Best Computer Engineering Degree Programs in California — 2026 Rankings

California's comprehensive financial aid system supports engineering students.

The Cal Grant program provides need-based aid covering tuition at UC, CSU, and qualifying private institutions. Cal Grant A covers tuition and fees for students with demonstrated financial need and strong academics; Cal Grant B provides a living allowance plus tuition after the first year for the neediest students. The Middle Class Scholarship (MCS) covers remaining costs for families with incomes up to $234,000 at UC, CSU, or California Community College bachelor's programs (California Student Aid Commission). Engineering students are eligible for all standard state aid programs.

Engineering-specific scholarships provide additional support:

• Society of Women Engineers (SWE): Multiple scholarships for women in engineering, ranging from $1,000-$10,000
• National Society of Black Engineers (NSBE): Scholarships for African American engineering students
• Society of Hispanic Professional Engineers (SHPE): Support for Hispanic/Latino engineering students
• IEEE Computer Society: Scholarships specifically for computer engineering and related fields
• ABET Accredited Program Scholarships: Some industry sponsors provide scholarships exclusively for ABET-accredited programs
• Corporate Sponsors: Intel, NVIDIA, Apple, and Google all sponsor engineering scholarships at California universities Federal Pell Grants (up to $7,395 for 2024-25) supplement state and institutional aid.

Institutional engineering scholarships are substantial.

UC Berkeley's College of Engineering offers merit-based scholarships for exceptional students, with some providing full tuition coverage. Stanford's financial aid program ensures families earning under $100,000 pay no tuition. Cal Poly's learn-by-doing scholarships support students in project-based learning experiences. Private universities like USC and Santa Clara often provide significant merit-based aid to attract top engineering talent. Apply early—engineering scholarship deadlines often fall in November-December, well before regular admission deadlines. Complete the FAFSA starting October 1 to maximize federal, state, and institutional aid eligibility.

Transfer admission to engineering is competitive.

UC Berkeley EECS admits transfer students at approximately 8-10% acceptance rates, requiring 3.5+ GPAs in technical coursework and exceptional applications. The Transfer Admission Guarantee (TAG) program excludes highly impacted majors like computer engineering at most UC campuses—students should verify current TAG availability for their target program. CSU engineering programs are more accessible, with Cal Poly San Luis Obispo requiring approximately 3.5+ GPAs for computer engineering transfers and other CSU campuses accepting students with 3.0+ GPAs. The Associate Degree for Transfer (AS-T) in Engineering Technology provides guaranteed CSU admission, though students should verify specific engineering major requirements.

Strategic transfer planning for computer engineering:

1. 1Complete all calculus and physics early: These prerequisites are non-negotiable and must be completed before transfer
2. 2Maintain exceptional GPA: Target 3.5+ for UC programs, 3.3+ for CSU programs
3. 3Take engineering courses when available: Many community colleges offer introduction to engineering, programming, and circuits courses that transfer
4. 4Verify articulation regularly: Engineering articulation agreements change; confirm current requirements on ASSIST.org
5. 5Meet early deadlines: UC engineering applications are due November 30; CSU priority deadlines are typically October-November Community college engineering pathways offer substantial savings—completing two years at community college before transferring reduces total bachelor's degree costs by $40,000-60,000 while maintaining access to top-tier engineering education.

Computer engineering programs at California's flagship universities rank among the world's best.

UC Berkeley's EECS (Electrical Engineering and Computer Sciences) program consistently ranks in the top 3 nationally, with graduates achieving exceptional outcomes—over 75% earn above California's median household income by their late 30s. Stanford's Computer Engineering program provides direct access to Silicon Valley internships and entrepreneurship resources. USC's jointly administered Computer Engineering program combines Computer Science and Electrical Engineering department expertise, with a 92% graduation rate and 10% acceptance rate. Caltech offers intimate class sizes and research intensity unmatched at larger institutions.

Salary outcomes justify the investment.

