What is Synthesis?
Synthesis refers to the process of combining a number of things to become something new. Depending on the field of work, this may mean combining ideas, products, and new influences into a new service or product. Overall, the process is focused on reviewing and analyzing different data points to make something new.
How is Synthesis used?
Zippia reviewed thousands of resumes to understand how synthesis is used in different jobs. Explore the list of common job responsibilities related to synthesis below:
- Managed Phase II SBIR Fischer-Tropsch synthesis membrane reactor for the U.S. Dep.
- Maintained responsibility for manufacturing large-scale inorganic chemical synthesis.
- Demonstrated adeptness in bacterial cell culturing; protein purification; biochemical enzymatic assays; and basic organic synthesis techniques.
- Conducted organic synthesis and computational modeling for drug development, organized seminars and conferences, presented and published scientific research
- Worked on the synthesis and characterization of different surface-grafted polymer brushes via ring-opening metathesis polymerization (ROMP).
- Provided direction and oversight on all aspects of the synthesis, purification and characterization of pharmaceutical intermediates and dye intermediates.
Are Synthesis skills in demand?
Yes, synthesis skills are in demand today. Currently, 3,660 job openings list synthesis skills as a requirement. The job descriptions that most frequently include synthesis skills are chemical research engineer, production chemist, and digital design engineer.
How hard is it to learn Synthesis?
Based on the average complexity level of the jobs that use synthesis the most: chemical research engineer, production chemist, and digital design engineer. The complexity level of these jobs is challenging.
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What jobs can you get with Synthesis skills?
You can get a job as a chemical research engineer, production chemist, and digital design engineer with synthesis skills. After analyzing resumes and job postings, we identified these as the most common job titles for candidates with synthesis skills.
Chemical Research Engineer
- Chemical Engineering
- Synthesis
- R
- Analytical Methods
- Chemical Processes
- Pilot Plant
Production Chemist
Job description:
A production chemist is responsible for conducting research and laboratory experiments to identify chemical resources that support the manufacturing of industrial products and services. Production chemists strategize on effective methods to maximize the product's quality and efficiency, following safety regulations and legislation procedures. They also run quality checks on the components to verify their safety and minimize their environmental effect. A production chemist must have excellent organizational and critical-thinking skills, as well as having extensive knowledge of the scientific industry.
- GMP
- Laboratory Equipment
- Synthesis
- ISO
- R
- Safety Guidelines
Digital Design Engineer
Job description:
A digital design engineer is responsible for developing technology solutions to create digital content and improve its marketing factors in various media platforms. Digital design engineers research the current trends in the technology industry to provide timely deliverables according to business requirements and client specifications. They also identify cost-efficient techniques and resources for outputs and ensure that the product maintains or exceeds high-quality standards. A digital design engineer must have excellent communication and technical skills to navigate different network platforms and assess the feasibility of every design.
- Digital Design
- Synthesis
- Verilog
- RTL
- SOC
- RF
Materials Research Engineer
Job description:
A materials research engineer researches, processes, and develops test materials used to create a wide range of products. They must be good in analytical, mechanical, and math skills. They are likely to perform in their role such as formulating their own project concepts, executing technology projects about the development of novel polymer fiber-reinforced composites, and identifying unknown material compositions. Also, they implement powder processing equipment and manufacture tools to improve their efficiency and quality.
- Materials Research
- Research Projects
- Characterization Techniques
- Synthesis
- Additive Manufacturing
- R
Staff Design Engineer
Job description:
Staff design engineers are tasked to assess the efficiency of instruments, technologies, and equipment by collaborating with the engineering team to plan, design, and develop technologies efficiently. Their responsibilities include building and setting up, as wells as improving systems and procedures. They should possess strong attention to detail, good visual and spatial awareness, creativity, problem-solving, excellent verbal, written, and project management skills, and strong mathematical and IT skills to become efficient and effective staff design engineers.
- Architecture
- RF
- CAD
- Synthesis
- Analog
- SOC
How much can you earn with Synthesis skills?
