IT specialist (m/f/d)

(Specialization: Application Development)

Job ID: 8122/25 | Department: Technology | Start of training: 01/09/2026 | Duration of training: 3 years (can be shortened to 2½ years with very good performance) | Attractive remuneration according to TVA-L BBiG: Apprenticeship allowance

Further Information in German only  Online Application Form

Electronics Technician (m/f/d)

Job ID: 8125/25 | Department: Technology | Start: 01.09.2026 | 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

IT specialist (m/f/d)

Specialization: system integration

Job ID: 8123/25| Department: IT Services | Start of training: 01.09.2026 | 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: 8124/25 | Abteilung: Technologie | Beginn: 01.09.2026 | 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

Office Management Assistants (m/f/d) 

Job ID: 8121/25| Department: Administration | Start: 01.09.2026 | 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

Information Security Manager (m/f/d)

Job ID: 1108/25 | Department: D-ITS | Salary: according to collective agreement (TV-L) | Working hours: 40 hours/week | Fixed term: limited to 2 years. Option to extend | Start date: as soon as possible

Further Information in German only  Online Application Form
 

Allround craftsman / building technician (m/f/d) for research facility

Job ID: 1077/25 | Department: Scientific-Technical Service | Remuneration: TV-L, according to qualifications and experience; permanent | Working hours: 40h/week (part-time possible on request) | Starting date: as soon as possible

Further Information in German only  Online Application Form

Facility Management Administrator with focus on CAFM/EHS systems (m/f/d)

Job ID: 1076/25 | Department: Scientific-Technical Service | Remuneration: TV-L, according to qualifications and experience; permanent | Working hours: 40h/week (part-time possible on request) | 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

Research Assistant / PhD position (m/f/d) for AI in Wireless Communications and Sensing 

Job-ID: 3011/26 | Department: System Architecture | Working Time: 40h/week| Salary: E13 TV-L | Limitation: 2 years with option of extension | Entry Date: as soon as possible 

The position:
We are looking for a motivated researcher to join our team to work on Wireless Communication and Sensing Systems.
This position offers interesting work in both algorithmic developments as well as prototypic implementations, bridging the gap between analytical work and real-world implementations. It is anticipated, the candidate will work towards a PhD. Your detailed tasks will include: 

• Development of next generation AI for edge intelligence in ICAS systems, with a focus on SNNs
• Develop of AI models for RADAR signal processing and object detection
• Integration of AI algorithms into ICAS system simulation and verification with real channel models
• Real-time implementation of SNN algorithms on FPGA and integration with mmWave ICAS platform 

Your qualifications:
You hold a Master's degree in computer science, electrical engineering, or a related field. You have good knowledge and experience in developing AI algorithms and models, preferably CNNs and SNNs. Significant experience with FPGA implementation of processing algorithms is requested, as well as programming experience in Python, C and Matlab.
Additionally, knowledge about signal processing algorithms for wireless data communication and RADAR processing is essential.
You will also be a strong team player. We are looking for a team member who can structure their own work and bring a well-organized and systematic approach to working with creative minds. You will be an ideal fit for this position if you have experimental, analytical, and problem-solving skills, very strong communication skills, and the ability to quickly learn how to use the latest technical equipment, including various software. You must be fluent in English. German language skills are welcome. Further development of German language skills is expected and strongly encouraged, e.g. through in-house language courses and intensive courses. 

