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Matthew Sattlegger
Regional Technical Manager and FAE at Future Electronics
Professional Background
Matthew Sattlegger is a passionate engineer focusing on embedded systems design with specific interests in Field Programmable Gate Arrays (FPGAs) and Digital Signal Processors (DSPs). With a rich professional history that includes roles in technical management and engineering, Matthew brings a wealth of knowledge and expertise to the world of electronics and digital communication.
Currently serving as the Regional Technical Manager at Future Electronics, Matthew plays a pivotal role in guiding project development and technical solutions. In this role, he leverages his extensive understanding of integrated circuits and low-level programming to enhance product offerings and support clients in achieving their design goals. His commitment to advancing his knowledge is evident in his aspiration to work towards obtaining his Professional Engineer (P. Eng) designation, specializing in FPGAs and DSPs.
Matthew’s previous experience as a Field Applications Engineer at Future Electronics equipped him with valuable insights into client needs and technical applications. His responsibilities allowed him to bridge the gap between theoretical applications and practical solutions, demonstrating his capability in both engineering and customer relations.
Before joining Future Electronics, Matthew was an Intermediate Design Engineer at Evertz, where he contributed to various design projects and collaborated with cross-functional teams to deliver engineering solutions. His journey began as a Controls Engineer Intern at the Paul Scherrer Institut Villigen, AG, where he laid the foundation of his expertise in engineering principles and applications. Through these varied roles, Matthew has gained significant experience in the fields of digital signal processing and embedded systems, establishing him as a knowledgeable figure in the industry.
Education and Achievements
Matthew holds a Bachelor of Science degree in Computer Engineering from the University of Calgary, where he advanced his theoretical foundations and developed practical skills in embedded systems. His education provided him with key knowledge in digital communication, low-level programming, and circuit design, essential aspects of his current expertise in FPGA and DSP technology.
Matthew's educational background, combined with his hands-on experience in various engineering roles, has positioned him as an adept engineer who understands both the technical and practical elements of his field. His studies in computer engineering have helped him master several programming languages, including C, C++, and Java, reflecting a solid foundation in software development alongside his engineering pursuits.
Skills and Specialties
Matthew is proficient in a diverse array of operating systems including Linux, Unix, Mac OS X, and Windows XP. His programming expertise extends to several languages, notably optimized C and Java, offering flexibility and efficiency in software development. Furthermore, Matthew has experience with several hardware programming tools such as Motorola 68k, MIPS, and TigerSHARC, and is well-versed in VHSIC HDL for FPGA programming.
One of Matthew's core specialties lies in implementing various digital filters and communication systems using MATLAB and Simulink, tools that are vital for his role in digital signal processing. Throughout his career, he has successfully developed pulse shaping filters, detectors, and biometric security systems, contributing to the advancement of modern digital communication.
In addition to his technical prowess, Matthew advocates for Test Driven Development (TDD), reflecting his commitment to quality in software engineering. His capability to engage in shell scripting and bash provides him with a toolkit necessary for automating tasks and improving workflows in technical environments.
Achievements
Matthew Sattlegger’s commitment to his field and ongoing pursuit of knowledge leads him towards a bright future in embedded systems and digital communication. Through his career decisions and educational achievements, he exhibits a dedication to excellence and technical advancement in his areas of expertise. His roles have not only enhanced his individual skill set but have also led to contributions that benefit clients and colleagues alike.
In summary, Matthew's journey in the world of engineering showcases his evolution from an eager student to a distinguished Regional Technical Manager, adept at both the intricacies of embedded systems design and the nuanced demands of client-focused engineering. As he continues to develop his expertise, especially in the areas of FPGAs and DSPs, Matthew is well-positioned to make significant contributions to the field of electronics and digital communication.