You can earn up to $94,803 a year with synthesis skills if you become a chemical research engineer, the highest-paying job that requires synthesis skills. Production chemists can earn the second-highest salary among jobs that use Python, $62,937 a year.
| Job title | Average salary | Hourly rate |
|---|---|---|
| Chemical Research Engineer | $94,803 | $46 |
| Production Chemist | $62,937 | $30 |
| Digital Design Engineer | $108,993 | $52 |
| Materials Research Engineer | $87,100 | $42 |
| Senior Digital Design Engineer | $111,668 | $54 |
Companies using Synthesis in 2025
The top companies that look for employees with synthesis skills are Intel, Ericsson, and Apple. In the millions of job postings we reviewed, these companies mention synthesis skills most frequently.
14 courses for Synthesis skills
1. Advanced Synthesis Techniques with Serum
When I think Serum, I think Synthesizer, because that's what it is. But I also think: FM, AM & RMCustom WaveTablesText to SpeechSamplerMathPolyphonic ModulationJoseph FourierSteve Duda ♥Image SynthesisSerum is seriously overflowing with cool features, many of which often overlooked, and some features not even documented. This is what made me decide to make an advanced sound-design course, focussing just on Serum. And indeed, it turned out to be the most in-depth course ever created by me, or on Serum in general. At first I just wanted to focus on the Serum Guru's, those of you that already know and love the synth, and are enthusiastic about diving even deeper. But then I realised, since it was going to be a big course anyway, I might as well include the basics, so that everyone who owns Serum can follow along. Because of this, the course is separated into three different levels, over 9 hours of content: Level A - The Foundations (2.5 Hours)Here you will find all the fundamental information required to understand the rest of the course, and subtractive/wavetable synthesis in general. We talk about Oscillators, Waveforms, Basic Filters, Envelopes, LFO's, Note Modulators, Effects, etc. Everything is explained in great detail, with plenty of examples and context to make sure that the topics really clickWatching this part of the course will provide you with a strong foundation on subtractive synthesis as a whole, and of course on Serum itself. Level B - The Depths (3 Hours)Here we descend into the depths of Serum, we explore custom Wavetables, Image Synthesis, FFT Bins/Additive Synthesis, Hybridizing, The Formula Parser, and much more! You'll understand this for example:[sin(sin((abs(-2*x)-1)*pi*z)*pi)]Math is really cool when you want to figure out the universe, but it's even better when you can use it to create custom WavetablesLevel C - The Experiments (3.5 Hours)At this point you're going to have a very thorough understanding on everything that Serum has to offer, even more than the manual would offer. But, we also need examples. So this last part of the course is designed to give you as many real-life sound design examples as possible, it serves as a creative cookbook for tons of delicious Serum recipes. Among other things we'll dive into; using LFO's as Wavetables, creating organic sounds with the Noise Oscillator, Audio Rate Synthesis, Custom Tunings, and Polyphonic Modulation...
2. Electronic Music Production - Synthesis
Have you always wanted to approach a hardware synth like a Moog or a software synth like Massive and understand how to program it? Well this course is for you. The goal of this course is to provide students with a fundamental understanding of how synthesizers work and how to manipulate them to create the sounds they've always wanted to make. Learn essential synth elements such as oscillators, filters, and envelopes: what they do, how they work together, and how to go about creating sounds beyond the manufacturer's pre-set patches. UPON FINISHING THIS COURSE YOU WILL KNOW: How to identify just about any synthesizer by type, old or new, and how to use itHow to create any sound of your own concept using a hardware or software synthesizerHow to incorporate synthesizers and synth-style processing techniques into DAW programs like Ableton LiveHow to distinguish where your favourite "retro" synth sounds come from along with other classic sounds like those made by Moog, ARP and OberheimTOPICS COVEREDSignal Generators and Signal ModifiersTypes of Synthesis (subtractive, additive, FM, wavetable etc.)Synthesizer modules - (VCO, VCF, VCA, CV processors, LFO, Wave Shapers)Common synthesizer layoutsIncorporating synth elements into audio productionHardware vs. software - finding the right synth for youWHAT YOU WILL NEEDWe cover all the Ableton Live Synths so Ableton Live would be helpful but not mandatory. We cover Native Instruments FM8 and Massive. Again not mandatory but helpful...
