HTLE/Mathima Technologies is a typical start-up demanding commitment in general and dedication to detail in particular. We offer transparent communication in an open cooperative culture enabling all participants to thrive in order to establish common objectives. Interns are assumed to function independently and are allowed a high degree of freedom.
* Advanced System-On-Chip MCU Software Architecture (1/14)
This highly complex applied electronics assignment concerns research, architectural software design, testing and firmware implementation of an advanced ARM-based SOC MCU which involves the overall system control coordination for a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform. Among a broad pallet of HW & SW design constraints are:
- different types of host interfaces
- flexible connectivity
- automatic system configuration
- secure
- robust against external EMI
- efficient processing
- low EMI
For this specific assignment, we are looking for a PhD intern with a solid knowledge of ARM MCU HW and SW architecture (or the willingness to acquire this) and the ability to practically implement it. Some knowledge of (high level) embedded C programming is also advantageous.
The PhD candidate will also actively assist Mathima Technologies in coordinating all other technical sub-projects (2/14 - 11/14) assigned to Master and Bachelor interns.
* Rotary Hall Sensor Decoding Algorithms (2/14)
This complex applied electronics assignment concerns research, design, simulation, testing, rotary decoding control algorithms development and firmware implementation targeted at a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform. Among a broad pallet of HW & SW design constraints are:
- fast decoding
- accurate
- stable
- robust against external EMI
- seamless integration within strict magnetic domain scheme
For this specific assignment, we are looking for a Master or Bachelor intern with theoretical knowledge of control algorithms, physics and the ability to practically implement it. Some knowledge of the 3D FEA program ANSYS Maxwell 3D is also advantageous, just as familiarity with embedded C programming.
* Linear Hall Sensor Decoding Algorithms (3/14)
This complex applied electronics assignment concerns research, design, simulation, testing, linear decoding control algorithms development and firmware implementation targeted at a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform. Among a broad pallet of HW & SW design constraints are:
- fast decoding
- accurate
- stable
- robust against external EMI
- efficient processing algorithms
- seamless integration within strict magnetic domain scheme
For this specific assignment, we are looking for a Master or Bachelor intern with theoretical knowledge of control algorithms, physics and the ability to practically implement it. Some knowledge of the 3D FEA program ANSYS Maxwell 3D is also advantageous, just as familiarity with embedded C programming.
* MCU SPI-Daisychain Data Transfer Protocol (4/14)
This complex applied electronics assignment concerns research, architectural software design, simulation, testing and firmware implementation of a novel proprietary MCU SPI protocol which is a requirement of a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform. Among a broad pallet of HW & SW design constraints are:
- high data rate
- flexible connectivity
- secure and robust
- DMA driven
- low EMI
For this specific assignment, we are looking for a Master or Bachelor intern with basic knowledge of ARM MCU HW and SW architecture and the ability to practically implement it. Some knowledge of electronics simulation program LT Spice is also advantageous, just as familiarity with embedded C programming.
* Wireless Power Transfer System TX Implementation (5/14)
This complex applied electronics assignment concerns (software) research, design, simulation, testing, control algorithms development, I2C TX/RX protocol development and firmware implementation of a 10 Watt wireless power transmitter for a linear permanent magnet PCB motor slider with an integrated wireless power receiver. The slider is an essential requirement for professional studio mixer consoles.
The wireless power transmitter module is part of a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform. Among a broad pallet of HW & SW design constraints are:
- cost-effective
- high power efficiency
- low EMI
- small form factor
- seamless integration within strict magnetic domain scheme
For this specific assignment, we are looking for a Master or Bachelor intern with theoretical knowledge of control algorithms, physics and the ability to practically implement it. Some knowledge of the FEA program ANSYS Maxwell 3D is also advantageous, just as familiarity with embedded C programming.
* Wireless Power Transfer System RX Implementation (6/14)
This complex applied electronics assignment concerns research, design, simulation, testing, control algorithms development, IRDA TX/RX protocol development and firmware implementation of a 10 Watt wireless power receiver for a linear permanent magnet PCB motor slider. The slider is an essential requirement for professional studio mixer consoles.
The wireless power receiver module is part of a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform. Among a broad pallet of HW & SW design constraints are:
- cost-effective
- high power efficiency
- small form factor
- seamless integration with a linear permanent magnet PCB motor slider
- seamless integration within strict magnetic domain scheme
For this specific assignment, we are looking for a Master or Bachelor intern with theoretical knowledge of control algorithms, physics and the ability to practically implement it. Some knowledge of the 3D FEA program ANSYS Maxwell 3D is also advantageous, just as familiarity with embedded C programming.
* Linear Permanent Magnet PCB Motor Implementation (7/14)
This complex applied mechatronics assignment concerns research, design, simulation, testing, PID motor control algorithms development and firmware implementation of a motorised slider which is an essential requirement for professional studio mixer consoles.