Further Information  Online Application Form

Intern or student assistant position (m/f/d) for “Developing demonstrators of RISC-V processors” 

Job-ID: 3112/25 | Department: System Architecture | 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:
We are looking for a motivated student to join our team to work on RISC-V–based processing platforms. This position offers hands-on experience in both hardware and firmware development, bridging the gap between embedded systems design and real-world implementation. Your detailed tasks will include: 

• Understand and work with RISC-V–based processing architectures
• Develop and debug firmware interacting closely with hardware components in a real system
• Build RISC-V demonstrator systems, which may include:
  • Prototyping PCBs with RISC-V ASICs
  • Integrating external components, such as flash memory or peripheral interfaces
  • Programming and managing flash memory devices
  • Debugging and enabling external flash booting 

Your qualifications: 

• Bachelor students in electronics, computer engineering, embedded systems, or related majors
• Basic understanding of computer architecture or embedded systems
• Experience with C programming and hardware debugging tools (e.g., JTAG, logic analyzers) is a plus
• Interest in RISC-V, hardware/software co-design, or system bring-up 

Further Information  Online Application Form




 

Technology Development Engineer (m/f/d) 

Job-ID: 7013/26 | Department: Technology | Salary: E13/E14 (TV-L) | Working Time: 40h/week ((part-time work option) | Limitation: initially 2 years with option of extension | Starting Date: as soon as possible 

The position:
As a member of the the SiGe-BiCMOS team within the department technology you will contribute to core research projects of IHP. An international team of highly motivated researchers, PhD's and technitians is looking forward to you. Flat hierarchies and mutual support are important to us. We see diversity of perspectives as a great advantage
for our team.
Your research will be focused on device physics and fabrication technologies of high-speed SiGe heterojunction bipolar transistors (HBT). This includes optimization of the SiGe BiCMOS technology for emerging new applications such as ultra-high data rate communication systems, THz imaging and sensing, and quantum technologies. Your tasks include research into new active and passive radio-frequency devices and their integration into a technology platform for the manufacture of integrated circuits. The work will be embedded in leading national and international
research projects on high-frequency electronics.

Your qualifications:
You hold a master’s or PhD degree in electrical engineering or physics. You are already experienced in semiconductor device physics. Ideally, but not mandatory you have a background in silicon process technology.
You are also a strong team player. We are looking for a team member, who is able to structure his or her own work and to bring a well-organized and systematic way of working into the cooperation with creative minds. You are an ideal match for this position, when you have experimental, analytical and problem-solving skills, very strong communicative skills and the ability to quickly learn how to operate the latest technical equipment including various software. 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. 

Further Information  Online Application Form

PhD Position (m/f/d) for Fabrication of Spin-qubit-based Quantum Dot Devices 

Job-ID: 7012/26 | Department: Technology | Salary: as per tariff (TV-L) | Working Time: 40h/week ((part-time work option) | Limitation: initially 2 years with option of extension | Starting Date: as soon as possible 

The position:
IHP is advancing semiconductor-based quantum technologies using its industrial 200 mm BiCMOS pilot line and is seeking a highly motivated PhD candidate to help bridge state-of-the-art silicon microelectronics and scalable quantum devices. In this position, you will develop and optimize process flows for Hall bars and quantum dot devices in Si/SiGe and Ge/SiGe heterostructures, aiming at spin qubits and their integration with our BiCMOS technology. Your work will span device design, cleanroom fabrication and electrical characterization at room and cryogenic temperatures, including the first on-chip control and readout concepts. Close collaboration with internal and external partners in materials growth, modeling and cryogenic electronics will be an integral part of your role and of IHP’s growing activities in quantum information technologies. The module “Ion Implantation and Rapid Thermal Annealing (RTA)” provides essential process-technology knowledge that is directly applicable to the practical work described in the PhD position. Rapid thermal annealing is used to activate implanted dopants, repair lattice damage, and tailor interface and material properties.
Ion implantation is a key technique for the controlled introduction of dopants in semiconductor devices, for example in contact regions, gate structures, or isolation areas. A solid understanding of implantationinduced damage, dopant distribution, and interactions with heterostructure interfaces is particularly relevant for the fabrication of spin-qubit-based quantum dot devices, where material quality and reproducibility are crucial. Rapid thermal annealing is used to activate implanted dopants, repair lattice damage, and tailor interface and material properties. These processes are directly relevant for the
integration of quantum devices into an industrial 200 mm BiCMOS pilot line, as required in the advertised position.
These processes are directly relevant for the integration of quantum devices into an industrial 200 mm BiCMOS pilot line, as required in the advertised position. 

