design vocabulary, they apply their critical thinking skills and the design process to imagine and create places that support human endeavors at a variety of scales. This might be enhanced by computer animations, 3-D modeling, and computer-generated renderings. Howard's five-year program provides students with a myriad of opportunities to design efficient and aesthetically pleasing built environments.
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Opportunities and Resources
Howard University provides ample opportunities for research, internships, and networking, which can significantly enhance a student's preparation for a successful career in engineering. The faculty is comprised of experienced professionals and researchers, many of whom are dedicated to mentoring and supporting students throughout their academic journey.
Commitment to Diversity
One notable aspect of Howard University's engineering program is the CEA's significant emphasis on providing opportunities for underrepresented groups in engineering. This commitment fosters a more diverse and inclusive environment and provides access to resources and connections tailored to the unique needs of these student populations.
Rankings and Reputation
While rankings can vary depending on the source, Howard's engineering program's reputation is generally respected in the industry, and its commitment to diversity is commendable. It is advisable to visit the campus (if possible), speak with current students, and research outcomes data such as employment rates and starting salaries for recent graduates to gain a more accurate understanding of the program.
Admissions and Cost
- Acceptance Rate (Master's & Doctoral): 46.3%
- Tuition & Fees (Doctorate): \$38,454 per year
- Tuition (Doctorate, Part-Time): \$2,136 per credit (in-state), \$2,136 per credit (out-of-state)
- There is an application fee of \$50 for U.S. residents and \$75 for international students.
- The 2024 Ph.D. student-faculty ratio is 1.1:1.
- The College of Engineering and Architecture at Howard University has 48 full-time faculty on staff.
Student Population
Howard University's Student Population's Gender distribution of enrolled (master's): Student body (master's): Not Specified is not included in this breakdown due to an enrollment of 0%. Total graduate engineering enrollment Countries most represented by international students Enrollment (computer science)
Academics and Research
Metrics extracted from SciVal based on Elsevier’s data (Last Updated 2024):
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- Citations per publication: 6.2
- Field weighted citation impact: 1.6
- Publications Cited in top 5% of Most Cited Journals: 20.5%
- Publications Cited in top 25% of Most Cited Journals: 31.1%
Course/program offerings include graduate courses, Master's Degrees, and Doctoral Degrees. Electrical / Electronic / Communications are offered. Full-time faculty (tenured or tenure-track) Ph.D.
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