Dr. Sameh Rehan (Smieee) Email & Phone Number

Brampton, Ontario, Canada

I joined the School of Applied Science and Engineering (SASE) at Sheridan College. I work as an instructor and lab supervisor for the following courses: Electrical Fundamentals, Digital Principles 1, Applied C Programming, and Practical Circuits.

Egypt

I rejoined Mansoura University after finishing my sabbatical leave to Imam University.• Instructor for the undergraduate courses: Electronics Circuits 3 for fourth year students of the E&CE Dept., Fall 2021.• Starting Winter 2022, I am in a leave of absence where I move between Egypt and Canada.

Riyadh, Saudi Arabia

• Starting Nov. 10, 2014, I worked as a professor of Electrical Engineering at Al Imam Mohammad Ibn Saud Islamic University (IMSIU), Riyadh, SA (Yearly contract agreement that can be renewed).• Instructor for the undergraduate courses: Electronics Circuits 2 for level 5 students and Electronics Circuits 1 for level 4 students of the Electrical Dept., starting Spring 2015 until now.• Supervisor of senior undergraduate students on their graduation projects in the area of design and simulation of Nano-electronics circuits (2 students in Fall 2015, 3 students in Spring 2016, 3 students in Fall 2016, 3 students in Spring 2017, 3 students in Fall 2017, and 2 students in Spring 2017).

• Instructor for the undergraduate courses: Electronics Circuits 2 for third year students of the E&CE Dept., Fall 2013 and Digital Circuits: for second year students of the Electrical Dept., Fall 2013.• Supervisor of senior undergraduate students on their graduation projects in the area of design and simulation of Nano-electronics circuits.• Co-supervisor of graduate students on their research work in the Nano-electronics area:1. Eng. Lobna (Design of a Hybrid CMOS / Single Electron Transistor (SET) Circuits – Ph.D.).2. Eng. Hala (Nano-adders using optimized SE inverter-based logic gates – M.Sc.).3. Eng. M. Saad (Modelling of SET devices – M.Sc.).4. Eng. A. Abo-Zaid (QCA design of nanocircuits – M.Sc.).

• Instructor for the following term courses (on-line courses are @ http://osp.mans.edu.eg/rehan ):1. Solid State Electronics: for first year students of the C&EE Dept., Fall 2007.2. Digital Circuits: for first year students of the C&EE Dept., Winter 2007-to-2012 and for second year students of the Electrical Dept., Fall 2007- to-2011.• Instructor for the Nano-electronics (2008/09-to- 11/12) full-year M.Sc. graduate courses at MU.• Co-supervises graduate students on their research work in the areas of:1. Nano-electronics: Eng. Lobna (Design of a Hybrid CMOS / Single Electron Transistor (SET) Circuits – Ph.D.). Eng. Abeer (Stability and power-delay measurements for SET designs – M.Sc. 2013). Eng. Hala (Nano-adders using optimized SE inverter-based logic gates – M.Sc.). Eng. Ghada (Sequential Digital Counters Using SE Nano-devices – M.Sc. 2013).2. e-Learning: Eng. Mahmoud (Animations for the analysis and design of electronic devices – M.Sc. 2011).3. DSP: Eng. Noha (Analyses of EEG during sleep – Ph.D. 2013). Eng. Ahmed (Image Fusion – M.Sc. 2012).4. Network Security: Eng. Eman Fadl (Biometrics for network security – M.Sc. 2013).

• Instructor for the following term courses (on-line courses are @ http://osp.mans.edu.eg/rehan ):1. Artificial Neural Networks: for senior students of the C&EE Dept., Fall 2004.2. Assembly Language (MIPS): For senior students of the C&EE Dept., Winter 2004, for third year students of the C&EE Dept., Winter 2005, and for third year students of the Computer Sciences Dept., Faculty of Information and Computers, MU, Winter 2005.3. Solid State Electronics: for first year students of the C&EE Dept., Fall 2004/05/06/07.4. Digital Circuits: for first year students of the C&EE Dept., Winter 2007 and for second year students of the Electrical Dept., Fall 2007.• Instructor for the CAD (04/05) and Nano-electronics (05/06 & 06/07) full-year M.Sc. graduate courses at MU.• Co-supervised graduate students on their research work in the areas of:1. Nano-electronics: Eng. Lobna (Design of an 8-bit ADC using Single Electron Transistor (SET) – M.Sc. 2007). Eng. Iman (Design of a full-adder using Single Electron Transistor (SET) – M.Sc. 2007).2. DSP: Eng. Hossam (Application of registration techniques to biomedical images – Ph.D. 2007). • Supervises students working on their final full-year graduation projects (6 students in 2004/05 & 10 students in both 05/06 and 06/07) in the area of e-Learning (Development of Electronics e-courses).

Burlington, Ontario, Canada

• Conducted the physical design activities (floor-planning, P&R, layout, DRC, LVS, and tape out) of two DSP HIP products using UMC 0.18um CMOS process. This work was done (using Gennum’s design tools) remotely from Egypt through high-speed Internet connection.

Burlington, Ontario, Canada

Dec. 2000 to Aug. 2003:Physical IC Design Team Leader• Managed the activities of the physical design team of the HIP R&D division to achieve the tape out of:1. 7 chips for 5 hearing aid systems using CSM 0.25um / UMC 0.18um CMOS processes and 2. 6 test chips for future products using UMC 0.18um CMOS process. • Supervised the physical design activities (floor-planning, P&R, layout, DRC, and LVS) and approved the sign-off of all DSP HIP products and test chips using CSM and UMC CMOS processes.• Supervised and trained new hires to do physical design using PDP, SE, Virtuoso, and Calibre CAD tools.• Supervised & approved of product physical design documentation for 2 hearing aid chips and 5 test chips.Dec. 1999 to Nov. 2000:Design Engineer, Digital Signal Processing (DSP) Group• Designed, simulated, generated test-benches, and verified several digital modules including: the clock generator module, the FIFO RAM module, the system word module, and the debounce circuits for the first DSP HIP product at Gennum Corporation.• Conducted the physical design activities (floor-planning, P&R, layout, DRC, and LVS) of the DSP HIP chip using CSM 0.25m CMOS process.• Prepared product physical design documentation for the DSP HIP hearing aid chip.Mar. 94 to Nov. 99:IC Design Engineer• Designed, simulated, laid out, and verified one full-custom BiFET AGCO class B analog signal processor.• Laid out and verified one full-custom BiFET analog signal processor chip for one of Gennum’s biggest customers (Phonak of Switzerland) that is now being used for hearing aid applications.• Designed, simulated, laid out, and verified several full-custom BiFET amp. chips (including class D, H, and B amplifiers).• Resolved a low-yield problem in one full-custom class B BiFET amp. chip.• Resolved a 2-year-old high-current problem in a full-custom class B BiFET amp. chip in 2 months.• Prepared specs, test plan, and product design documentation for a class B amp. product.

Doctor Of Philosophy (Ph.D.), Vlsi (Electronics)

Activities and Societies: middle east soccer team (1 year-player), international graduate student association (1 year-member), Egyptian.

Master Of Science (M.Sc.), Electronics And Communications Engineering

Thesis: Design Considerations for Switched-Resistor (SR) Active Filters.

Bachelor Of Science (B.Sc.), Electronics And Communications Engineering, Excellent With Honor Degree

Graduation Project: Design of FIR Digital Filters using the 6800 Microprocessor.

Secondary School, Science (Mathematics), 97%

Mansoura, Egypt. Ranked: Sixth (over more than 250,000 students in the general Egyptian Secondary School Examination).