3. Synthesis with Propellerhead Reason - Europa
Have you ever heard someone say (it may even be you) I'm not a sound designer? Or, I don't use a synth in that way, I just fiddle with presets? I've begun to really loathe the phrase Sound designer. Because it's become a phrase that makes people think of synthesis in a way that is not accessible to them. Well, I've got news for you; if you push one slider or twist one knob on a synth in order to change the sound, YOU ARE a sound designer. It's time that we stop being afraid of actually learning how to use our instruments. All too often I see people regularly buying new synths and maybe, just maybe, they explore some of the presets and never test out the synths capabilities before they purchase a new synth. Does this sound familiar at all? I'll bet it does. These types of people have so many VST's or RE's that they've never used, and do you know what type of music they make? NONE. They don't make music because they don't take the time to learn to use the instrument they purchased. Don't become one of those people, and if you are, this is the course for you! I'll teach you how to get over that mental block and make you understand synthesis from a basic level to advanced in one course. Take this journey with me. Dean...
4. Sylenth Synthesizer - Audio Production Synthesis Course
This is the only Sylenth Synthesizer course you will ever need. In this course, I will show you how the synthesizer works from scratch, without going through too many hard words that synthesis can be for a lot of people. We will create different sounds from scratch as well as comparing presets with big commercial music productions. I will also show you where to get high quality presets that a lot of the biggest guys in the music industry is using. This course is created for the absolute beginner as well as advanced users who want to expand their knowledge in music production and synthesis. We are covering all of the techniques that the biggest music producers are currently are using - everything is done in the box, meaning that you don't need any kinds of extra hardware besides your computer. This Course Includes All You Need To Learn Sylenth From Scratch. Everything that you need to use is included in this course. You don't have to own a copy of Sylenth to attend this course - There are Demo versions of the software synth out which we also cover where to find in the course. We also include 10+ Sample Packs that will improve your productions as you can use them for free in your tracks - all royalty-free. This course is designed for every skill level from Beginners to Advanced. Just a few of the things you'll learn in this Sylenth Synthesis course: Learn Sylenth From ScratchLFO's, Modulation, Portamento, ADSR, and other typical Synthesizer parameters. How to create presets & banks. Learn Creating own Sounds like Bass & Synth soundsImprove Your Music Production Techniques and Start Making Professional Music With Quality in No Time! Regardless of what your level of experience is or what type of music you are creating, this course will take your knowledge to a whole another level. Unlike other Music Production courses, this course will cover everything from scratch and improve your overall music production level as well as getting you motivated to finish your music instead of letting your music ideas die within your project file. About the instructor: Martin Svensson started producing music since 2005 and teaching since 2016 and now has over 80,000 happy students on Udemy learning music production and other related topics viewed from a Music Producers perspective. Martin has been working with different producers around the world as well as co-created a few very well known tracks with other musicians. Martin is based in Stockholm, Sweden...