Your PhD Project:
Your PhD project will evolve from materials and device foundations towards functional quantum devices with on-chip support electronics. You will extend existing Si/SiGe Hall bar technology to Ge/SiGe and adapt these platforms towards quantum-dot and later spin-qubit devices, while designing quantum circuits (e.g. SETs, quantum-dot arrays, charge carrier reservoirs) including test structures for process control, largely compatible with the IHP PDK. In close collaboration with the team, you will plan, organize and process wafer lots, analyze in-line electrical characterization and prepare results for internal discussions and process optimization. Together with the semiconductor quantum materials you will participate in low-temperature quantum transport experiments, formulate and test hypotheses on how geometry, materials and process parameters affect device performance, debug process-related issues with IHP diagnostics team, and use this feedback to refine device concepts. You will disseminate your findings through publications in peerreviewed journals and presentations at international conferences and workshops. 

Your qualifications:
You hold a Master’s degree in physics, electrical engineering, semiconductor technology, or a related field. You have a solid foundation in semiconductor technology and device physics, along with hands-on
experience in device fabrication and electrical characterization. Ideally, you have experience in working in a cleanroom. A background in semiconductor material growth and characterization is 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 carry out work independently while contributing effectively in a collaborative research environment. You will thrive in this position if you bring a combination of experimental skills, 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 excellent fit for our team. As IHP is an international research center, fluency in English is required. German language skills are welcome; the improvement of German language skills is expected and strongly encouraged, for example through in-house language courses and intensive classes. 

Further Information  Online Application Form





 

Research Associate (m/f/d) for Group-IV Epitaxy Process 

Job-ID: 7011/26 | Department: Technology | Salary: as per tariff (TV-L) | Working Time: 40h/week ((part-time work option) | Limitation: initially 2 years with option of extension | Starting Date: as soon as possible 

The position:
The successful candidate will work as a Research Associate in the field of group-IV epitaxy. The role involves the development of new, highly robust and precisely controlled selective and non-selective Si, SiGe, and Ge epitaxy processes, including in-situ doping and strain engineering.
A key responsibility is the high-level evaluation and characterization of material and electrical properties of epitaxial layers. As part of the process research team, the candidate will focus primarily on fundamental research in group-IV epitaxy processes. This research is closely linked to device applications, particularly for SiGe:C BiCMOS and photonics device integration, as well as for future emerging technologies such as qubit devices.
The position also includes responsibility for maintaining the stability and reproducibility of epitaxy processes within the IHP pilot line. In addition, the Research Associate will actively participate in national
and international research projects and contribute to scientific conferences through presentations and publications. 

Your qualifications:

• Ph.D. degree in the field of physics, semiconductor engineering, material science
• Experiences and good knowledge in the field of group-IV epitaxy process technology. Experiences atomic-layer deposition processes will be an advantage
• Capability of logical thinking for constructing experiments for the group-IV epitaxy process development
• Experiences of material diagnostics like AFM, spectroscopic ellipsometry are needed. Knowledge of heterointerfaces and optical/electrical diagnostics such as CV, PL, DLTS and related background will be helpful
• Highly motivated with very good experimental and theoretical skills
• Experiences in cleanroom operation
• Very good English language skills. Basic German skills are an advantage. Deepening German language skills is expected and encouraged, for example, in in-house courses 

Further Information  Online Application Form







 

Senior IT Developer (m/f/d) for software projects

Job-ID: 71014/25 | Abteilung: D-T-IT | Gehalt: nach Tarifvertrag (TV-L) | Arbeitszeit: Vollzeit | Befristung: 2 Jahre mit Option auf Entfristung | Eintrittsdatum: so schnell wie möglich 

Further Information in German only  Online Application Form

 

