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Electronics Technician (m/f/d)

Job ID: 8126/24 | Department: Technology | Start: 01.09.2025 | Training duration: 3 ½ years (with very good performance shortening to 3 years possible) | Attractive remuneration according to TVA-L BBiG: Apprenticeship allowance

Further Information in German only  Online Application Form

Microtechnologist (m/f/d)

Job ID: 8123/24 | Department: Technology | Start of training: 01/09/2025 | Duration of training: 3 years (with very good performance shortening to 2½ years possible) | Attractive remuneration according to TVA-L BBiG: Apprenticeship allowance

Further Information in German only  Online Application Form

Mechatronics Technician (m/f/d)

Job-ID: 8122/24 | Abteilung: Technologie | Beginn: 01.09.2025 | Ausbildungsdauer: 3 ½ Jahre (bei sehr guten Leistungen Verkürzung auf 3 Jahre möglich) | Attraktive Vergütung nach TVA-L BBiG: Apprenticeship allowance

Further Information in German only  Online Application Form

Energy manager (m/f/d)

Job-ID: 1098/24 | Deparment: Scientific-Technical Service | Salary: according to collective labour agreement (TV-L) | Working hours: full-time/part-time possible | Starting date: as soon as possible

Further Information in German only  Online Application Form

IT System Administrator (m/f/d) with Focus on Storage & Backup

Job-ID: 1084/22

Further Information in German only  Online Application Form

Call for Applications
IHP has the pleasure to invite applications for the

International IHP Wolfgang Mehr “Terahertz and mm-Wave Devices for Silicon-Based Integrated Circuits”

The International IHP „Wolfgang Mehr“ Fellowship Award is devoted to carry out in close collaboration with IHP research in the area of radio-frequency devices and technology. Following the spirit of IHP´s former Scientific Director Wolfgang Mehr, the annual fellowship award is focused on an innovative, interdisciplinary research topic with high potential for technology breakthroughs, giving a high degree of freedom to the award winner to work in an interdisciplinary environment with a strong potential across several research areas.
The winner of the International IHP „Wolfgang Mehr“ Fellowship Award 2025 must enjoy an excellent international reputation and will receive the prize money of 12,500 €, honoring the award winner´s research achievements. The aim of the fellowship award is to realize at least one of the following strategic research targets in close collaboration with IHP:

• identify the potential of a novel research direction
• initiate a new and innovative research project
• intensify a successful research collaboration

The focus of the joint research activities should be on complementing IHP´s expertise in development, characterization, and modeling of radio frequency devices. Research topics of particular interest are advanced SiGe heterojunction bipolar transistors (HBT) and their  integration into BiCMOS technologies, novel THz devices for silicon technologies, and application specific device modifications.

IHP seeks to incorporate more women into the science field – therefore, women are strongly encouraged to apply.
We assume the selected fellow is able to stay at IHP for three months on a flexible time schedule in a timeframe of 12 months starting from the day of nomination. Accommodation and travel costs are to be covered from the prize money.
To be considered, applications should be submitted via our online application form. The following documents are required:

• Letter of motivation
• Project description: two pages including a time plan for a three-month fellowship stay at IHP
• Curriculum vitae
• Publication list
•  Summary of the main scientific achievements in the field

For further information regarding the fellowship please contact Prof. Dr. Andreas Mai, Head of the Technology Department.

Bachelor thesis and student assistant (m/f/d): Electrical characterization and evaluation of individual SRAM cells

Job-ID: 7035/25 | Department: Technology | Working Time: 19h/week | Limitation: 3-6 months | Entry Date: as soon as possible | Salary (only if student job): as per Guideline of the State of Brandenburg on the Working Conditions of Scientific and Student Assistants

The position:
Within the scope of this bachelor thesis, the electrical characterization of individual SRAM cells is to be carried out with the aid of needle probes. The aim is to develop measurement routines, record measurement data and then systematically evaluate it.

• Tasks:
  • Familiarization with the functionality of SRAM cells and their electrical characterization
  • Carrying out measurements on individual SRAM cells with needle probes
  • Development and implementation of measurement routines for automated characterization
  • Data evaluation and interpretation of the measurement results
  • Documentation of the results
• Requirements:
  • Degree in electrical engineering, physics, microsystems engineering or a related field of study
  • Basic knowledge of semiconductor devices, ideally in memory technologies
  • Interest in experimental work and data analysis
  • Programming skills (e.g. Python, MATLAB) are an advantage
  • Careful and independent way of working
• Additional possibility:

The bachelor thesis can be combined with employment as a student assistant to further deepen practical experience in measurement technology and data analysis.