5. Neuroscience Synthesis To Rewire Your Brain ®
Neuroscience Can Give Your Brain The Ability to Reorganize, Change and Break Neuro-connective Tissues, Wired by Experience, Thoughts, Emotions, And Knowledge. Neuroscience, is the Core Of Neuroplasticity. Based On Neuroscience, Researchers Developed The Idea Of Neuroplasticity. In This Course You Will Learn About Several Different Topics: Learn How To Take Control Over Your Brain's Chemical And Physical StructureLearn How The Flexibility And Plasticity Of Your Brain Can Be Used By You And For YouLearn and Master The Concept Of Neuroplasticity And Use It To Your Own BenefitUnderstand Why You Are Behaving The Way You Are Behaving And How To Change ItLearn How Habits Are Formed And How To Overcome Them, Replace Them, or Create ThemLearn How To Manage Your Time, Your Mind And Your ThoughtsLearn How To Train Your Brain Muscle, Enhance Your Concentration, Focus And AttentionLearn How to Mind Map Your Way Through Thoughts And IdeasLearn How To Overcome Procrastination and Start Doing What You Want To DoLearn How To Turn Bad Memories Into Good Memories, And Overcome The Effect of Bad MemoriesControl your Emotions, Your Feelings, and Your MoodLearn How Memories Work, How To Enhance It, Replace Bad Memories With Good Memories And Improve Your Recalling]Emotional Intelligence: Learn How to Use Your Emotions To Your AdvantageLearn The Ins and Outs About NeuroscienceLearn How To Change Your Entire Thought Pattern StructureA Scientific Breakthrough In Neuroscience Made It Possible For People To Wire Their Brain On A Conscious And Subconscious Level, Taking Control Of Their Habits, Their Negative Thoughts, Their Bad Experiences and Memories, And Turn Them Into Good Health Habits, Positive Thoughts And Optimism, Good Experiences & Structural Memories. Neuroscience is one of the most interesting science branches that deals with the concept of Neuroplasticity In This Course, You Will Learn How To Master Your Brain's Plasticity, Take Control Of The Wiring Process Instead Of Falling Victim To The Subliminal Thoughts, Experiences, Emotions and Memories On A Daily Basis...
6. Neuroplasticity: Neuroscience Synthesis To Rewire Your Brain
Neuroplasticity Is The Ability of the Brain to Reorganize, Change and Break Neuro-connective Tissues, Wired by Experience, Thoughts, Emotions, And Knowledge. Neuroscience, is the Core Of Neuroplasticity. Based On Neuroscience, Researchers Developed The Idea Of Neuroplasticity. A Scientific Breakthrough In Neuroscience Made It Possible For People To Wire Their Brain On A Conscious And Subconscious Level, Taking Control Of Their Habits, Their Negative Thoughts, Their Bad Experiences and Memories, And Turn Them Into Good Health Habits, Positive Thoughts And Optimism, Good Experiences & Structural Memories. Neuroscience is one of the most interesting science branches that deals with the concept of Neuroplasticity In This Course, You Will Learn How To Master Your Brain's Plasticity, Take Control Of The Wiring Process Instead Of Falling Victim To The Subliminal Thoughts, Experiences, Emotions and Memories On A Daily Basis...
7. Organic Chemistry - The Mechanism and Synthesis Bootcamp
Let me know if any of this sounds familiar to you... Organic Chemistry - It's a weed-out course, many students fail, you will fail, it's hard, it's time consuming, it's complicated, you won't like it, good luck (with sarcasm), you won't have a life, you may have to take it again, it will wreck your GPA, it may keep you out of medicinal school…and on and on. The story we hear about something dramatically influences how we see and experience something. Now, I want to share with you a different story about organic chemistry. And this story is backed up by years of teaching the material. Organic chemistry is simple and easy to learn. There is a very effective and direct way to learn the material that allows you to start using it immediately. No matter where you are in the class, there are simple and effective ways to immediately increase your understanding and grade. Since I began teaching in 1998, I have been working on creating the simplest and most effective way for anyone to learn organic chemistry. And this course, as well as all my other courses, is what has come out of those efforts. Well, let's not waste anymore time... Let's get to it!...
8. VSD - Clock Tree Synthesis - Part 2
This course is a follow-up course of VLSI Academy - Clock tree synthesis - Part 1. So its highly recommended to go through Part 1 of clock tree synthesis Clock is a critical part of any VLSI chip, and this course takes you to the advanced level of building a clock tree from scratch for millions of flop. While we plan to add some experimental videos and courses very soon, as a supplement, this one has real time examples and problems that you see on a real chip, and even solutions to those problems The course is structured in below format: 1) Introduction 2) Clock tree optimization checklist 3) How to build clock tree for uneven spread of clock end-points 4) Power aware clock tree synthesis 5) Static timing analysis with real clocks Sounds interesting !! Right !! So get in and have the greatest learning experience like you had never before See you in class!!...