Employee (m/f/d) in the area of logistics and customer coordination

Job ID: 71013/25 | Department: Technology | Salary: according to collective agreement (TV-L) | Working hours: 40 hours/week | Contract type: limited to 2 years. Option to extend| Start date: as soon as possible

Further Information in German only  Online Application Form

Secretary (m/f/d) in the office of the Technology Department

 Job-ID: 70912/25 | Abteilung: Technologie | Gehalt: nach Tarifvertrag (TV-L) | Arbeitszeit: 40h/Woche (Teilzeit möglich) | Befristung: für 2 Jahre mit Option auf Entfristung | Eintrittsdatum: so schnell wie möglich

Further Information in German only  Online Application Form

Group Leader (m/f/d) Process Integration

Job-ID: 70811/25 | Department: Technology | Salary: as per tariff (TV-L) | Working Time: 40h/week | Limitation: initially 2 years with option of extension | Starting Date: as soon as possible

The position:
At IHP, we research and develop cutting-edge silicon-based technologies for high-performance microelectronics. Our Process Integration group is a key part of the Technology Department, driving innovations in SiGe heterojunction bipolar transistors (HBTs), germanium photodiodes, and modulators for applications in the sub-terahertz and highspeed optical communication domains. We are currently looking for an experienced and visionary Group Leader (f/m/d) to lead and advance our process integration activities.
As the head of the Process Integration group, you will take scientific and strategic responsibility for three core teams:

• Device & Technology Development
  Develop and optimize semiconductor devices for integration into IHP's advanced 130 nm SiGe BiCMOS technology platform. Guide research in device physics, TCAD simulation, reliability studies, and yield optimization according to industrial standards
• Electrical Characterization
  Oversee a state-of-the-art measurement laboratory focusing on DC and RF characterization, compact modeling, and statistical process control (SPC) of processed silicon wafers
• Process Control & Prototype Production
  Support multi-project wafer (MPW) production and prototype runs. Analyze process data and electrical results (PCM), identify failures, and implement improvements to ensure robust process stability and yield

You will be responsible for:

• Defining goals, monitoring progress, and evaluating results in close cooperation with your team and other departments
• Strategically shaping research directions and aligning them with industry trends in high-frequency electronics, optoelectronics, and IC manufacturing
• Guiding and developing your team, conducting performance reviews, and fostering a culture of collaboration and innovation

Your qualifications:
You have proven leadership experience in managing scientific and technical teams. This includes advanced competencies in employee development, conflict resolution, strategic planning, and performance assessment. Your strong scientific background lies in solid-state physics, semiconductor device physics, and silicon-based microelectronics. You bring hands-on experience in semiconductor technology development, with in-depth knowledge of cleanroom processes, device simulation, and electrical characterization. You possess a sound understanding of current trends in RF and microwave engineering, communications technology, and photonic integration. You are fluent in English, both spoken and written; German language skills are considered an asset or should be developed with support.

Further Information  Online Application Form
 

Research Associate/Developer for IHP Open Source Assembly Design Kit (ADK) (m/w/d)

Job-ID: 70710/25 | Department: Technology | Salary: as per tariff TV-L | Working time: 40h/week (part-time work option) | Limitation: initially 2 years with option of extension | Entry Date: as soon as possible

The position:
IHP was the first European semiconductor manufacturer to release an open-source Process Design Kit (PDK) in early 2023. Unlike the other two prominent open PDKs—Google/SkyWater’s 130nm CMOS and GlobalFoundries’ 180nm CMOS—the IHP PDK is based on a BiCMOS technology platform, featuring one of the fastest silicon-germanium (SiGe) heterojunction bipolar transistors (HBTs) currently available. This allows support for a wide range of applications, from digital and mixed-signal circuits to high-frequency designs reaching up to 100 GHz.
As a member of the Research & Prototyping Services group, you will play a key role in expanding open-source EDA tool support for innovative chip design projects. In the context of new heterogeneous and chiplet integration efforts, we are developing an ADK alongside open-source EDA tool interfaces. Your primary focus will be the integration of electromagnetic, thermal, and mechanical simulation tools—all open-source—into the ADK design flow, enabling advanced multi-technology and multi-die design environments.