Further Information  Online Application Form

Service Technician (m/f/d) in Shiftwork

Job-ID: 6011/25 | Abteilung: Technologie | Gehalt: TV-L EG 6 bis 9, je nach Verantwortungsbereich; Vorerfahrung wird anerkannt | Arbeitszeit: 40h/Woche | unbefristet | Eintrittsdatum: zum nächstmöglichen Zeitpunkt

Further Information in German only  Online Application Form

Technical employee (m/f/d) in continuous alternating shift operation

Job-ID: 7011/25 | Department: Technology | Salary: according to collective labour agreement (TV-L) | Working hours: 40h/week | Fixed term: unlimited | Starting date: as soon as possible

Further Information in German only  Online Application Form

PhD position (m/f/d) for the quantum transport characterization of SiGebased devices

Job-ID: 0074/25 | Department: Material Research | Salary: as per tariff (TV-L) | Working Time: 40h/week | Limitation: initially two years with extension eption | Starting Date: as soon as possible

The position:
As a PhD student and member of the research group "Semiconductor Quantum Materials" within the department "Materials Research" you will contribute to the field of group IV semiconductor integration into state-of-the-art CMOS technology. You will join our team in developing strategies to optimize materials and fabrication processes for the application in gate-defined quantum dot spin qubits. Your work will focus on characterizing the electrical transport properties of devices at cryogenic temperatures down to 100 mK and in magnetic fields of up to 12 T. Our international research team, comprising both experienced scientists and enthusiastic PhD students, is excited to welcome you. We value the diversity of perspectives and are proud of the balanced gender representation within our group, which we see as a strength that enriches our collaborative work.

Your PhD project:
Your project focuses on optimizing Si/SiGe and Ge/SiGe-based field-effect stacks for use in gate-defined quantum dot spin qubits for quantum computing applications. To achieve this, you will primarily investigate two-dimensional carrier systems confined in Si or Ge quantum wells at cryogenic temperatures, using magnetotransport measurements on Hall bar–shaped field-effect transistors. These devices are fabricated in IHP’s 200 mm BiCMOS pilot line. Based on key figures of merit related to 2D carrier system quality, you will provide feedback to guide the optimization of heterostructure growth and device fabrication processes.
In collaboration with the team, you will contribute to the development of strategies for improving the field-effect stack and support the advancement of nanostructured quantum devices. In the final phase of the project, you will learn to characterize quantum dot devices for spin qubit applications and contribute to further technological innovations in this field.

Your qualifications:
You hold a Master’s degree in physics, electrical engineering, semiconductor technology, or a related field. Ideally, you have a solid foundation in semiconductor technology and device physics, along with hands-on experience in electrical characterization and/or device fabrication. A background in semiconductor material growth and characterization highly desirable. Proficiency in data analysis using tools such as Python, MATLAB, or similar software is expected.
We are looking for a strong team player who can plan and execute work independently while contributing effectively in a collaborative research environment. You will thrive in this position if you bring a combination of experimental expertise, analytical thinking, and problem-solving ability. Strong communication skills, a quick grasp of new tools and technologies and, above all, an independent and curious mindset will make you an ideal fit for our team. As IHP is an international research center, it is necessary that you are fluent in English. German language skills are welcome. The improvement of German language skills is expected and strongly encouraged, e.g. through in-house language courses and intensive courses.

Further Information  Online Application Form
 

Patent Management and Technology Transfer

Job ID: 9125/24 | Department: Management | Salary: according to collective agreement (TV-L) | Working hours: 40h/week (part-time possible) | Fixed term: for 2 years with option to extend the term | Starting date: as soon as possible

Further Information in German only  Online-Bewerbungsformular

Contract Management Consultant

Job ID: 9103/24 | Department: Management | Salary: according to collective agreement (TV-L) | Working hours: 40h/week (part-time possible) | Fixed term: for 2 years with option to extend the term | Starting date: as soon as possible

Further Information in German only  Online-Bewerbungsformular

RF/mm-Wave IC Designer (m/f/d)

IHP Solutions GmbH is a fully owned subsidiary of IHP – Leibniz Institute for High Performance Microelectronics. IHP Solutions is responsible for the transfer of know-how and IP from IHP to industrial partners. A strong focus lies in supporting customers in using the IHP SiGe-technology to design and produce their own customer-specific ASICs at IHP’s small volume foundry.

IHP Solutions is looking for a motivated RF/mm-Wave IC Designer, who will support the customer design requests.

