Lecture Week 1 • • • • • • • • • • Course Description TAs Course Schedule Teams Team Exercise Course Website Grade Scale - Syllabus Ordering Supplies Software What’s next General Information Name: Dr. Robert C. Roberts Office Location: Engineering A310 Email: rcroberts@utep.edu Office Hours: W 3:00 pm to 5:00 pm or by appointment When in doubt, send me an email! I am here to help. Welcome! What is an Electrical/Computer Engineer? • Electrical and Computer Engineers are creative and innovative problem solvers. They design devices and systems to improve our quality of life. ECE Vision and Mission • Vision • The Department of Electrical & Computer Engineering will provide programs of the highest quality to produce world class engineers who can address challenges of the millennium. • Mission • The Department of Electrical & Computer Engineering will: • Dedicate itself to providing its students with the skills, knowledge and attitudes that will allow its graduates to succeed as engineers and leaders. • Maintain a vital, state-of-the art research enterprise, which provides its students and faculty with opportunities to create, interpret, apply and disseminate knowledge. • Prepare its graduates for life-long learning to meet intellectual, ethical and career challenges. • Recognize and act upon the special mandate to make high quality engineering education available to the residents of El Paso and the surrounding region. ECE Faculty (2023) 5 Professors (4 M, 1F) • Flores, Nava, Rumpf, Velez-Reyes*, Zubia 5 Associate Professors (5M) • Cabrera, Mandal, McGarry, Moya, von Borries 5 Assistant Professor (3M, 2F) • Errapotu, Roberts, Sang, Lee, Wang 2 Professor of Practice (2M) • Gonzalez*, Romero 1 Associate Prof of Practice (1M) • Gutierrez 1 Assistant Prof of Practice (1M) • Gutierrez * Administrative appointments (reduced or no teaching) ECE Degree Programs • B.S. Electrical Engineering (128 credits) • Areas: o Energy, Fields and Devices o Communications, Control and Signal Processing o Biomedical Engineering o General EE • Minors in Computer Engineering and Robotics/Autonomous Systems • New: B.S. Computer Engineering • Fast-track Joint BS/MS & BS/MBA (4+1 years) • Graduate Certificate Program in Electric Power and Energy Systems (12 crs) • M.S. Computer Engineering (30 - 36 credits) • M.S. Electrical Engineering (30 – 36 credits) • Ph.D. Electrical and Computer Engineering (72/42 credits beyond BS/Master ) ECEAAlumni Employments sample of the companies where our recent graduates are employed. Electrical and Computer Engineers are Everywhere! EE1305/1105 is your first step towards graduating as an electrical or computer engineer! The ECE department looks forward to you taking your final steps at UTEP at Graduation! “ The Institute of Electrical and Electronics Engineers is a professional association for electronic engineering and electrical engineering … it was formed in 1963. “ Wikipedia https://en.wikipedia.org/wiki/Institute_of_Electrical_and_Electronics_Engineers IEEE-HKN (Zeta Delta Chapter) • What is HKN? • The honor society of IEEE • Founded in 1904 • 260+ Chapters Worldwide • Why join IEEE-HKN? • • • • Networking within UTEP ECE Dept. Community Service within El Paso Academic assistance Scholarship & Leadership opportunities!!! Selection Process Sophomore (min 45 credit hours & passed Circuits 1) – GPA requirement is 3.5 Junior (min 60 credit hours & passed Electronics 1) – GPA requirement is 3.4 Senior (min 90 credit hours & enrolled in Senior Projects 1) - GPA requirement is 3.3 Graduate (min 3 credit hours) GPA requirement is 3.3 Course Website http://www.ece.utep.edu/courses/web1305/EE1305/ If you Google “EE1305 UTEP” it is usually the first result These slides, lab materials, resources, schedule, etc. is on the website. Bookmark it and check it often. The website is your friend. Course Description: Learning Outcomes STUDENTS WILL … • Become familiar with the Analog Discovery/ADALM2000 device (oscilloscope and waveform functions). • Use MATLAB to model experimental data. • Analyze Simple Circuits