Computer hardware engineers in California earn a median of $169,970 annually (BLS OEWS May 2024), with entry-level positions starting around $102,039. At Cal Poly San Luis Obispo, graduates can typically recoup their $22,968 four-year tuition investment within 0.3 years of employment. The BLS projects 5% job growth for computer hardware engineers through 2032, with stronger growth in specialized areas like AI chip design and autonomous systems. California's semiconductor manufacturing renaissance—driven by CHIPS Act investments and demand for AI computing—is creating thousands of new engineering positions. Compare programs in Texas, Massachusetts, or explore our national rankings.

California dominates the national computer engineering job market.

The state employs more computer hardware engineers than any other, concentrated in the Bay Area's semiconductor corridor and Southern California's aerospace sector. The Bureau of Labor Statistics reports a median salary of $169,970 for computer hardware engineers in California, with the highest concentrations in San Jose-Sunnyvale-Santa Clara (home to Intel, AMD, NVIDIA, and Apple's chip design teams) and the Los Angeles-Long Beach-Anaheim metro area (aerospace and defense electronics). Entry-level positions typically start around $102,039, with experienced engineers earning $150,000-200,000+ depending on specialization.

High-growth sectors driving computer engineering demand:

• AI/ML Chip Design: NVIDIA, Google (TPU), Apple (Neural Engine), and AMD are aggressively hiring for specialized AI accelerator development
• Semiconductor Manufacturing: Intel's Arizona fab, TSMC partnerships, and Samsung expansions create thousands of California-based design positions
• Autonomous Systems: Waymo, Cruise, Zoox, and Aurora need hardware engineers for sensor integration, embedded systems, and vehicle computing platforms
• Consumer Electronics: Apple, Google (Pixel), Meta (Quest VR), and Samsung design next-generation devices in California
• Aerospace/Defense: Lockheed Martin, Northrop Grumman, and SpaceX require computer engineers for avionics, satellite systems, and launch vehicle computing

Salary varies by metro area and specialization:

• San Jose-Sunnyvale: $175,000+ median for hardware engineers at major tech companies
• San Francisco: $160,000-180,000 range for embedded systems and IoT specialists
• Los Angeles: $145,000-165,000 for aerospace and defense electronics positions
• San Diego: $140,000-160,000 for defense, telecommunications, and biomedical device engineering The semiconductor shortage of 2021-2023 highlighted the critical importance of computer engineering talent, leading to increased compensation and hiring. CHIPS Act investments are creating long-term job growth in domestic chip manufacturing and design. For related opportunities, explore electrical engineering programs or embedded systems careers.

Computer engineering curriculum bridges hardware and software.

Core coursework at California universities includes digital logic design, computer architecture, embedded systems, circuit analysis, signals and systems, and software engineering. UC Berkeley's EECS curriculum integrates electrical engineering foundations with computer science, requiring courses like CS 61A/B/C (programming fundamentals through machine structures), EE 16A/B (designing information devices), and upper-division depth in areas like VLSI design, computer networks, or operating systems. The integrated EECS approach produces graduates comfortable across the hardware-software stack.

Mathematics and physics requirements are substantial.

Computer engineering students complete the full calculus sequence through differential equations, linear algebra, probability and statistics, and two semesters of calculus-based physics with laboratories. Many programs require additional mathematics like discrete mathematics, complex analysis, or numerical methods. Laboratory courses emphasize practical skills: circuit assembly, oscilloscope usage, FPGA programming, PCB design, and embedded microcontroller programming. Senior capstone projects demonstrate ability to integrate learning—teams design complete systems addressing real engineering challenges, often in partnership with industry sponsors. Total degree requirements typically range from 120-135 credit hours, higher than many other majors due to laboratory requirements. Explore related programs in our computer science rankings or software engineering programs.

Limited online options exist for computer engineering.

Unlike computer science, fully online ABET-accredited computer engineering bachelor's programs are rare. Some universities offer hybrid formats combining online coursework with intensive in-person laboratory sessions. Graduate programs are more accessible online: UC Davis Extension offers online certificates in embedded systems, and professional master's programs allow working engineers to advance their education while employed. However, students seeking undergraduate computer engineering degrees should plan for primarily campus-based education.