The main responsibilities with this position are:

• Design and development of RF and mm-wave front-ends in BiCMOS and RF-CMOS technologies for state-of-the-art communication, radar and sensing systems
• Perform comprehensive simulations of the designs to ensure manufacturability of the final product
• Creation of layout and implementation
• Post layout parasitic extraction and final simulation before tape out
• Creating verification reports to document the simulation results
• Support the test team in understanding the product design in the development of hardware and software for testing in production
• Participate in the review of ATE data prior to product release
• Creation of qualification schemes
• Support qualification and product development in the qualification and transfer of new products to the IHP pilot line
• Participate in improving design quality, design flow and processes for successful first design and manufacturing quality (DFM)
• Technical contact for customers
• Present technical capabilities at conferences, trade shows and customer visits

The successful candidate possesses the following skills and experience:

• Completed studies in the field of electrical engineering or comparable subject areas
• Several years of experience in high-frequency analog IC design for at least one of the following application areas: RF and mm-wave front-ends, radar and sensor technology, optoelectronics
• 5+ years of experience with IC design tools (e.g. Keysight ADS or Cadence Virtuoso), including cell-level design and top-level verification tasks, including DRC, LVS, and metal density/slot rules, Electromagnetic simulation tools (EM tools) (e.g. EMX, Momentum, RF Pro, HFSS, CST)
• Layout knowledge at transistor level
• Understanding of layout effects (e.g. matching, reliability, proximity effects)
• Experience with schematic entry tools, physical layout and analog and mixed-signal simulation
• Knowledge of VerilogA/AMS is a plus

In addition, you are characterized by above-average commitment, resilience, flexibility and organizational talent. You work on your own initiative and are solution- and service-oriented. You will support the IHP Solutions team with your communicative and cooperative way of working.

It is necessary that you confidently handle the English language. Knowledge of the German language is welcome. The deepening of German language skills is expected and highly encouraged, for example in in-house language courses and intensive courses.

IHP Solutions GmbH offers a permanent position in a multi-national and exciting work environment with a high level of flexibility and responsibility. The Technologiepark in Frankfurt (Oder) is ideally connected by public transport and can be reached from Berlin within roughly one hour.

The position is to be filled immediately on a full-time, permanent basis. Severely disabled applicants with equal qualifications and suitability will be given preference.

Please send your application (cover letter, CV, salary expectations, earliest possible starting date, copies of most recent references) to: Karin Adler | IHP Solutions GmbH | Im Technologiepark 7 | 15236 Frankfurt (Oder)

For organizational questions, please contact Ms. Karin Adler by phone: +49 335 5625 822

We are happy to receive your application in electronic form (career@ihp-solutions.com).

www.ihp-solutions.com

Key Account Manager (m/f/d)

IHP Solutions GmbH is a fully owned subsidiary of IHP – Leibniz Institute for High Performance Microelectronics. IHP Solutions is responsible for the transfer of know-how and IP from IHP to industrial partners. A strong focus lies in supporting customers in using the IHP SiGe-technology to design and produce their own customer-specific ASICs at IHP’s small volume foundry.
IHP Solutions is looking for a motivated Key Account Manager, who will establish strategic relationships and perform business with key customers and prospects mainly in the European market.

The main responsibilities with this position are:

• Customer Management & Sales for Foundry Services (MPW, Engineering Runs, etc.), IP Blocks, and ASICs
• Identify key target customers and partners
• Strategic development of business relationships with key customers
• Lead of technology transfer and IP-development projects in close collaboration with the research teams of the IHP - Leibniz Institute and strategic partners
• Development of market analysis, go-to-market strategies, and other related documents for selected IPs and technology platforms
• Representing the company at tradeshows and technical conferences

The successful candidate possesses the following skills and experience:

• University degree in Engineering or Technical Sciences
• Sales oriented qualification or experience in the field of applied science or research in micro-electronics
• Significant background in relevant fields (microelectronics, semiconductor technology etc.) is required
• Industry experience is highly beneficial - especially in semiconductor industry, foundry business, telecommunication etc.
• Project management skills
• Very good communication skills
• Fluency in English and German is mandatory

IHP Solutions GmbH offers a permanent position in a multi-national and exciting work environment with a high level of flexibility and responsibility. The Technologiepark in Frankfurt (Oder) is ideally connected by public transport and can be reached from Berlin within roughly one hour.
Please send your complete application including motivation letter with your salary expectations and earliest possible start date, CV, and copies of relevant certificates to:

IHP Solutions GmbH
Im Technologiepark 7
15236 Frankfurt (Oder)
Telefon: +49 335 5625 822
Email: career(at)ihp-solutions.com

www.ihp-solutions.com