9. VSD - Clock Tree Synthesis - Part 1
Clock Tree Networks are Pillars and Columns of a Chip. With these series of lectures, we have explored on-site concepts applied in VLSI industry. It is a One-Stop-Shop to understand industrial VLSI circuits. The videos will develop an analytical approach to tackle technical challenges while building Clock Tree...
10. Methods of Design Synthesis: Research to Product Innovation
User-centered design research activities produce an enormous quantity of raw data, which must be systematically and rigorously analyzed in order to extract meaning and insight. Unfortunately, these methods of analysis are poorly documented and rarely taught, and because of the pragmatic time constraints associated with working with clients, there is often no time dedicated in a statement of work to a practice of formal synthesis. As a result, raw design research data is inappropriately positioned as insight, and the value of user-centered research activities is marginalized - in fact, stakeholders may lose faith in the entire research practice, as they don't see direct return on the investment of research activities. Design synthesis methods can be taught, and when selectively applied, visual, diagrammatic synthesis techniques can be completed relatively quickly. During Synthesis, Designers visually explore large quantities of data in an effort to find and understand hidden relationships. These visualizations can then be used to communicate to other members of a design team, or can be used as platforms for the creation of generative sketching or model making. The action of diagramming is a way to actively produce knowledge and meaning...
11. Sound Design 102: Using Synthesis for Music Production
** UDEMY BEST SELLING INSTRUCTOR ** 100% Answer Rate! Every single question posted to this class is answered within 24 hours by the instructor. Welcome to the COMPLETE Sound Design Fundamentals Guide! This is a class designed for the average person who is ready to dive into making music with synthesis! Whether you are a beginning musician, an active musician, or an aspiring musician - this class is perfect for you! In Sound Design Fundamentals: Sampling, we will examine the essentials of Sound Design using Ableton Live and Propellerheads' Reason software and focusing on principles of Sampling. We will explore three fundamental topics: Using synthesis for generating sounds. Using synthesis to generate new sounds through manipulation and synthesisUsing synthesis to control drum sounds and sequence dynamic drum patterns. This system keeps the technical jargon to a minimum and gets you making your own sounds quick. Dr. Allen is a professional musician, top-rated Udemy instructor, and university professor. In 2017 the Star Tribune featured him as a Mover and a Shaker, and he is recognized by the Grammy Foundation for his music education classes. Throughout this class, If you get stuck, you can review the videos or post a question, and I'll back to it as fast as possible. And of course, once you sign up for this course you automatically get huge discounts on all the upcoming parts of this class. You will not have another opportunity to learn Sound Design in a more comprehensive way than this. All the tools you need to successfully learn Sound Design are included in this course and the entire course is based on real-life experiences - not just academic theory. Please click the Take This Course button so you can launch your music career today.** I guarantee that this course is the most thorough sound design course available ANYWHERE on the market - or your money back (30-day money-back guarantee) **Closed captions have been added to all lessons in this course.----------------------------------- Praise for Courses by Jason Allen:⇢ It seems like every little detail is being covered in an extremely simple fashion. The learning process becomes relaxed and allows complex concepts to get absorbed easily. My only regret is not taking this course earlier. - M. Shah⇢ Great for everyone without any knowledge so far. I bought all three parts. It's the best investment in leveling up my skills so far.. - Z. Palce⇢ Excellent explanations! No more or less than what is needed. - A. Tóth⇢ VERY COOL. I've waited for years to see a good video course, now I don't have to wait anymore. Thank You! - Jeffrey Koury⇢ I am learning LOTS! And I really like having the worksheets! - A. Deichsel⇢ The basics explained very clearly - loads of really useful tips! - J. Pook⇢ Jason is really quick and great with questions, always a great resource for an online class! M. Smith--------------------------------------Students who register for this course will receive ongoing exclusive content and discounts for all future classes in the series...