The motorised slider is part of a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform. Among a broad pallet of HW & SW design constraints are:
- simplicity
- cost-effective
- excellent feel
- fast, smooth and accurate motor response
- low EMI
- low mechanical noise
- small form factor
- seamless integration with a wireless power receiver
- seamless integration within strict magnetic domain scheme
For this specific assignment, we are looking for a Master or Bachelor intern with a theoretical knowledge of control algorithms, physics and the ability to practically implement it. Some knowledge of the 3D FEA program ANSYS Maxwell 3D is also advantageous, just as familiarity with embedded C programming.
* Physical HMI Controls Design (8/14)
This complex applied mechanics assignment concerns (material) research, design, simulation, rapid-prototyping building and testing aspects of a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform which must comply to a broad pallet of constraints, such as:
- simplicity
- cost-effective
- user-friendly
- excellent feel
- solid and robust
- just the right amount of friction
- moisture, dust and dirt resistant
- shock and vibration proof
- low part count per HMI control
- easy and error-free assembly
- seamless integration within strict magnetic domain scheme
For this specific assignment, we are looking for a Master or Bachelor intern with developed visual-spatial skills, material physics/chemistry knowledge and a clear sense of design aesthetic. Some knowledge of the 3D CAD program Solid Works is also advantageous, just as familiarity with rapid prototyping processes.
* Test GUI Implementation (9/14)
This complex applied computer assignment concerns research, software design, testing and building of a graphical user interface to test all host interfaces of a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform.
For this specific assignment, we are looking for a Master or Bachelor intern with a basic knowledge of computer programming and the ability to practically implement it. Some knowledge of Qt Visual Studio Tools or a similar program is also advantageous, just as familiarity with a high-level programming language such as C++ or Python, etc.
* IOT Security and Updates via internet (10/14)
This complex applied computer/electronics assignment concerns research, architectural software design, testing and software and firmware (IOT) implementation to allow secure firmware upgrades via the internet of all the embedded MCUs of a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform.
For this specific assignment, we are looking for a Master or Bachelor intern with knowledge of computer and embedded firmware programming and the ability to practically implement it. Some knowledge of (high level) embedded C programming is advantageous, just as familiarity with a high-level programming language such as C++ or Python, etc.
* Overall System EMC Certification Testing (11/14)
This complex applied electronics assignment concerns research, norm standards study and testing of the overall electronics hardware of a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform. To confirm that the electronics hardware is likely to comply with several standards, in-house basic pre-testing of different EMC norms must be conducted, such as:
- EN-IEC 60601-1-2:2015 (medical)
- MIL-STD-461F (military)
- RTCA/DO-160 G Change 1 (avionics)
For this specific assignment, we are looking for a Master or Bachelor intern with a strong theoretical and practical knowledge of electronics hardware and physics.
* Financial Investment Strategy Development (12/14)
This highly complex business assignment concerns comprehensive research and development of a viable financial investment strategy plan, including the use of grants, for the initial phases of a high-tech startup company convincing various parties to invest in a business that wants to commercially leverage a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform technology.
For this specific assignment, we are looking for a PhD intern with a strong business orientation as well as a thorough knowledge of the technical issues involved.
The PhD candidate will also actively assist Mathima Technologies to coordinate all other business sub-projects (13/14 & 14/14) assigned to Master or Bachelor interns.
* Marketing & Sales Strategy Development (13/14)
This complex business assignment concerns comprehensive research and development of a viable marketing and sales strategy plan for the initial phases of a high-tech startup company to commercially leverage a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform technology.
For this specific assignment, we are looking for a Master or Bachelor intern with a strong business orientation as well as a basic knowledge of the technical issues involved.
* IP Protection & Patents Study and Implementation (14/14)
This complex business/technical assignment concerns research, development and practical implementation of a viable IP protection and patents plan for all novel aspects of a new class state-of-the-art physical HMI control family for an innovative magnetic sensor platform technology.
For this specific assignment, we are looking for a Master or Bachelor intern with a business orientation as well as knowledge of the novel technical issues involved.
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** HTLE projects
Please note that HTLE is our supporting and trustworthy partner in our Mathima Technologies endeavour. In return we technically move HTLE forward with our electronics know-how. Therefore, we also offer several (not yet clearly defined) additional alternative HTLE projects / internships as well.
HTLE is pursuing the integration of state-of-the-art printed electronics and sensors with their well established and excellent quality label solutions.
HTLE will also definitely be among Mathima's first clients in providing innovative (populated) printed label substrate alternatives for backplane and module PCB(A)s and possibly also unique models of the mechanical physical controls (See: 8. Business Model of the included Mathima business plan).
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