Engineering Technology (BA)

Begins Fall 2025

The Bachelor of Arts (BA) in Engineering Technology program at UNLV offers an alternative pathway in Engineering and Computer Science. With a hands-on approach, it caters to diverse student needs and emphasizes real-world application of engineering principles. Students can specialize in areas like computer engineering, electrical engineering technology, and mechanical engineering technology, tailoring their academic journey to their career aspirations. This dynamic program prepares students for the challenges of the engineering and technology profession.

As an integral part of a larger academic movement, this program epitomizes UNLV’s unwavering commitment to delivering accessible and applied engineering education. Recognizing and accommodating the diverse needs and aspirations of its student community, UNLV ensures that opportunities for growth and development are extended inclusively to all who seek them. In doing so, the university not only enriches the educational experience but also contributes to the cultivation of a future generation of adaptable and skilled engineers.

Please see the UNLV Howard R. Hughes College of Engineering web page for information about department programs, faculty and facilities. 

Learning Outcomes

The B.A. in Engineering Technology program at UNLV is designed to empower graduates with a comprehensive skill set and knowledge base, ensuring their readiness for dynamic and successful careers in the field of engineering technology. Upon graduation, students are expected to:

1. Apply fundamental engineering principles by working in laboratories, internships, or industry projects 
2. Be able to solve engineering problems using a diverse set of scientific and mathematical concepts
3. Analyze the strengths and weaknesses of potential solutions to engineering problems
4. Select and use appropriate engineering tools and technologies in design and implementation projects
5. Communicate engineering concepts and solutions in written and oral formats
6. Collaborate in a team environment to complete complex engineering projects
7. Describe ethical considerations and professional responsibility in engineering practice.
8. Summarize the cultural, societal, and environmental factors that shape engineering projects and practices

Admission Requirements

Admission to the BA in Applied Engineering program is open to all students who meet the minimum requirements established by the UNLV Admission Office. 

First-Year Students:
A minimum 3.0 GPA in 13 core units, comprising:

• 4 units in English.
• 3 units in Math.
• 3 units in Social Science.
• 3 units in Natural Science.

Alternatively, a score of 1120 on the SAT* (evidence-based reading & writing and math). For SAT exams taken prior to March 2016, a score of 1040 is required.
Or, a composite score of 22 on the ACT.
Or, possession of a Nevada Advanced High School Diploma or a Nevada College and Career Ready High School Diploma.

Transfer Students:
Adherence to UNLV’s standard transfer student admission requirements.

International Students:

• For First-Year International Students:

A 3.0 cumulative GPA or 1120* SAT (evidence-based reading & writing and math) or 22 ACT (composite score). *1040 for SAT exams taken prior to March 2016.

• For international transfer students:

A minimum 2.5 GPA in 24 or more transferable college-level credits. Transfer students with fewer than 24 transferable college-level credits must meet the first-year student admission requirements.

 

Career Opportunities

Graduates of the BA in Applied Engineering program possess a dynamic skill set and industry certifications, enhancing their employability across diverse sectors. Here are some expanded potential career paths for these graduates:

1. Engineering Technologist: 
   ​Apply technical expertise across engineering disciplines, collaborating with engineers in design, development, and implementation processes.
2. Technical Project Manager: 
   Lead and oversee engineering projects, ensuring timely completion, adherence to budget constraints, and meeting specified requirements.
3. Systems Analyst:
   Analyze and design information systems, ensuring they align with the technological needs and goals of organizations.
4. Manufacturing Engineer and Manager:
   Optimize manufacturing processes, enhance efficiency, and contribute to the design and production of goods. May also transition into managerial roles overseeing manufacturing operations.
5. Technical Sales Engineer:
   Integrate technical knowledge with sales skills to effectively promote and sell complex technical products or services.
6. Data Analyst in Engineering: 
   Analyze and interpret engineering-related data, providing valuable insights for decision-making and optimizing processes.
7. Field Service Engineer: 
   Offer on-site support and technical expertise for the installation, maintenance, and repair of equipment or systems, ensuring optimal functionality.
8. IT Professional: 
   Leverage expertise in information technology to support and enhance organizational systems, networks, and technology infrastructure.
9. Government Positions: 
   Contribute to engineering projects and initiatives within various government agencies, playing a vital role in infrastructure development and regulatory compliance.
10. Consultant: 
    Provide specialized advice to organizations seeking expertise in engineering solutions, efficiency improvements, or the integration of new technologies.
11. Entrepreneur/Startup Founder: 
    Apply engineering knowledge to initiate and manage a business venture, particularly in emerging technology or product development.