12. Synthesis and Sound Design: The Complete Beginner's Guide
In this course, we look in quite some detail at all the common elements of sound design using synthesisers. Whether you are brand new to synthesis, or an experienced sound designer, beatmaker or producer, this course will help you to really understand how to construct exactly the sound you are looking for for your mix. With more than six hours of video split across over fifty lectures, you will find detailed descriptions and demonstrations of: Synthesiser architecture and how the different elements work together. Why the various wave shapes generated by oscillators create a different sound, and how to use them in combination. How to use ADSR envelopes to modulate the volume of your sound over time. The different types of filters commonly used and how to apply them to create the perfect tone. How to add movement and depth to your sounds. How to add effects such as chorus, distortion, delay and reverb to make your sounds more interesting. Once you have finished these comprehensive sections and gained a deep understanding of exactly how every individual element of a synthesizer affects the sounds we are creating, we will use this knowledge to build several new sounds from scratch, including: Sub-bassPlucked bassAtmospheric and ethereal padsLeadsPercussion, including hi-hats, kick drums, and snaresPiano-like keysWe'll be using the free Vital synth throughout the course so you can follow along, but towards the end we'll spend some time looking at other synthesisers and see how to apply what you've learned to quickly get to grips with ANY synth and know exactly how to use it to get the sounds you need for your compositions. Thank you for taking a moment to check out my course. Click the enrol button above to join in and learn the art of sound design for music production using synthesis to create any sound you can imagine!...
13. High-Level Synthesis for FPGA, Part 2 - Sequential Circuits
This course is an introduction to sequential circuits design in high-level synthesis (HLS). The goals of the course are describing, debugging and implementing sequential logic circuits on FPGAs using only C/C++ language without any help from HDLs (e. g., VHDL or Verilog). It uses the Xilinx HLS software and hardware platforms to demonstrate real examples and applications. The course mainly uses the Xilinx Vitis-HLS toolset to describe, simulate and synthesise a high-level design description into the equivalent HDL code. The course also explains how to use the Integrated Logic Analyser (ILA) IP in Vivado to perform real-time debugging on the Basys3 board. This course is the first of its kind that builds the HLS design flow and skills along with the digital logic circuit concepts from scratch. Along the course, you will follow several examples describing the HLS concepts and techniques. The course contains numerous quizzes and exercises for you to practice and master the proposed methods and approaches. In addition, the course utilises three exciting projects to put all the explained concepts together to design real circuits and hardware controllers. This course is the second of a series of courses on HLS in designing hardware modules and accelerating algorithms on a target FPGA. Whereas this course focuses on sequential circuits, the first course explains how to describe combinational circuits in HLS. The other courses in the series will explain how to use HLS in designing advanced logic circuits, algorithm acceleration, and hybrid CPU+ FPGA heterogeneous systems...
14. High-Level Synthesis for FPGA, Part 1-Combinational Circuits
This course is an elementary introduction to high-level synthesis (HLS) design flow. The goals of the course are describing, debugging and implementing combinational logic circuits on FPGAs using only C/C++ language without any help from HDLs (e. g., VHDL or Verilog). The HLS is recently used by several industry leaders (such as Nvidia and Google) to design their hardware and software platforms. The HLS design flow is the future of hardware design, which quickly becomes a must-have skill for every hardware or software engineer who is keen on utilising FPGAs for their exceptional performance and low power consumption. It uses the Xilinx HLS software and hardware platforms to demonstrate real examples and applications. This course is the first to build the HLS design flow and skills along with the digital logic circuit concepts from scratch. Throughout the course, you will follow several examples describing HLS concepts and techniques. The course contains numerous quizzes and exercises for you to practice and master the proposed methods and approaches. This course is the first of a series of courses on HLS in designing hardware modules and accelerating algorithms on a target FPGA. Whereas this course focuses on combinational circuits. The other courses in the series will explain how to use HLS in designing sequential logic circuits, algorithm acceleration, and hybrid CPU+ FPGA heterogeneous systems...