Your profile:
You hold a Master's degree in physics, electrical engineering, or computer science and bring knowledge in semiconductor technology and devices, as well as experience in IC design and programming. Specialized
expertise in packaging techniques, device simulation, and modeling is highly desirable. You are proficient with Linux, GitHub, and scripting languages such as Python, Perl, or Tcl. You are organized, capable of managing multiple projects in parallel, and maintain a clear overview in dynamic settings. With strong communication skills, you serve as a reliable and engaging contact for partners and collaborators.
You are also a strong team player. We are looking for a team member, who is able to structure his or her own work and to bring a well-organized and systematic way of working into the cooperation with creative minds. You are an ideal match for this position, when you have experimental, analytical and problem-solving skills, very strong communicative skills and the ability to quickly learn how to operate the latest technical equipment including various  software. It is necessary that you confidently handle the English language. Knowledge of the German language is welcome.
The consolidating of German language skills is expected and highly encouraged, for example in in-house language courses and intensive courses.

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/PostDoc Position (m/f/d) for the design, growth and investigation of THz emitting/detecting devices in SiGe 

Job-ID: 0012/26 | Department: Material Research | Salary: as per tariff (TV-L) | Working Time: 20h/week | Limitation: initially two years with option of extension | Starting Date: as soon as possible 

The position:
As a PhD student and a member of the “Semiconductor Quantum Materials” research group within the "Materials Research" department, you will contribute to the field of integration of group IV semiconductor advanced devices into state-of-the-art CMOS technology. Your responsibilities will include conducting experimental analyses of innovative materials and devices based on complex SiGe heterostructures. You will use a toolbox of structural characterization techniques and cryogenic magnetotransport. You will join an international team of scientists, including highly experienced researchers and several PhD students, who are looking forward to welcoming you and working with you. We value diversity of perspective highly and are pleased to have a gender-balanced team.

Your project:
The project's ambition is to to develop innovative optoelectronic devices operating in the THz spectral region, a region of the electromagnetic spectrum of great interest for various applications such as medical diagnostics and next-generation telecommunications. The activity will focus mainly on the design, implementation, and characterization of vertical transport quantum superstructures based on SiGe heterostructures, specifically aimed at the creation of devices such as resonant tunneling diodes (RTDs) and interband transition detectors in the conduction band (Quantum Cascade Detectors, QCDs). A strong interaction with the project leader, the laboratory leaders and the partners of the project consortium is foreseen. 

Your qualifications:
You hold a Master's degree in condensed matter physics, semiconductor devices or a related field. You have previous experience in simulation tools for quantum devices (e.g. NextNano), CVD-based epitaxy, micro-Raman, x-ray diffraction, scanning probe microscopy. You are also experienced in data analysis using Python and Origin. You have a background in semiconductor materials characterization (including e.g. electron microscopy and transport measurements).
We need you to be a strong team player, able to effectively plan and execute your own work, and to work in an organized manner with other creative minds. You will be ideally suited for this position if you have experimental, analytical and problem-solving skills, very strong communication skills, the ability to quickly learn how to use the
latest technical equipment including various software, and most importantly, if you are an independent thinker.
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

Expert/Consultant Science Communication/Content Management

Job ID: 9011/26 | Department: Management | Salary: according to TV-L collective agreement | Working hours: 40 hours/week | Fixed-term contract: 2 years with option to extend | Start date: immediately

Further Information in German only  Online Application Form
 

Science Management Officer (m/f/d)

Job ID: 9113/25 | Department: Management | Salary: E13 TV-L; depending on professional experience, specialist profile, and individual suitability there is the possibility of classification above this level within the collective agreement | Working hours: 40 hours/week | Fixed term: 2 years with option to extend | Start date: as soon as possible

Further Information in German only  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