using KVL, KCL and voltage divider methods. • Build circuits using passive and active components. Build and analyze signals through circuits with low pass, high pass and band pass filters. • Use Bode Plots to characterize filters and predict signal response. • Build circuits using sensor inputs to create a measureable output. • Use complex impedance to model and analyze Op-Amp circuits. Course Description: Learning Outcomes ECE Curriculum Intro to ECE Concepts Courses Soldering Through Hole and Surface Components Senior Projects (EE4220/EE4230) Familiar with Oscilloscope & Waveform Functions Circuits II (EE2351/EE2151), Electronics I (EE3338/EE3138), Electronics II (EE3340) Using MATLAB to modeling data Most courses Understanding, Using and Analyzing Op-Amps Circuits I (EE2350), Circuits II (EE2351/EE2151), Electronics I (EE3338/EE3138), Electronics II (EE3340) Using Ohm’s Law, KVL/KCL, Voltage Divider Methods to Analyze and Simplify Circuits; Conservation of Power Circuits I (EE2350), Circuits II (EE2351/EE2151), Electronics I (EE3338/EE3138), Electronics II (EE3340) Understanding Filters (Low, High and Bandpass) – Time Response Circuits II (EE2351/EE2151), Cont Time Signals/Systems (EE2353), Electronics I (EE3338/EE3138), Electronics II (EE3340) Cut-off frequency, Using Bode Plots to Model Filters Circuits II (EE2351/EE2151), Cont Time Signals/Systems (EE2353), Electronics I (EE3338/EE3138), Electronics II (EE3340) Building and Analyzing Sensor Circuits Electronics I (EE3338/EE3138), Electronics II (EE3340), EE4358 (Med Diag & Therap Instrum), Senior Projects (EE4220/EE4230) Using Complex Impedance to Model Active Op-Amp Circuits Course Description: Behavior Outcomes STUDENTS WILL … • Gain self-confidence and self-efficacy to respond in a positive manner to future challenges. • Pick up learning habits that will help them become self-motivated learners. • Learn the benefits of maintaining high standards in their engineering work and all types of communication styles. • Become aware that working on student teams can result in support structures that deepen individual learning. • Become mentors to others as they build up their engineering expertise. Teaching Assistants (TAs) Sheikh Dobir Hossain – Graduate Student shossain6@miners.utep.edu Bhushan Lohani – Graduate Student blohani@miners.utep.edu EE1305/1105 - Weekly Schedule MONDAY TUESDAY THURSDAY FRIDAY LAB E301E 7:30 am – 10:20 am 10:30 am – 1:20 pm WED LAB E301E LAB E301E LAB E301E 1:30 pm – 2:50 pm 3:00 pm – 4:20 pm Next week – Lab Session: Tutorial 1 Lecture UGLC342 Lecture UGLC342 Course Website http://www.ece.utep.edu/courses/web1305/EE1305/ • Modules • Resources (Syllabus/Schedule, Course Materials/Supplies, Lab Report Resources, KVL/KCL Tutorials, Equation Sheets, Soldering Tips) • Lectures (power points for all lectures) • Homework Assignments • Contacts Grade Scale – Please read Syllabus Lecture • Final Exam – • Quizzes – • Workshop Problem Sets (Team) – • Homework (Individual) – Lab • First 8 Modules – • Final Lab Module – 20% 25% 30% 25% 80% (10% each) 20% (larger lab report) Other Supplies • Computer or Engineering Paper • Calculator • Ruler • Laptop/PC (especially for labs) SUPPLIES: ADALM2000 – Need by Feb 6th • Analog Devices ADALM2000 ugh, they just raised their prices • www.digikey.com – ($236.25) • www.mouser.com – ($236.25) Source: https://www.eee.hku.hk/power_electronics_lab If you have a Digilent Analog Discovery 2, you can use that! Search for: ADALM2000 SUPPLIES: ADALP2000 – Need by Feb 6th • Analog Devices ADALP2000 – ($107) ugh, they just raised their prices • www.mouser.com – Currently in stock • www.digikey.com – Currently in stock Search for: ADALP2000 Homework/Assignment # 1 (Syllabus-Acknowledgement Form) • Please read the syllabus carefully. • Then, please fill out the last page of the syllabus and turn it in at the front of the room. Either today at the end of class, or during the next class. Homework/ Assignment #2 Wait until Thursday. I want to look into these prices quickly. Questions? See you in the next class!
